2023-05 SUSTAINABLE BUS
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Sustainable<br />
US<br />
VADO E TORNO EDIZIONI<br />
www.vadoetorno.com - ISSN 0042<br />
Poste Italiane s.p.a.<br />
Sped. in a. p. - D.L. 353/2003<br />
(conv. in L. 27/02/2004 n° 46)<br />
art. 1, comma 1, LO/MI<br />
AUTO<strong>BUS</strong> SUPPLEMENT<br />
MAY <strong>2023</strong><br />
FILLING THE<br />
GAP<br />
OUTLOOKS<br />
CO2 standards<br />
for buses: what<br />
should we expect?<br />
INTERVIEW<br />
Janette Bell,<br />
First Bus: skills,<br />
technologies, market<br />
IN THE SPOTLIGHT<br />
MCV, a battery-<br />
electric bus<br />
for Germany
The future. Today.<br />
Sustainable<br />
<strong>BUS</strong><br />
CONTENTS<br />
4<br />
5<br />
<strong>SUSTAINABLE</strong>-<strong>BUS</strong>.COM MAY <strong>2023</strong><br />
POST-IT<br />
Iveco Bus brings back<br />
bus production in Italy<br />
Volvo - MCV deal for e-bus<br />
manufacturing in Europe<br />
26<br />
4<br />
6<br />
8<br />
TECHNO<br />
ZF to launch new generation AxTrax.<br />
Series production from late 2024<br />
Upgrade of e-buses.<br />
A project by Equipmake in York<br />
10<br />
INTERVIEW<br />
Janette Bell on First Bus’<br />
strategies for today’s challenges<br />
Our new A range.<br />
12 - 24 m<br />
100% zero-emission<br />
14<br />
18<br />
22<br />
26<br />
OUTLOOKS<br />
UK: decarbonization is a good thing,<br />
but increasing passengers come first<br />
A picture of EU e-bus market 2022.<br />
Yutong leading the registrations’ rank<br />
Main EU bus&coach markets from<br />
2019 to 2022. An analysis<br />
EU should allow only ZE bus sales from<br />
2027, Transport&Environment says<br />
battery-electric<br />
hydrogen<br />
10<br />
30<br />
EXPO<br />
VDV-powered ElekBu: the German<br />
bet on zero emission buses<br />
trolley<br />
LEADING THE WAY.<br />
36<br />
42<br />
46<br />
IN THE SPOTLIGHT<br />
MAN Lion’s City 10E.<br />
Latest add in the Lion’s e-bus family<br />
MCV C127 EV.<br />
Made in Egypt, headed to Germany<br />
Setra MultiClass 500 LE.<br />
EvoBus’ new strategies in Class II<br />
Bernard Van Hoolstraat 58 • 2500 Lier (Koningshooikt) • BELGIUM +32 3 420 20 20 info@vanhool.com vanhool.com<br />
vanhooloffi cial<br />
vanhooloffi cial<br />
vanhool<br />
42<br />
50<br />
PORTFOLIO<br />
All the electric buses<br />
on the European market<br />
3
POST-IT<br />
POST-IT<br />
IVECO <strong>BUS</strong> OPENED A PLANT IN FOGGIA<br />
Made in Italy<br />
GOAL: FINALIZING 1,000 <strong>BUS</strong>ES PER YEAR<br />
In mid-April Iveco Bus has opened<br />
a new plant in Foggia, South<br />
Italy, for the final assembly of electric<br />
and low-emission buses. The<br />
first part of the production process<br />
will be carried out in other Iveco<br />
plants in France, the Czech Republic,<br />
and Turkey. The Foggia plant<br />
will add finishing components, including<br />
seats and surveillance systems,<br />
and rely on alternative propulsion<br />
from Torino and hydrogen<br />
fuel cells. The plant has been largely<br />
financed with Next Generation EU<br />
funds and will complete and supply<br />
low and zero-emission buses to the<br />
Italian market. The plant covers an<br />
area of around 30,000 square meters<br />
and is powered by more than 1,000<br />
photovoltaic panels, with an annual<br />
production of 640 MWh. It has 4.0<br />
industrial solutions, intelligent LED<br />
lighting systems, and water-saving<br />
features. The plant is expected to assemble<br />
1,000 buses annually, with a<br />
potential capacity of over 4,000, as stated by Iveco Group representatives.<br />
The company aims to reduce its environmental impact and promote a circular<br />
economy by implementing measures such as recycling waste and using<br />
renewable energy sources.<br />
Among the “features” of the Foggia plant we find a team of engineers dedicated<br />
to customizing the product, a virtual reality room for technical training<br />
and augmented reality tools for quality control. There are three customization<br />
stations, one finishing and quality control station, one electrification line, one<br />
battery warehouse, and one customer center with a delivery area.<br />
The plant covers an area of around<br />
30,000 square meters and is powered<br />
by more than 1,000 photovoltaic<br />
panels. It is expected to assemble<br />
1,000 buses annually, with a potential<br />
capacity of over 4,000, as stated by<br />
Iveco Group representatives.<br />
MCV WILL BUILD VOLVO E-<strong>BUS</strong>ES<br />
In mid-March Volvo Buses announced the forthcoming<br />
closure of its Wroclaw factory in Poland and its intention<br />
to concentrate its European operations solely on<br />
chassis production, leaving the task of building bodies to<br />
other companies. The announcement was made in a press<br />
release of disruptive frankness (we will only quote the<br />
opening, credited to president Anna Westerberg: “Our<br />
business in Europe has been loss-making for years”).<br />
Well, in late April the group announced that it has signed<br />
a letter of intent with the well-known Egyptian manufacturer<br />
MCV (an acronym for Manufacturing Commercial<br />
Vehicles), which will be entrusted with the production<br />
under license of bodies for Volvo electric buses headed<br />
to the European markets. Series production is scheduled<br />
to start in the summer of 2024 and delivery of the<br />
first e-buses is planned for early 2025. For the intercity<br />
segment, it is stated, “Volvo Buses and MCV will work<br />
together to develop an electric offer”. Chassis production<br />
will remain at the Volvo Buses plants in Boras and<br />
Uddevalla, Sweden. MCV already produces Mercedes-<br />
Benz-based bodies. Production volume? Something like<br />
10,000 buses per year. Sixty per cent of which is for<br />
export in some sixty countries. It is already one of the<br />
main partners of Volvo Buses. It has delivered in the<br />
UK, to the Metroline fleet in London, vehicles based on<br />
the BZL electric chassis, launched by the Swedish group<br />
in September 2021 and destined, it was then stated, for<br />
global markets outside Europe (only today it is possible<br />
to read, with hindsight, the first step in the reorganisation<br />
of the business...). Concerning coaches, Volvo Buses has<br />
signed a deal with Spanish Sunsundegui.<br />
COMMITTED TO ZERO EMISSION<br />
2035 E-MOBILITY TAIWAN<br />
The exhibition 2035 E-Mobility Taiwan joined forces<br />
with Taipei AMPA and AutoTronics Taipei to showcase<br />
the Taiwanese automotive<br />
industry<br />
ecosystem to the<br />
world of electric<br />
mobility. We have<br />
been joining the<br />
Tapei-based expo<br />
in mid-April. This<br />
marks the first<br />
time that the three<br />
exhibitions have<br />
been held concurrently<br />
and in the<br />
same location, attracting<br />
830 exhibitors from both domestic and foreign<br />
markets with a total of 2,200 booths. The ‘2035’ in the<br />
trade show’s name signifies that the future of transportation<br />
is anticipated to be dominated by electric and autonomous<br />
vehicles by 2035. Taiwan’s automotive electronics<br />
industry has experienced rapid growth over the<br />
years, thanks to the country’s strong foundation in semiconductor,<br />
ICT, and advanced manufacturing. Taiwanese<br />
companies have become major suppliers of parts and<br />
components to some of the world’s top EV makers, including<br />
Tesla. Master Bus has showcased their first fully<br />
electric intercity bus. The 12-metre, 45-seater vehicle is<br />
equipped with LTO (Lithium-Titanete Oxide) batteries,<br />
chosen for their stability and long lifespan. Among other<br />
key exhibitors we found Gus Technology, battery cell producer<br />
with focus on LTO chemicals, the traction components<br />
provider Shihlin Electric & Engineering, the power<br />
components giant Delta Electronics and the smart technology<br />
company Advantech. Last but not least, Taiwan<br />
Telematics Industry Association.<br />
Hydrogen bus<br />
Full maintenance<br />
Hydrogen retrofit<br />
& training<br />
WWW.SAFRA.FR<br />
Fleet & TCO<br />
management<br />
4
TECHNO<br />
ZF UNVEILED 2ND GENERATION E-AXLE AXTRAX 2<br />
AxTrax 2 The Revenge<br />
SERIES PRODUCTION TO BEGIN IN EUROPE IN LATE 2024<br />
At the Advanced Clean Transportation<br />
(ACT) Expo in early<br />
May, ZF premiered its new Ax-<br />
Trax 2 electric axle platform.<br />
Series production of the e-axle is<br />
planned to begin in Europe in late<br />
2024 and in the U.S. in 2025, ZF<br />
states. What is very interesting, it<br />
will be offered in two variants:<br />
with one e-drive and with two integrated<br />
e-drives (AxTrax 2 dual),<br />
being the latter a real news in ZF<br />
offer (and a rarity in the e-bus segment,<br />
with just Volvo Buses so far<br />
mounting on the 7900 Electric a<br />
2-speed transmission).<br />
It is worth mentioning that the Ax-<br />
Trax has its roots in 2015, when it<br />
was launched for the first time as<br />
AVE130. It has so far established<br />
itself as one of the leading solution<br />
for e-buses (adopted by Solaris,<br />
Daimler Buses, VDL, Ebusco<br />
and many others…).<br />
The integrated and modular e-<br />
powertrain system is addressed to light, medium and heavy-duty commercial<br />
vehicles.<br />
The group points out that AxTrax 2 “features a compact design to help<br />
maximize the available space for batteries and enhance manufacturer’s<br />
design flexibility for future vehicle concepts. AxTrax 2 can be fully<br />
synchronized with key vehicle functions, including braking, ADAS and<br />
automated driving systems, to help enhance vehicle safety and efficiency.<br />
It also enables advanced digital and telematics systems via CAN bus to<br />
communicate and share e-axle system information”.<br />
The ZF AxTrax has its roots in 2015,<br />
when it was launched for the first<br />
time as AVE130. It has so far established<br />
itself as one of the leading<br />
solution for e-buses (adopted by Solaris,<br />
Daimler Buses, VDL, Ebusco<br />
and many others…).<br />
ACCELERA!<br />
Launched in March <strong>2023</strong>, Accelera is the new brand<br />
of Cummins New Power business unit. It is led by<br />
Amy Davis, who<br />
has been at the<br />
helm of the New<br />
Power business<br />
unit since 2020:<br />
she will serve as<br />
President of Accelera.<br />
Together with<br />
unveiling the<br />
new brand identity,<br />
Cummins<br />
has announced<br />
that Accelera<br />
and Blue Bird have entered a deal to power a new<br />
fleet of 1,000 electric school buses across the United<br />
States over the next 12-18 months. “Production<br />
of the electric school buses will be significantly accelerated,<br />
more than doubling the zero-emissions<br />
school buses that the pair have put into operation<br />
since the start of production. With 1,000 new electric<br />
school buses on the road, 10,600 metric tons<br />
of harmful carbon emissions will be prevented annually”,<br />
Accelera says.<br />
Duties and commitments of Accelera by Cummins<br />
include powering 52 fuel cell city buses in Lingang,<br />
Shanghai as well as the world’s first fleets of hydrogen<br />
fuel cell passenger trains in Germany. Recently<br />
acquired Meritor and Siemens Commercial<br />
Vehicle business will be “embedded” in Accelera.<br />
Cummins states it has invested more than $1.5<br />
billion million in research and technology, capital<br />
and acquisitions to build Accelera’s leadership and<br />
technological capabilities.<br />
6
TECHNO<br />
EARLY GEN E-<strong>BUS</strong>ES GET IMPROVEMENTS<br />
After complete upgrade of the vehicle’s electric<br />
power system, the first Optare Versa is back on service<br />
around the city of York. It belong to an early generation<br />
electric bus: a batch of 12 vehicles is to be converted in<br />
a contract awarded by operator First Bus to Equipmake.<br />
The bus now features a pioneering electric drivetrain<br />
and is expected to have a range of 150 miles in all UK<br />
weather conditions, thanks to a larger battery and Equipmake’s<br />
patented HVAC system.<br />
The Optare Versa trial lasted for 4 weeks. This will enable<br />
engineering teams at First York and Equipmake to<br />
evaluate its performance and make any final adjustments.<br />
A total of 12 converted vehicles will be delivered over<br />
the coming months, according to the roadmap agreed<br />
by the partners.<br />
Equipmake has developed dedicated skills on repowering<br />
of buses, most recently completing an all-electric repower<br />
of the New Routemaster (showcased at Euro Bus<br />
Expo 2022 in November 2022), as well as partnering<br />
with First Bus to upgrade its fleet improving the capabilities<br />
of some early generation e-buses. The company<br />
is also working on coach repowering: they have indeed<br />
been showcasing a repowered Van Hool at ITT Hub.<br />
Tom Bridge, Operations Director of First Bus in North<br />
& West Yorkshire, said: “It’s great to see the bus back<br />
in service and we’re confident customers will enjoy the<br />
experience of an ultra-smooth, quiet ride and the benefit<br />
of zero-emission travel. This retrofit technology is<br />
another important step in our transition to achieving a<br />
fully electric fleet in York, continuing to help improve<br />
air quality in the city and supporting the goal of First<br />
Bus nationally to have a zero-emission fleet by 2035”.<br />
ALL ABOUT <strong>BUS</strong>, COACH AND PEOPLE<br />
On-demand<br />
transport<br />
that actually<br />
works.<br />
EUROPE BRUSSELS<br />
7-12 OCT <strong>2023</strong><br />
WWW.<strong>BUS</strong>WORLDEUROPE.ORG<br />
8<br />
THE OTHER<br />
<strong>BUS</strong>WORLD<br />
EXHIBITIONS<br />
CENTRAL ASIA ASTANA | 18-20 MAY <strong>2023</strong><br />
SOUTHEAST ASIA JAKARTA | 15-17 MAY 2024<br />
TÜRKIYE ISTANBUL | 29-31 MAY 2024
INTERVIEW<br />
JANETTE BELL, MANAGING DIRECTOR, FIRST <strong>BUS</strong><br />
CHALLENGE ACCEPTED<br />
First Bus, one of the five main operators in the UK, is expected to have<br />
over 600 zero-emission buses in operation by early 2024. How is the<br />
company organizing itself to keep pace with this change? What does the<br />
future hold for autonomous driving? Business case?<br />
First Bus is one of the<br />
top five bus companies<br />
in the United Kingdom,<br />
with operations from<br />
Aberdeen in the very north of<br />
Scotland down to Cornwall,<br />
thanks to about 4,500 buses and<br />
14,000 employees. We interviewed<br />
the managing director<br />
Janette Bell.<br />
First Bus recently reported<br />
that at the conclusion of the<br />
ZEBRA projects, the company<br />
is expected to have over<br />
600 zero-emission buses in its<br />
fleet. Could you sum up the<br />
deliveries to date, how many<br />
vehicles you do have on order<br />
today and which timeline you<br />
expect for further orders and<br />
deliveries?<br />
«We have a very clear statement<br />
that we wish to fully decarbonize<br />
our fleet by 2035, and we’ve<br />
been making progress towards<br />
that goal. As of today, we actually<br />
have 229 zero-emission<br />
vehicles in operation, with the<br />
biggest area of operation being<br />
our Caledonia depot in Glasgow.<br />
We have 412 buses currently<br />
on order, and those are<br />
being delivered as we speak. We<br />
expect to take deliveries every<br />
month now through until March<br />
next year, and we will have a<br />
total of 622 zero-emission vehicles<br />
by then».<br />
Many believe that innovative<br />
financing schemes are necessary<br />
to make the large-scale<br />
deployment of e-buses from an<br />
economic perspective. What is<br />
your opinion on this? Do you<br />
think the financing schemes<br />
currently in place in the UK<br />
are enough to kickstart the<br />
transition of public transport<br />
fleets?<br />
«There are significant differences<br />
between the upfront costs of<br />
electric and diesel vehicles and<br />
their infrastructure. However,<br />
the government’s funding and<br />
support for partnerships with<br />
local authorities have enabled<br />
us to obtain the initial funding<br />
for these vehicles and infrastructure.<br />
I believe we are at<br />
the forefront of zero-emission<br />
vehicles, and there are various<br />
funding options available for<br />
companies to explore. The<br />
strength of a company’s balance<br />
sheet may determine which<br />
financing option they choose.<br />
Still, I expect more innovation<br />
in vehicles, infrastructure, and<br />
financing options, and I believe<br />
many are exploring these options<br />
now».<br />
The pandemic has changed<br />
mobility patterns globally.<br />
From First Bus’s perspective,<br />
have the changes generated<br />
by Covid-19 led to long-term<br />
changes in passengers’ behavior?<br />
How is your group addressing<br />
these changes?<br />
«Absolutely. Covid-19 has<br />
accelerated trends that were<br />
already prevalent in the United<br />
Kingdom. Digital payments<br />
have been accelerated, and we<br />
have invested heavily in using<br />
the data from geolocation and<br />
other sources to improve the<br />
performance and punctuality<br />
of our services. We have also<br />
adjusted our fares and product<br />
structures to suit the changing<br />
habits of our customers, such as<br />
introducing three-day tickets in<br />
addition to weekly ones. We are<br />
looking at where we are relative<br />
to what people are doing now<br />
and what they may be doing in<br />
the future, rather than comparing<br />
our business to 2019. It is<br />
about adaptation, adjusting our<br />
services to what is happening<br />
now and in the future».<br />
Can you tell us about your involvement<br />
in demand responsive<br />
transport in the UK?<br />
«We’ve been involved in a few<br />
projects. It’s a potentially useful<br />
solution which could run<br />
alongside core services, providing<br />
support and potentially<br />
feeding into the main network.<br />
I think it’s an area that probably<br />
could be further developed; however,<br />
I think one of the challenges<br />
that many operators face is<br />
making those services economically<br />
sustainable».<br />
«We consider engineering to be a key competence, and we do not<br />
outsource our maintenance activities. Instead, we focus on upskilling<br />
and reskilling our engineers to adapt to the changes brought by<br />
electrification. While we recognize a change in the competencies<br />
required, we believe we can handle them internally»<br />
«As of today, we have 229 zero-emission vehicles in operation,<br />
with the biggest area of operation being our Caledonia depot in<br />
Glasgow. We have 412 buses currently on order, and those are being<br />
delivered. We expect to take deliveries every month now through until<br />
March 2024. We’ll have a total of 622 zero-emission buses by then»<br />
One of the most debated topic<br />
is TCO: which is the comparison<br />
between e-buses and diesel<br />
buses today, according to the<br />
data you have collected so far?<br />
«One of the challenges we face<br />
is that we do not have a zeroemission<br />
vehicle that has gone<br />
through an entire cycle of ownership,<br />
including battery replacements.<br />
Therefore, there are<br />
many theoretical pieces to consider.<br />
As we move forward, TCO<br />
for e-buses and diesel buses will<br />
mature and become more clear<br />
over time, and everyone in the<br />
industry will learn from these<br />
experiences».<br />
Dealing with e-buses and<br />
energy transition implies<br />
changes in the structure of<br />
public transport companies.<br />
How is First Bus changing,<br />
in terms of organization<br />
and skills, to get ready for<br />
the challenge?<br />
«To prepare for this challenge,<br />
we’ve appointed a sustainability<br />
executive to oversee our<br />
decarbonization efforts. We’re<br />
also rethinking our operational<br />
processes, from upskilling<br />
our workforce to changing the<br />
way we handle buses in depots.<br />
This transformation touches<br />
every aspect of our business, so<br />
we’re building a blueprint model<br />
to guide us as we continue<br />
to deploy more EVs and learn<br />
from our experiences. Additionally,<br />
we’ve established an internal<br />
center of excellence and<br />
are providing training for our<br />
drivers, engineers, and support<br />
teams. These efforts are part<br />
of our comprehensive plan to<br />
transform our entire business».<br />
With electrification, what is<br />
happening is that maintenance<br />
activities are quite often<br />
outsourced to manufacturers<br />
and service providers within<br />
full service contracts…<br />
«No, that’s not the case at First<br />
Bus. We consider engineering to<br />
be a key competence, and we do<br />
not outsource our maintenance<br />
staff. Instead, we focus on<br />
upskilling and reskilling our engineers<br />
to adapt to the changes<br />
brought by electrification. While<br />
we recognize a change in the<br />
competencies required, we believe<br />
we can handle them internally<br />
while maintaining strong<br />
relationships with our suppliers<br />
and manufacturers».<br />
With the transition to e-buses,<br />
public transport companies<br />
are often more looking for<br />
partners than just for suppliers.<br />
What requests do you<br />
feel to make at industry players<br />
at this stage?<br />
10<br />
11
INTERVIEW<br />
«The market in the UK is made<br />
up of five big operators and<br />
many small and medium-sized<br />
enterprises. As we come through<br />
Covid, we have seen some<br />
small parts of consolidation,<br />
and we’ve also seen some of<br />
our large competitors go into<br />
new ownership structures. How<br />
we make sure being able to decarbonize<br />
our fleet is one thing,<br />
but obviously, what we’re wanting<br />
to do is to play a larger<br />
role in the communities that<br />
we operate in. Certainly, we<br />
are working with third parties,<br />
some of those larger companies,<br />
but also some small SMEs<br />
to make sure that we can share<br />
infrastructure and partner with<br />
businesses in the community».<br />
Charging<br />
forward<br />
to accelerate the world’s<br />
transition to eMobility<br />
We make power<br />
last longer.<br />
Our battery technology<br />
makes cleaner power<br />
safe and scalable.<br />
«We’ve always prided ourselves<br />
at First Bus in how we partner<br />
with our suppliers. We are<br />
now working with more technology<br />
and digital suppliers in the<br />
zero emissions space and continuing<br />
to foster a spirit of innovation<br />
through collaboration.<br />
Our aim is to learn together<br />
with our suppliers and local<br />
authorities, which is essential<br />
as we embark on this journey<br />
towards sustainability».<br />
What about the delivery time<br />
of vehicles? It’s another hot<br />
topic nowadays…<br />
«At the moment, things are more<br />
drawn out. It’s very clear that<br />
with the disruption to the supply<br />
chain that has resulted from Covid<br />
and geopolitical issues, we<br />
have seen supply chains extend<br />
out. What is important is that<br />
we work very closely with our<br />
manufacturers to ensure that<br />
there’s maximum efficiency on<br />
manufacturing lines and that<br />
we’re all as efficient in that supply<br />
chain as possible».<br />
What do you think of Brexit<br />
and its consequences on the<br />
evolution of the zero-emission<br />
bus market?<br />
«It would be very difficult to<br />
isolate any impact of Brexit.<br />
Between Brexit, pandemic, and<br />
the geopolitical situation, there<br />
are multiple issues that have disrupted<br />
the supply chain».<br />
The emergence of macro trends<br />
such as digitalization and<br />
energy transition are already,<br />
according to many, bringing<br />
towards a concentration of<br />
public transport services in<br />
the hands of larger companies.<br />
And Covid put much pressure<br />
on PTOs balance sheets. Do<br />
you think these circumstances<br />
will end up bringing a push<br />
towards large companies getting<br />
a larger share of the market?<br />
To what extent?<br />
«One of the challenges we face is that we don’t have a zero<br />
emission vehicle that has gone through an entire cycle of ownership,<br />
including battery replacements. Therefore, there are many theoretical<br />
pieces to consider. As we move forward, TCO for e-buses and<br />
diesel buses will mature and become more clear over time»<br />
Autonomous driving. What is<br />
First Bus doing to stay ahead<br />
in this area?<br />
«We’ve been involved in a<br />
multi-consortium in Oxford,<br />
which has delivered the UK’s<br />
first autonomous bus. This has<br />
been running around Milton<br />
Park Science and Technology<br />
Park since March. Our reason<br />
for piloting this project is to<br />
better understand the technology<br />
and gather feedbacks<br />
from safety drivers, stakeholders,<br />
and customers».<br />
We haven’t so far mentioned<br />
the topic of hydrogen. First<br />
Bus is also running a pilot on<br />
fuel cell technology. Can you<br />
tell us more about that?<br />
«We recognize that the potential<br />
range opportunities that<br />
hydrogen buses give you are<br />
particularly interesting for rural<br />
areas. However, the hydrogen<br />
infrastructure and vehicles<br />
themselves are currently more<br />
expensive. At First Bus, we<br />
want to make sure that we’re<br />
not just thinking ahead but also<br />
considering cost and sustainability.<br />
We’ve had hydrogen<br />
buses operating for over a year<br />
now, and they’ve been performing<br />
well».<br />
12
OUTLOOKS<br />
INCREASING <strong>BUS</strong> PATRONAGE IN THE UK<br />
PRECONDITIONS FOR TRANSITION<br />
The UK’s journey to establishing a<br />
zero-emission bus fleet is strongly<br />
dependent on bus passenger numbers.<br />
Ensuring bus services that are reliable<br />
long term is crucial to building a<br />
sustainable bus network<br />
In a recent Sustainable Bus article<br />
(February <strong>2023</strong> issue) looking<br />
at how the UK is funding its zero-emission<br />
bus transition, a conclusion<br />
was that to achieve it, increasing<br />
patronage is crucial. Confidence in long<br />
term passenger demand on bus travel is<br />
necessary to give the security in required<br />
ZEB (zero-emission bus) technology in-<br />
Reliable journey time<br />
The Confederation of Passenger Transvestment.<br />
Although passenger numbers<br />
are rising, patronage is yet to return to<br />
pre-covid levels.<br />
The UK government has stated the aim of<br />
increasing patronage, including its March<br />
2021 launched “Bus Back Better: The National<br />
Bus Strategy”, supporting England<br />
outside of London with ad hoc grants, as<br />
well as more established longer-term funding,<br />
while devolved regions manage their<br />
own support. Outside of London, the UK<br />
bus network is mainly privatised, with bus<br />
operators generating around 60 percent of<br />
their income from fare-paying passengers,<br />
with public funding subsidising the remainder,<br />
according to data from National<br />
Audit Office. As a result, services that are<br />
commercially unviable, or unable to be<br />
funded by local authorities, are at risk.<br />
No legal requirement<br />
The Campaign for Better Transport estimates<br />
that operator commercial services<br />
declined by 26 percent between 2012 and<br />
2020 – albeit most significantly in the pandemic’s<br />
first year – and services supported<br />
by local authorities declined by 52 percent<br />
in bus miles over the same period. “There<br />
Outside of London, the UK<br />
bus network is mainly privatised.<br />
Bus operators generate<br />
60 percent of their income<br />
from fare-paying passengers,<br />
with public funding subsidising<br />
the remainder. As a result,<br />
services that are commercially<br />
unviable, or unable to be funded<br />
by local authorities, are at<br />
risk. The Campaign for Better<br />
Transport estimates that operator<br />
commercial services declined<br />
by 26 percent between<br />
2012 and 2020 – albeit most<br />
significantly in the pandemic’s<br />
first year – and services<br />
supported by local authorities<br />
declined by 52 percent in bus<br />
miles over the same period.<br />
is no legal requirement to supply a bus<br />
service and no framework is provided to<br />
guarantee a bus service to those who need<br />
it. For patronage to grow, people need to<br />
feel confident that they can switch to using<br />
buses for most of their journeys, and that<br />
services will still be there in future. This<br />
is not the case in many areas,” says Claire<br />
Walters, chief executive, Bus Users UK,<br />
that champions the rights of passengers.<br />
If bus services aren’t sufficient, the current<br />
system can allow local authorities to take<br />
control, like developments in Manchester.<br />
Later this year, the city will become the<br />
first outside of London to have a regulated<br />
bus system. While the regulation debate<br />
has continued since privatisation in 1985,<br />
the existing framework can be successful<br />
in increasing patronage.<br />
“With close partnership, we can get to a<br />
non-adversarial culture between the private<br />
and public sectors which exists in<br />
places like Oxford and Brighton, where<br />
privatisation has worked relatively well.<br />
Franchising in certain areas can be appropriate,<br />
but many authorities are concluding<br />
that effective partnerships can be a preferred<br />
way forward,” says professor Graham<br />
Parkhurst, director, Centre for Transport<br />
and Society at University of the West<br />
of England, Bristol.<br />
But whichever approach, greater stability<br />
in financial support is necessary to enable<br />
reliable service provision long term.<br />
“There’s a marked contrast with rail,<br />
which has had relatively high levels of security<br />
and funding, despite buses carrying<br />
significantly more people,” says professor<br />
Peter White, expert on public transport<br />
systems, University of Westminster. “The<br />
bus industry has had repeated three-month<br />
budgetary extensions, meaning that management<br />
has had to prepare for sharp service<br />
cutbacks, then to discover that they<br />
can carry on running for another three<br />
months. That’s a highly unsatisfactory way<br />
of proceeding.”<br />
port (CPT) reports that for every 1 percent<br />
bus speeds decrease each year, this<br />
results in over 10 percent fall in passenger<br />
numbers over the course of a decade. The<br />
organisation says congestion is the number<br />
one challenge to a reliable bus service<br />
and is the main reason people do not take<br />
the bus, making journeys too slow with<br />
unpredictable timings.<br />
According to CPT, measures including<br />
priority at junctions and traffic lights,<br />
bus-only roads, bus-only lanes, and park<br />
and ride schemes, have helped increase<br />
patronage, in combination with other<br />
factors, by as much as 50 percent in<br />
Bristol and 24 percent in Milton Keynes.<br />
However, prioritisation at the expense of<br />
the car can still face resistance. Though<br />
Coventry plans to become the UK’s first<br />
all-electric bus city, a proposal to introduce<br />
bus gates on certain city centre<br />
streets, with private cars prohibited between<br />
10am and midnight, has just been<br />
rejected following fears of declining<br />
trade from local shops.<br />
Service reliability decreased by extended<br />
dwell time can also be a challenge. Outside<br />
of London, a single door for entry<br />
and exit, as well as diverse fares and payment<br />
methods, impact process speed. As<br />
well as improvements to reliability, service<br />
frequency is also important.<br />
“In the late ‘80s with high frequency minibuses,<br />
we were able to show that a minibus<br />
every 10 minutes, instead of a double<br />
decker every half hour, produced a large<br />
increase in ridership, purely as a frequency<br />
effect,” says Peter White. “With the<br />
driver recruitment challenge, this isn’t<br />
feasible at the moment, but with driverless<br />
buses, this might change, depending<br />
on the issues connected with automated<br />
vehicle technology.”<br />
Inter-urban and rural networks<br />
Connecting two or more towns or cities,<br />
inter-urban bus services provide a link<br />
with intermediate stops to serve villages<br />
en route, with these services able to provide<br />
connections currently missing from<br />
14<br />
15
OUTLOOKS<br />
the rail network.<br />
“Inter-urban bus services showed they can<br />
be successful in attracting more riders to<br />
buses on a purely commercial basis, and<br />
even those with some government finance<br />
achieve it at a relatively modest cost,”<br />
says Peter White. “In rural Wales, for example,<br />
the Traws Cymru network is very<br />
useful for filling gaps in the rail service,<br />
especially for north-south movement, and<br />
public sector support is modest compared<br />
with the cost of rural rail services.”<br />
Similarly, for rural areas, Graham<br />
Parkhurst argues in favour of a “hub and<br />
spoke” system, including frequent routes<br />
with bus priorities where necessary, fed<br />
by connectors including demand responsive<br />
links. If necessary, car parking can<br />
be used too, which would still minimise<br />
environmental impact and congestion.<br />
“Rural services are unlikely to be commercially<br />
profitable, but we have to accept<br />
that public transport is a good for the<br />
economy and society, and it needs financial<br />
support,” says Graham Parkhurst.<br />
“One important issue is whether you can<br />
integrate the public bus service with the<br />
school transport provision, because authorities<br />
have a statutory obligation to<br />
provide free school travel above certain<br />
distances, whereas they are not obliged<br />
to support buses,” says Peter White. “Inevitably,<br />
rural service frequencies will<br />
be lower, but integrating these functions<br />
could achieve the most efficient use of<br />
public money.”<br />
“Clearly, it’s difficult to provide services<br />
which are free from any form of subsidy<br />
in rural areas because the passenger numbers<br />
are quite low,” says Martin Dean,<br />
managing director, UK regional bus, Go-<br />
Ahead. “But where you’ve got a transport<br />
authority that’s willing to invest, I think<br />
you can have a successful network in a rural<br />
area. Cornwall is a really good example.<br />
I would say the level of bus provision<br />
there is probably the best it’s been for a<br />
long time and we’re happy to contribute<br />
to that.”<br />
Environmental sustainability<br />
To meet net zero climate targets, buses<br />
can more quickly increase modal share<br />
than rail, based on an already available<br />
road network. At the same time, incentivizing<br />
a switch to electric cars could be a<br />
problematic long term strategy.<br />
“Switching to electric power for private<br />
cars presents some efficiency benefits,<br />
but it’s likely to be a long time before we<br />
have a fully decarbonized electric grid.<br />
An electric car still needs as much road<br />
space as a diesel or petrol variant, so they<br />
will still impose congestion on the economy,”<br />
says Graham Parkhurst.<br />
“Zero-emission buses have a role to play<br />
in improving patronage,” says Tim Griffen,<br />
project officer, at Zemo Partnership,<br />
that works to accelerate transport to ZE.<br />
“As well as the incentive of sustainability,<br />
they’re clean, quiet, and the ride is more<br />
pleasurable. But whether it’s a zero-emission<br />
bus or a diesel bus, if it’s stuck in<br />
congestion, it’s not going to increase patronage.<br />
Capital funding to zero-emission<br />
buses is crucial, but if that doesn’t come<br />
alongside a proper bus service improvement<br />
plan with defined routes for bus priority,<br />
the benefits that ZEBs offer might<br />
not be fully realised.”<br />
Fare price<br />
In recent attempt to increase bus use,<br />
the government is subsidising a temporary<br />
flat £2 (€2.27) charge for a single<br />
journey, operating between January to<br />
June <strong>2023</strong>. CPT says the interim results<br />
are mixed, and according to an April report<br />
by Transport Focus , an independent<br />
watchdog, 11% of bus users say the £2<br />
bus fare has increased their bus use, up<br />
from 7 percent in January.<br />
“The £2 flat fare has meant that we’ve<br />
seen some pretty significant patronage<br />
increases on longer distance routes, with<br />
growth in some cases up to 40 percent,”<br />
says Martin Dean. For example, Go<br />
North East’s X10 service between Newcastle<br />
and Middlesborough, a distance of<br />
39 miles (63km) is usually £8 (€9), giving<br />
passengers a significant saving.<br />
The Confederation of<br />
Passenger Transport (CPT)<br />
reports that for every<br />
1 percent bus speeds<br />
decrease each year, this<br />
results in over 10 percent<br />
fall in passenger numbers<br />
over the course of a<br />
decade. The organization<br />
says congestion is the<br />
number one challenge to a<br />
reliable bus service and is<br />
the main reason people do<br />
not take the bus, making<br />
journeys too slow with<br />
unpredictable timings.<br />
SUMMING UP FUNDING<br />
England (outside of London) main ongoing bus fu nding from government<br />
Fund Recipient Amount<br />
Bus Service Operators Grant (BSOG)<br />
Operators – plus local authorities running com-<br />
£0.22 (€0.25) per km<br />
munity transport services<br />
Revenue Support Grant from the Department for Level-<br />
Local authorities - typically used to fund con-<br />
Various per authority, un-ringfenced for discretionary<br />
ling Up, Housing and Communities (DLUHC)<br />
cessionary fare reimbursement to bus operators<br />
investment in bus services*<br />
and ‘supported’ services not commercially<br />
viable for operators<br />
Total ~ £2bn year*<br />
England (outside of London) ad hoc funding from government<br />
Fund Recipient Amount<br />
Covid-19 Bus Services Support Grant (CBSSG), rena-<br />
Operators<br />
med the Bus Recovery Grant (BSG), set up to support<br />
lower revenue throughout the pandemic<br />
£2 Fare Cap subsidy of single fares between January<br />
and June <strong>2023</strong><br />
Operators<br />
Approximately £2bn support to operators during the<br />
pandemic and up to June <strong>2023</strong><br />
Local Bus Service Improvement Plan (BSIP) Local authorities – 79 applied for funding; 31<br />
will be granted funding<br />
£1.153bn<br />
* House Commons, Transport Committee, Bus ser vices in England outside London. Ninth Report of Session 2017–19<br />
Scotland, Wales, and Northern Ireland have similar s chemes funded by their devolved administrations.<br />
Source: Elaboration Sustainable Bus - Alex Byles<br />
While Go-Ahead Regional Bus is now<br />
at just over 90 percent patronage, the<br />
operator notes the UK trend of a slower<br />
return of concessionary passengers<br />
– despite their receipt of free travel on<br />
reaching pension age. Jon Shaw argues<br />
that replacing free concessionary travel<br />
with a 50p flat fare for all could increase<br />
patronage and revenue.<br />
“Instead of providing free travel for older<br />
people, and under 22s in Scotland,<br />
charging a flat fare of 50p still provides<br />
subsidized transport, but the money that<br />
you free up can be returned to the bus<br />
system for the benefit of everybody,<br />
funding the infrastructure needed to<br />
increase patronage.”<br />
Jon Shaw first published this proposal<br />
in 2014 with colleague Iain Docherty in<br />
“The Transport Debate”. Allowing for inflation<br />
from time of writing, the costing<br />
While Go-Ahead Regional<br />
Bus is now at just over<br />
90 percent patronage, the<br />
operator notes the UK<br />
trend of a slower return<br />
of concessionary passengers.<br />
Jon Shaw argues<br />
that the introduction of<br />
a flat fare of 50p (€0.57)<br />
per single journey would<br />
free up more than £500m<br />
(€569m) a year for investment.<br />
This would make it<br />
possible to roll out stateof-the-art,<br />
European style<br />
bus service quality across<br />
the equivalent of up to 20<br />
cities the size of Plymouth<br />
(250,000 inhabitants) within<br />
10 years.<br />
stated that the introduction of a flat fare<br />
of 50p (€0.57) per single journey would<br />
free up more than £500m (€569m) a year<br />
for investment. This would make it possible,<br />
they argue, to roll out state-of-the-art,<br />
European style bus service quality across<br />
the equivalent of up to 20 cities the size<br />
of Plymouth (250,000 inhabitants) within<br />
10 years.<br />
Reliability is king<br />
“We’re not talking about needing to change<br />
everyone’s travel habits straight away,”<br />
says Jon Shaw. “Change 20 or 30 percent<br />
of people’s travel habits and it gets better<br />
for everybody. What’s key is providing a<br />
realistic alternative to enough car journeys<br />
to make a difference, instead of trying to<br />
provide an alternative for everything.”<br />
The key to the habit change is reliability.<br />
“If you’re trying to attract car users, I<br />
think it’s absolutely essential to make<br />
sure you offer reliability as the starting<br />
point, ahead of the more subtle issues<br />
like the appeal of electric vehicles,”<br />
says Peter White.<br />
This is supported by the view of bus users<br />
on the ground, where confidence in<br />
the ability to quickly get from A to B<br />
reigns supreme.<br />
“If public transport is not reliable, quick,<br />
and easy to use, people are going to be<br />
wedded to their cars, even if it costs them<br />
money,” concludes Claire Walters.<br />
Alex Byles<br />
16<br />
17
OUTLOOKS<br />
ELECTRIC <strong>BUS</strong> MARKET 2022. AND THE WINNER IS...<br />
4K AND GROWING<br />
26 percent growth compared to 2021, over 4<br />
thousand vehicles registered, 30 percent of the<br />
city bus market being zero-emission. The leaders?<br />
Yutong, ADL-BYD, Mercedes<br />
Let the numbers speak: the European<br />
electric bus market grew by 26<br />
percent in 2022. Registered buses<br />
are above 4,000, settling at 4,152.<br />
The ranking of market leaders is surprising:<br />
Yutong is first, followed by the joint<br />
venture between Alexander Dennis and<br />
BYD, then Daimler Buses with the eCitaro.<br />
Iveco Bus and VDL are growing, while<br />
Solaris is lagging behind after two years at<br />
the helm of this specific market segment,<br />
which is described once again by the data<br />
provided by Chatrou CME Solutions (covering<br />
27 European countries with the addition<br />
of the United Kingdom, Iceland, Nor-<br />
way and Switzerland). A key takeaway:<br />
today, 30 percent of the city bus market is<br />
zero-emission.<br />
Surprises are not lacking<br />
A focus on manufacturers. As already mentioned<br />
above, Yutong is leading with 479<br />
registrations. A leap forward (or rather: up)<br />
of 58 percent compared to 2021. A figure<br />
which, there’s no denying it, surprised many<br />
insiders and can be attributed to the lack of<br />
communication strategy of a group (let’s remember<br />
it is the largest bus manufacturer in<br />
the world in terms of sales volumes) which<br />
has a rather, so to speak, ‘vague’ organization<br />
on the European market. Most of the<br />
vehicles registered were sold in the United<br />
Kingdom, the Nordic countries and France,<br />
with a share between 60 and 100 electric<br />
buses for each of these countries. In the first<br />
two cases, the manufacturer is represented<br />
by the dealer. Next we find Alexander<br />
Dennis - BYD, with 465 registrations on<br />
the British market. Another confirmation<br />
for the third place: 4<strong>05</strong> eCitaros were delivered<br />
last year, up 21 percent compared to<br />
the previous year. Iveco Bus is fourth (and<br />
growing by 26 percent), with 347 units registered.<br />
We are also witnessing the comeback<br />
of VDL, which after a few ‘out of<br />
tune’ years has doubled its registrations to<br />
344 units, reviving the glories of 2019. The<br />
sixth place of Solaris is surprising, leaving<br />
behind a 3 percent market share. The Polish<br />
brand led the e-bus market in 2020 and<br />
2021. However, the -12 percent in sales volume<br />
compared to 2021 prefigures nothing<br />
more than a realignment with respect to val-<br />
30 percent of the European<br />
city bus market is zeroemission.<br />
Yutong is leading<br />
with 479 registrations.<br />
A leap forward (or rather:<br />
up) of 58 percent compared<br />
to 2021. Most of the<br />
vehicles sold by the Chinese<br />
brand were registered<br />
in UK, Nordic countries<br />
and France. Iveco Bus is<br />
fourth (and growing by 26<br />
percent), with 347 units<br />
registered. We are also<br />
witnessing the comeback<br />
of VDL, which after a few<br />
‘out of tune’ years has<br />
doubled its registrations to<br />
344 units, reviving the<br />
glories of 2019.<br />
WHAT’S UP IN THE FUEL<br />
CELL <strong>BUS</strong> WORLD?<br />
In 2022, registrations of fuel cell<br />
buses in Europe decreased compared<br />
to 2021: 99 against 158.<br />
As of January 1st, <strong>2023</strong>, 370 fuel<br />
cell city buses were in operation in<br />
Europe. Van Hool is still the market<br />
leader with a total of 106 hydrogen<br />
buses and a market share<br />
of 28.6 percent. Then come Solaris<br />
with 104 registrations (54 last<br />
year) and Wrightbus with a total<br />
of 82 buses. It is noteworthy that<br />
the Bolechowo-based company covered<br />
over half of the European fuel<br />
cell market last year. In Germany,<br />
it has even delivered more hydrogen<br />
vehicles than battery vehicles.<br />
Is it a sign of changing times or<br />
pure coincidence?<br />
THE CASE FOR CNG<br />
INTERCITY <strong>BUS</strong>ES...<br />
Looking at the volumes of each alternative<br />
drive technology, 4,152 electric<br />
buses (excluding trolleybuses),<br />
2,018 hybrid buses, 3,274 natural<br />
gas buses and 99 hydrogen buses<br />
were registered in 2022. The total?<br />
9,543 buses. This means that 62.5<br />
percent of registered city buses in<br />
Europe are now powered by alternative<br />
fuels. The share is up compared<br />
to 59 percent in 2021, but the total<br />
volume is down, mainly due to the<br />
lower volume of hybrid bus registrations<br />
(-38.5 percent). The city bus<br />
market decreased drastically last<br />
year (-14 percent on a continental<br />
scale).<br />
Analyzing the gas drive market specifically,<br />
data shows that the volumes<br />
of natural gas buses grew<br />
slightly from 3,088 in 2021 to 3,274<br />
in 2022 (+6.1 percent) and have settled<br />
at an almost stable level since<br />
2020. The interesting aspect is that<br />
the share of natural gas buses in the<br />
intercity segment is still growing,<br />
going from 864 in 2021 to 978 in<br />
2022. Translated as a percentage:<br />
+13 percent.<br />
18<br />
19
OUTLOOKS<br />
ues that literally exploded in the<br />
previous two years (which allow<br />
the group to maintain its leading<br />
position considering the 2012-<br />
2022 period). Especially since<br />
the Poles have done very well<br />
in the (small) hydrogen market,<br />
as we will see. Continuing our<br />
analysis, it is worth mentioning<br />
the leap forward made by Karsan,<br />
which in one year went from<br />
36 to 135 e-bus registrations:<br />
+275 percent. Good performance<br />
also for Chinese Golden Dragon, which<br />
reached 133 registrations.<br />
Irizar, Bluebus and Ebusco, on the other<br />
hand, had more negatives than positives in<br />
2022. The Spanish manufacturer dropped<br />
by 45 percent (but there was a boom in registrations<br />
in 2021...).<br />
Country by country...<br />
Ebusco is down 40 percent. 90 units were<br />
scheduled for delivery in 2022 in Berlin,<br />
but delivery was delayed due to supply<br />
chain constraints (the first units landed in<br />
the German capital in early <strong>2023</strong>). There is<br />
a quite large gap between registration data<br />
and the statements of the Dutch group,<br />
which in February <strong>2023</strong> proclaimed an order<br />
portfolio of 1,474 vehicles (including<br />
UK leads the ranking of<br />
countries with the most<br />
e-bus registrationswith a<br />
total of 685 e- buses. Germany<br />
is second with a total<br />
of 581 electric buses. In five<br />
European countries, over<br />
three-quarters of urban vehicle<br />
registrations are covered<br />
by electric vehicles.<br />
20<br />
WHO GROWS, WHO FALLS...<br />
2022** 2021** 2020** 2019* Trend volumes Market Market Trend market<br />
2022/2021 % share 2022 % share 2021 % share 2022/2021 %<br />
Yutong 479 303 164 1<strong>05</strong> 58.1 11.5 9.2 2.3<br />
BYD - ADL 465 375 190 79 24 11.2 11.4 -0.2<br />
Mercedes 4<strong>05</strong> 333 99 126 21.6 9.8 10.1 -0.4<br />
Iveco Bus / Heuliez Bus 347 274 114 83 26.6 8.4 8.3 0<br />
VDL 344 178 127 386 93.3 8.3 5.4 2.9<br />
Solaris 342 390 416 145 -12.3 8.2 11.9 -3.6<br />
BYD 322 257 424 236 25.3 7.8 7.8 -0.1<br />
Volvo Buses 232 211 217 135 10 5.6 6.4 -0.8<br />
MAN 230 134 25 0 71.6 5.5 4.1 1.5<br />
Karsan 135 36 23 *** 275 3.3 1.1 2.2<br />
Golden Dragon 133 53 *** *** 150.9 3.2 1.6 1.6<br />
Wrightbus 112 *** *** *** - 2.7 - 2.7<br />
Irizar 110 201 24 127 -45.3 2.6 6.1 -3.5<br />
Bluebus 91 1<strong>05</strong> 17 15 -13.3 2.2 3.2 -1<br />
Van Hool 87 *** *** *** - 2.1 - 2.1<br />
Ebusco 78 132 109 102 -40.9 1.9 4 -2.1<br />
SOR *** 60 51 *** - - 1.8 -<br />
Optare *** 52 31 31 - - 1.6 -<br />
Higer *** 36 *** *** - - 1.1 -<br />
Scania *** 15 1 0 - - 0.5 -<br />
Others 240 137 178 115 - - - -<br />
Total 4,152 3,282 2,210 1,685 26.5 100 - 100<br />
* Registrations in Estonia, Latvia, Lithuania, Czech Republic, Slovakia, Hungary, Croatia, Romania and Slovenia are not counted<br />
** Registrations EU27+UK+ICE+NO+CH<br />
*** Figure not available<br />
Based on Chatrou - CME Solutions data on battery-electric bus registrations (excluding trolley buses) above 8 ton.<br />
EUROPEAN LANDSCAPE<br />
2022 2021 2020 Trend e-bus Share of e-buses on<br />
registrations 2021/2020 city<br />
2022/2021 % bus market 2021 %*<br />
UK 685 540 288 26.9 51.7<br />
Germany 581 555 350 4.7 20.6<br />
France 549 512 133 7.2 27.3<br />
Denmark 381 217 1 75.6 100.8<br />
Finland 279 190 25 46.8 93.9<br />
Sweden 256 189 206 35.4 54.2<br />
Norway 216 86 210 151.2 145.9<br />
Poland 149 215 196 -30.7 25.1<br />
Luxembourg 138 29 38 375.9 89.6<br />
Spain 136 127 42 7.1 15.3<br />
Italy 121 178 97 -32 15.5<br />
Netherlands 95 152 445 -37.5 84.8<br />
Switzerland 81 37 7 118.9 32.3<br />
Portugal 52 31 8 67.7 7.5<br />
Belgium 42 19 12 121.1 13.5<br />
* Figure not available<br />
** Including, in addition to the data of the countries not mentioned in the table, also those of Bulgaria, Romania, Hungary<br />
Based on Chatrou - CME Solutions data on battery-electric bus registrations (excluding trolley buses) above 8 ton.<br />
ond with a total of 581 electric buses, followed<br />
by France with 549 units. It is worth<br />
mentioning Denmark, where 381 e-buses<br />
were registered last year. However, beyond<br />
the total volumes, it is particularly interestalso<br />
the options).<br />
As already mentioned, the United Kingdom<br />
leads the ranking of countries with<br />
the most e-bus registrations in 2022 with a<br />
total of 685 electric buses. Germany is sec-<br />
ing to compare electric vehicle registrations<br />
with the total urban registrations.<br />
In five European countries, over three-quarters<br />
of urban vehicle registrations are<br />
covered by electric vehicles. Indeed, the<br />
assumption according to which electric vehicles<br />
can only be Class I has come to an<br />
end: the cases of Denmark and Norway are<br />
proof of this. Here the volume of e-buses<br />
exceeds the total number of urban registrations.<br />
The Netherlands, Luxembourg<br />
and Finland follow the Nordic duo, but<br />
the picture offered by the United Kingdom<br />
and Sweden is also notable, on much more<br />
conspicuous total bus registration volumes:<br />
the share of battery-electric vehicles<br />
is over 50 percent. 27 percent in France<br />
and 20 percent in Germany. Italy and Spain<br />
stop at 15 percent. And Italy is curiously<br />
the only country, together with Poland, in<br />
which the registrations of electric buses<br />
have lost ground in 2022. Actually, there<br />
would be a third country, the Netherlands,<br />
where however the public transport electrification<br />
rate is already very high and a drop<br />
in volumes can be basically attributable to<br />
an already saturated market. P.B.<br />
21
OUTLOOKS<br />
OUTLOOK EUROPEAN MARKETS: TRENDS AND FORECASTS<br />
TOWARDS A NEW<br />
STATUS QUO?<br />
How do we recover from a pandemic? By 2022,<br />
the five main European markets had lost a<br />
quarter of their volumes compared to 2019.<br />
In Germany, 1,000 vehicles have ‘disappeared’<br />
How is the European bus market<br />
doing, three years after the<br />
outbreak of the pandemic? Has<br />
the (copious) public funding<br />
allocated to the chapters of shared mobility<br />
and decarbonisation already started<br />
to translate into growing orders? Has the<br />
great loss of 2020 been recovered? These<br />
are all questions that can be answered by<br />
putting the market data of the last four<br />
years in sequence. Questions to which it<br />
will rarely be possible to answer with a<br />
clear ‘yes’ or ‘no’, most of the<br />
time leaving room for an alternation<br />
of lights, shadows and<br />
grayscales. Yes, it is possible<br />
to identify the trends that informed<br />
the years from 2019 to<br />
2022. And to draw some conclusions.<br />
The data reported in these pages<br />
come from one source:<br />
Chatrou CME Solutions, aka<br />
Wim Chatrou, which has been<br />
for years a continental point<br />
of reference as regards the tracking<br />
of bus registrations in<br />
European countries. We focus<br />
on the main markets: Germany,<br />
France, Italy, United Kingdom,<br />
Spain. Five countries that historically<br />
cover a good 70 percent of registrations<br />
in Western Europe.<br />
France, Germany, Italy, UK, Spain<br />
Speaking of numbers, the EU market in<br />
the last four years is led by France, with<br />
a total of 22,244 registered buses and<br />
coaches. More than Germany, which follows<br />
closely with 21,402. Italy, the UK<br />
and Spain are far away. And it is precisely<br />
Financed markets are<br />
holding up (and there is<br />
no shortage of funds),<br />
for the coach market<br />
it is a real collapse: 54<br />
percent less vehicles<br />
registered last year<br />
compared to the last year<br />
before the pandemic.<br />
with our ‘cousins’ from across the Alps<br />
that we begin our four-year journey of<br />
market ups and downs. Over 5,800 pieces<br />
in 2019, the French market suffered a 9<br />
percent drop in 2020. It should be borne<br />
in mind, however, that the 2019 figure<br />
was the highest since 2010, except for<br />
over 6,000 recorded in 2015.<br />
The French market, as known, is a market<br />
in which school buses traditionally play<br />
a leading role, meaning Class II buses<br />
deployed for school transport services.<br />
In this segment, 2022 marked a return to<br />
2019 volumes (2,400 units), putting an<br />
end to a two-year period of… growth.<br />
Yes, over 2,600 and over 2,800 intercity<br />
buses registered in 2020 and 2021 embody<br />
an inverse trend to that generally<br />
attributable to the pandemic. The Class<br />
I market has remained almost stable, leading<br />
to a boom in 2021. Tourist coaches<br />
are collapsing, but it is the proverbial discovery<br />
of America: in 2022, a good half<br />
of them were registered compared to the<br />
2019 figure. An almost stable downsizing<br />
since 2020 onwards. A collapse, moreover,<br />
limited to vehicles over 15 tons. For<br />
the range between 8 and 15 tons, the lan-<br />
22<br />
23
OUTLOOKS<br />
The main markets, France<br />
and Germany, experienced<br />
a real explosion in volumes<br />
in ‘20 and ‘21 in one<br />
segment each: Class II in<br />
France, Class I in Germany.<br />
Peaks between 20 and<br />
30 percent more than the<br />
2019 figure. A dynamic that<br />
has no counterpart in the<br />
other countries analyzed<br />
and which appears to be<br />
attributable, mainly in the<br />
German case, to a real<br />
‘diesel bus rush’ in view of<br />
the Clean Vehicle Directive,<br />
which sets the constraint<br />
of a 45 percent share of low<br />
emission buses and 22.5<br />
percent of zero emission in<br />
the context of public tenders<br />
starting from 8/2021.<br />
2019, which was in line with a nice hat<br />
trick that started in 2016. The drop in the<br />
urban segment is consistent with the total<br />
trend, while the Class III saw a surge in<br />
2022.<br />
The diesel rush<br />
Some final considerations that unite several<br />
countries. The main continental markets,<br />
France and Germany, experienced<br />
a real explosion in volumes in 2020 and<br />
2021 in one segment each: Class II in<br />
France, Class I in Germany. Peaks between<br />
20 and 30 percent more than the<br />
2019 figure. A dynamic that has no counterpart<br />
in the other countries analyzed and<br />
which appears to be attributable, mainly<br />
in the German case, to a real ‘diesel bus<br />
rush’ in view of the Clean vehicle directive,<br />
which, as well known, sets the quota<br />
of a 45 percent share of ‘low emission’<br />
buses (and 22.5 percent of ‘zero emission’)<br />
in the context of public tenders<br />
starting from August 2021. There is also<br />
the effect, especially in the German case,<br />
of a tumultuous concentration of transit<br />
activities in the hands of large operators,<br />
with small players swept away by the<br />
pandemic. Large operators who, simultaneously<br />
with the takeover of local companies,<br />
have begun to renew their fleets<br />
to buffer the consequences of particularly<br />
high average age. Another consideration.<br />
For the world of Class III it is simplistic<br />
to speak of contraction. The 6,133 vehicles<br />
registered in 2019 became 2,799 in<br />
2022. Minus 54 percent. It is known that<br />
2019 was a particularly prosperous year<br />
for the world of tourist coaches. The year<br />
in which the (failed) Blablabus project<br />
was launched and the foundations of the<br />
Itabus project (recently acquired by Italo...)<br />
were laid in Italy. These were the<br />
litmus tests of a market perceived to be<br />
growing rapidly, a harbinger of profits.<br />
A few months later, the ‘black swan’ arrived.<br />
Today, the main barriers to growing<br />
again are called dilation of delivery<br />
times (aka supply chain crisis) and lack<br />
of drivers. Combined with anti-inflation<br />
maneuvers that have a heavy impact<br />
on leasing costs. Riccardo Schiavo<br />
dslide is much more limited.<br />
Let’s move on to Germany, where the<br />
city bus market did very well, up to<br />
3,942 registrations in 2021. 34 percent<br />
more than the 2019 value. The intercity<br />
bus market is stable. Coaches collapse:<br />
the sum of registrations in the last three<br />
years is slightly higher than the 2019 figure.<br />
In 2022, a thousand coaches were<br />
‘left behind’ compared to 2019. Only<br />
the United Kingdom, among the markets<br />
analysed, suffered a comparable decline,<br />
as we will see shortly.<br />
Coach business in numbers<br />
In Italy, 2019 had brought exceptional<br />
numbers. Over 3,000 registered vehicles<br />
in that year. The last three years have<br />
seen the market spiral around 2,400 buses.<br />
What about the 600 ‘lost’ pieces?<br />
They are mostly coaches. A market that<br />
reached 965 registrations in Class III in<br />
FOUR YEARS UNDER THE LENS<br />
France Germany Italy UK Spain TOT segment<br />
2022 City buses 2,012 2,819 782 1,326 887 7,826<br />
Intercity buses 2,425 1,021 1,230 - 256 4,932<br />
Coaches 635 495 430 515 724 2,799<br />
Total 5,072 4,335 2,442 1,841 1,867 15,557<br />
2021 City buses 2,660 3,942 1,166 1,222 908 9,898<br />
Intercity buses 2,845 1,309 872 - 234 5,260<br />
Coaches 546 478 398 421 380 2,223<br />
Total 6,<strong>05</strong>1 5,729 2,436 1,643 1,522 17,381<br />
2020 City buses 1,913 3,791 1,027 1,142 985 8,858<br />
Intercity buses 2,624 1,362 898 - 294 5,178<br />
Coaches 765 558 394 382 526 2,625<br />
Total 5,302 5,711 2,319 1,524 1,8<strong>05</strong> 16,661<br />
2019 City buses 2,044 2,900 1,219 1,799 1,212 9,174<br />
Intercity buses 2,400 1,387 897 - 398 5,082<br />
Coaches 1,372 1,340 965 1,307 1,149 6,133<br />
Total 5,816 5,627 3,081 3,106 2,759 20,389<br />
Bus and coach registrations above 8 tonnes. Elaboration by Sustainable Bus on data by<br />
Chatrou CME Solutions.<br />
2019 has seen the coach segment settle<br />
in the last three years around 400 units.<br />
A bad setback, in 2022, for the Class I.<br />
The past year, on the other hand, decreed<br />
a conspicuous expansion of the Class II<br />
segment, which alone covered the exact<br />
half of the overall market above 8 tons.<br />
A fun fact: 2019 was an exceptional year<br />
also for articulated vehicles: 253 registered<br />
vehicles, well above the sum of vehicles<br />
registered in the three years between<br />
2020 and 2022.<br />
Let’s fly across the Channel. In the United<br />
Kingdom, urban buses have contracted<br />
by a quarter. Coaches sank: the Class III<br />
registered between 2020 and 2022 equal<br />
those registered in the last year before<br />
the pandemic. It is a market in which, it is<br />
legitimate to assume, the effects of Brexit<br />
have been added to the effects of Covid<br />
and the raw materials crisis in decreeing<br />
a truly dramatic reduction in volumes: the<br />
average for the triennium 2020-2022 corresponds<br />
to half of the registered vehicles<br />
in 2019. This, in turn, in contrast with the<br />
continental markets, was characterized by<br />
volumes that were 20 percent lower compared<br />
to the period 2015-2017.<br />
We end our overview in Spain. The total<br />
market for 2020-2022 is worth, on average,<br />
1,700 pieces a year. A third less than<br />
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OUTLOOKS<br />
By James Nix, freight manager<br />
at European research<br />
and advocacy group<br />
Transport & Environment.<br />
In this article, he discusses<br />
the increasing trend of cities<br />
buying electric buses<br />
and the need for a ramped<br />
up supply to meet the<br />
rising demand.<br />
«EU LAW NEEDS TO BOOST THE DEPLOYMENT OF ELECTRIC <strong>BUS</strong>ES»<br />
FIT FOR ZERO<br />
EMISSION?<br />
Law-makers should set a 2027 deadline for<br />
100 per cent zero emission urban bus sales,<br />
or supply will fall behind demand, according to<br />
Transport & Environment<br />
Cities are increasingly buying electric<br />
buses. Almost one in three<br />
newly-registered urban buses in<br />
2022 was zero emission. That’s a<br />
doubling of the 2020 sales share, putting cities<br />
on track to buy 100% zero emission from<br />
2026 (see graph).<br />
It’s important therefore that the supply of<br />
these buses is ramped up at the same speed.<br />
Greater scale will reduce prices. Unfortunately<br />
the European Commission is leaving cities<br />
short in this regard. Its recent proposal to<br />
clean up new urban buses (as part of a draft<br />
law that also covers trucks and coaches) requires<br />
urban bus manufacturers to provide<br />
100% zero emission sales only in 2030. As a<br />
result, supply would lag behind demand by<br />
three to four years.<br />
Across vehicle types, the function of EU law<br />
is to lead - not follow - market developments.<br />
The bloc’s car CO2 targets essentially forced<br />
carmakers to supply electric cars – vehicles<br />
that motorists already wanted to buy. Urban<br />
buses should be no different.<br />
A draft law in front of the Parliament<br />
Thankfully, the draft law is now before the<br />
European Parliament and member states.<br />
Both institutions are expected to set out their<br />
positions on the proposal by early Autumn,<br />
and have the power to bring the date forward<br />
from 2030 to 2027.<br />
Leading cities across Europe are only buying<br />
zero emission buses – or have pledged to do<br />
so by 2025. These include Amsterdam, Barcelona,<br />
Berlin, Birmingham, Copenhagen,<br />
Hamburg, Heidelberg, Liverpool, London,<br />
Madrid, Greater Manchester, Milan, Oslo,<br />
Oxford, Paris, Rome, Rotterdam, and Warsaw.<br />
Add to this all other Dutch cities, Denmark’s<br />
six largest municipalities, Irish cities,<br />
leading Bulgarian and Romanian cities, and<br />
a number of German cities not mentioned<br />
above. As the number of pledges grows, it’s<br />
becoming increasingly difficult to compile<br />
a complete list of all municipalities leaving<br />
diesel and gas buses behind.<br />
Last October, in a letter with more than 30<br />
signatories, cities joined health organisations,<br />
green groups and public transport<br />
stakeholders to call on the European Commission<br />
to propose 2027 as the year from<br />
when all new urban bus sales are zero emission.<br />
Already, Daimler has pledged to only<br />
26<br />
27
OUTLOOKS<br />
FIGURES, TRENDS, GOALS<br />
Share ZE buses in city bus market<br />
100%<br />
80%<br />
60%<br />
40%<br />
20%<br />
0%<br />
100% 100% 100%<br />
16% 23% 30%<br />
12%<br />
2019 2020 2021 2022 <strong>2023</strong> 2024 2025 2026 2027 2028 2029 2030<br />
● Continuation of observed growth<br />
● EU Commission proposal<br />
Sales target needed for all new urban buses to be zero-emission from 2027.<br />
Source: Transport & Environment<br />
● T&E recommendations<br />
Electric is cheaper than<br />
alternative powertrains<br />
which have been adopted<br />
in the past, such as biogas.<br />
As experts such as<br />
the International Council<br />
on Clean Transportation<br />
point out, biogas can’t be<br />
made widely available at<br />
reasonable cost, and the<br />
amount that’s available is<br />
more efficiently used than<br />
in transport. Also, in terms<br />
of citizens’ health, gaseous<br />
fuels still release air<br />
pollutants, whether fossil<br />
gas or biogas. To reduce<br />
climate emissions, air pollution<br />
and energy use as<br />
much as possible, electric<br />
is the best answer.<br />
sell zero emission urban buses from 2030 in<br />
Europe. And other OEMs are only focusing<br />
on electric technologies for the city bus segment.<br />
It’s now time for law-makers to nudge<br />
bus-makers beyond their own internal corporate<br />
targets.<br />
Electric buses are ripe for universal adoption.<br />
For example, 96% of new buses registered<br />
in Bulgaria in 2022 were electric, up<br />
from 73% in 2021. In relative terms, Bulgaria<br />
is one of the EU’s least wealthy member<br />
states - but this is not retarding its work to<br />
clean up buses.<br />
On the TCO of e-buses<br />
Another major factor suggests the trend line<br />
to zero-emission buses will get steeper: cost.<br />
In late 2021 Bocconi University and the<br />
Enel Foundation looked at the total costs<br />
of ownership of electric versus fossil buses.<br />
Across a range of markets, they found that it<br />
was only a matter of time before the higher<br />
capital costs of electric buses would be offset<br />
by lower energy and maintenance costs.<br />
Already, Daimler has<br />
pledged to only sell zeroemission<br />
urban buses from<br />
2030 in Europe. And other<br />
OEMs are only focusing on<br />
electric technologies for<br />
the city bus segment. It’s<br />
now time for law-makers to<br />
nudge bus-makers beyond<br />
their own internal corporate<br />
targets.<br />
The timing of the turning point – when the<br />
balance of costs tips in favour of electric –<br />
varied, but in all markets studied (Italy, Latin<br />
America, Spain, UK and US) electric will be<br />
cheaper by the end of this year.<br />
What about biogas?<br />
Electric is also cheaper than alternative<br />
powertrains which have been adopted in<br />
the past, such as biogas. As experts such<br />
as the International Council on Clean<br />
Transportation point out, biogas can’t<br />
be made widely available at reasonable<br />
cost, and the amount that’s available is<br />
more efficiently used than in transport.<br />
Also, in terms of citizens’ health, gaseous<br />
fuels still release air pollutants,<br />
whether fossil gas or biogas. To reduce<br />
climate emissions, air pollution and energy<br />
use as much as possible, electric is<br />
the best answer.<br />
The coming months will see the pace and<br />
scale of bus decarbonisation debated in<br />
the European Parliament. E-bus demand<br />
is running ahead of projections – and looks<br />
set to rise further still, particularly as<br />
cities fulfil their 2025 pledges. The right<br />
date for full zero emission urban bus deployment<br />
is 2027. Otherwise, constrained<br />
by a lack of availability, or prices that are<br />
too high due to insufficient supply, cities<br />
will be forced to keep buying combustion<br />
buses. Aside from fossil fuel producers<br />
and petro-dictators, that’s an outcome noone<br />
wants.<br />
James Nix, Transport & Environment<br />
28<br />
29
EXPO<br />
ELEKBU <strong>2023</strong><br />
THE GERMAN GATHERING<br />
The articulated 3.0 by Ebusco, Van<br />
Hool new fuel cell bus, the new<br />
generation driverless shuttle by ZF are<br />
just a few of the novelties showcased<br />
at the 14th ElekBu<br />
For a long time perceived as a fair<br />
of exclusively German interest, the<br />
event promoted by the powerful<br />
VDV, the German organization of<br />
public transport companies, has taken on<br />
an importance over the years that we would<br />
not hesitate to define as international. This<br />
is due to the importance of a market that is<br />
still among the top two in Europe in terms<br />
of sales (and the first in terms of supply).<br />
The fact is that ElekBu, an exhibition born<br />
as a ‘side event’ for a two-day conference,<br />
has gradually gained its independence and<br />
now registers an abundance of novelties<br />
and participants in the field of public transport<br />
and electric buses that surpasses the<br />
IAA in Hanover.<br />
19 manufacturers were represented, out<br />
of nearly 80 exhibitors. There would have<br />
been 20 if Volvo Buses had not canceled its<br />
participation at the last minute following<br />
the changed direction of the European<br />
business (we are talking about the stop,<br />
announced in March, of the production of<br />
complete buses with closure of the Wroclaw<br />
plant in 2024).<br />
Just under twenty buses on display, also<br />
considering the ZF driverless shuttle,<br />
which is also a real novelty presented<br />
for the first time in Europe. Too bad that<br />
Quantron, due to a last-minute breakdown,<br />
had to leave its bus at home.<br />
ARTHUR <strong>BUS</strong><br />
Debuting exactly one year ago at the Bus2Bus<br />
in Berlin, Arthur once again presented<br />
its H2 Bus hydrogen vehicle. One unit<br />
is being tested at the Krakow municipal<br />
company. The company has its headquarters<br />
in Lublin, Poland, while its German<br />
offices are near Munich. Keyword: modularity.<br />
The standard fuel cell module, for<br />
example, is the 70 kW model from Ballard<br />
Power Systems. But you can opt for other<br />
power settings in the range between 60 and<br />
125 kW. 12,015 millimeters in length, the<br />
vehicle is powered by a ZF e-axle (for a<br />
total of 250 kW of power output) and features<br />
a small LTO battery pack with a selectable<br />
capacity between 15 and 45 kWh. The<br />
hydrogen is stored in Type 4 cylinders for a<br />
maximum capacity of 37.5 kg compressed<br />
at 350 bar. The vehicle is already offered<br />
in tenders, the feedback relating to the start<br />
of serial production is not very convincing.<br />
«As soon as the first orders arrive», the<br />
company explains.<br />
BYD<br />
The almost nineteen-meter BYD painted in<br />
colors that are very (very…) similar to those<br />
of the local operator BVG Berlin could not<br />
go unnoticed. The more malignant could<br />
see this as a pronouncement that is halfway<br />
between an announcement and a wish, since<br />
the Shenzhen group has not won any tenders<br />
in the capital (so far). It is safe to assume<br />
that BYD intends to present itself with<br />
a knife in its teeth in the tender for 350 articulated<br />
e-buses announced by BVG in mid-<br />
March. The 18,750-mm vehicle exhibited<br />
in Berlin features the traditional in-house<br />
hub motors and a 563 kWh battery.<br />
E<strong>BUS</strong>CO<br />
There were two vehicles at the Dutch manufacturer’s<br />
stand. The 2.2 model, in the<br />
iconic BVG Berlin livery, is relatively no<br />
news (the 90 vehicles won at the end of<br />
2021 are being delivered, with a little delay<br />
due to supply problems). By the way,<br />
this is not the only vehicle with a Berlin<br />
‘dress’, as mentioned before - but undoubtedly<br />
the only one to have the right to<br />
do so. In any case, the catalyst of interest<br />
is the 3.0 in articulated size, presented in<br />
December 2022 and at its first trade show<br />
appearance. Weighing 14.5 tons (8.530<br />
kg of tare for the 12-meter), the model<br />
relies on very light structure, achieved<br />
thanks to the bodywork in composite ma-<br />
terials and technologies derived from the<br />
aeronautical industry. Another qualifying<br />
element is the battery placed on the floor<br />
in the standard version with a capacity of<br />
350 kWh. In the versions with increased<br />
capacity (up to 541), the remaining packs<br />
are on the roof. Now, all that is missing<br />
is deliveries: the vehicle is currently circulating<br />
only in Munich, but the orders<br />
as at December 31st 2022 were 565 (model<br />
3.0 only). Ebusco’s 2022 data speak<br />
of EBITDA losses of almost 35 million<br />
euros (despite the fact that the turnover<br />
has grown to 111 millions). The Dutch<br />
company has stated its goal of achieving<br />
a production volume of «more than 3,000<br />
zero-emission buses per year within the<br />
next five years». A rather ambitious target,<br />
considering that last year closed with<br />
78 vehicles registered.<br />
INDUSTRIA ITALIANA AUTO<strong>BUS</strong><br />
The electric bus by Industria Italiana Autobus<br />
is the protagonist of the (not only<br />
commercial) deal signed with Caetano-<br />
Bus. An agreement under which, as announced<br />
in the second half of last year at<br />
the Next Mobility Exhibition in Milan,<br />
IIA markets the range of H2.City Gold<br />
fuel cell buses developed by CaetanoBus<br />
ElekBu, an exhibition<br />
born as a ‘side event’ for<br />
a two-day conference,<br />
has gradually gained its<br />
independence and now<br />
registers an abundance<br />
of novelties and participants<br />
in the field of public<br />
transport and electric<br />
buses that surpasses the<br />
IAA in Hanover.<br />
- Toyota in Italy. The production of buses<br />
for the Italian market equipped with a fuel<br />
cell kit developed by the Japanese-Portuguese<br />
axis is expected to start from 2024.<br />
The lesser-known part of the agreement is<br />
that, reciprocally, CaetanoBus will market<br />
the Citymood 12e built in Italy on foreign<br />
markets (in place of its own e.City Gold,<br />
a project that CaetanoBus has put on the<br />
back burner to focus on hydrogen). Little<br />
to add on the IIA’s 12-meter, powered by<br />
a Siemens central electric motor (although<br />
it would be better to say ‘Cummins’, in<br />
light of the acquisition dated 2022). Battery?<br />
Maximum of 495 kWh, NMC formula<br />
30<br />
31
EXPO<br />
GROWING GROWING<br />
Born as a small exhibition of vehicles and<br />
technologies accompanying a two-day conference<br />
(it was 2009), the German ElekBu<br />
is today a reference event for the German<br />
market of public transport and zero-emission<br />
mobility. The original idea of the VDV, the association<br />
of German public transport companies<br />
that unites over 600 operators, was to<br />
offer a platform for discussions and exchanges<br />
between operators on the then developing<br />
(let’s remember it: 2009!) electric mobility.<br />
It all takes place in a hotel, the Estrel in<br />
Berlin, which prides itself of being one of the<br />
largest structures in Europe. So much so that<br />
it has its own congress center and exhibition<br />
area. Two pavilions for an exhibition which in<br />
the record-breaking <strong>2023</strong> edition, held at the<br />
beginning of March, hosted 78 exhibitors and<br />
around twenty buses over an area of 5 thousand<br />
square meters. What about the participants?<br />
1,200, and paying (the entrance fee<br />
is around 800 euros). Once that threshold<br />
was reached, the organizers closed the registrations.<br />
The result is an intimate event, centered<br />
on a conspicuous conference schedule<br />
and marked by networking opportunities<br />
(driven by an ever-changing catering and by<br />
an organization of spaces dotted with rest ‘islands’<br />
and tables).<br />
(here the logo is Akasol - Borgwarner).<br />
IRIZAR E-MOBILITY<br />
Irizar e-mobility is distributed in the DACH<br />
countries by the German company Jebsen<br />
& Jessens, which owns the stand at ElekBu<br />
(where a Mellor minibus is also hosted).<br />
There are few novelties related to the<br />
12-meter ie tram in Madrid livery. Ten vehicles<br />
are circulating in the Spanish capital on<br />
a freshly inaugurated BRT line.<br />
IVECO <strong>BUS</strong><br />
Iveco Bus participated in the Berlin fair<br />
with the 12-meter E-Way with Siemens/<br />
Cummins central electric motor and For-<br />
see Power batteries. News will soon come<br />
about batteries: the Iveco Bus E-Way range<br />
will soon be equipped with the modules<br />
made in Turin by the collaboration between<br />
Microvast and Fpt Industrial.<br />
MAN<br />
Each edition of the ElekBu conference<br />
schedule revolves around a specific theme.<br />
This year it was all about autonomous<br />
driving. MAN, in addition to exhibiting<br />
a 12-meter Lion’s City E in the pavilion,<br />
took part in the event through Product<br />
Strategy Bus Manager Michael Roth, who<br />
illustrated projects and roadmaps put in<br />
place by the Lion in view of the goal of<br />
In the big picture, the Van<br />
Hool A12 Fuel Cell. On the<br />
right: Iveco Bus E-Way<br />
and BYD 18-meter eBus.<br />
Below, from left to right:<br />
Irizar ie tram, Citymood<br />
12e by Industria Italiana<br />
Autobus, Ebusco 3.0<br />
18-meter, Arthur H2 Bus.<br />
having autonomous buses in series production<br />
by 2030. According to the German<br />
company, the adoption of driverless buses<br />
will allow TCO savings of 50 percent<br />
for transport companies (and it is implicit<br />
what cost item generates the revenues…).<br />
A project conducted for the driverless approach<br />
to bus stops is already behind us.<br />
The BeIntelli project will kick off by the<br />
end of <strong>2023</strong>, with a bus equipped for autonomous<br />
driving on a test line in the urban<br />
fabric of central Berlin.<br />
MCV<br />
It was the début fair for the MCV C127 EV,<br />
an absolute novelty for the Egyptian com-<br />
pany. More information in a dedicated report<br />
at page 42 in this same issue!<br />
MELLOR<br />
The main business of the British company,<br />
based in Rochdale, near Manchester, has<br />
always been linked to the transformation<br />
of Sprinter vans (the annual production is<br />
around 600 pieces). The electric focus and<br />
the development of its own range (initially<br />
the brand proposed an electrified model<br />
Orion E derived precisely from the Sprinter)<br />
is the result of a strategic decision taken<br />
in 2019. At the end of 2021, the Sigma<br />
range was presented, also designed for<br />
export, which when fully operational will<br />
consist of six models between 7 and 12<br />
meters. At the moment, the company markets<br />
the seven-meter bus exhibited in Berlin<br />
and has about fifty units already sold in<br />
Sweden. The vehicle is 7,150 millimeters<br />
long and weighs, when empty, 6.2 tons. It<br />
is powered by a 160 kW Dana TM4 motor<br />
(the rear axle is also by Dana). What about<br />
the batteries? CATL logo, 127 kWh capacity.<br />
The chassis, in stainless steel, is made<br />
in China, while the fiberglass bodywork is<br />
made ‘in house’. Inside there is room for<br />
31 passengers.<br />
Mellor is part of the WNVTech group, under<br />
which there are six brands covering,<br />
in addition to the bus segment, the special<br />
vehicle business (including ambulances,<br />
limousines and hearses), and automotive<br />
technologies.<br />
MERCEDES<br />
Daimler Buses has once again exhibited<br />
its eCitaro, the market leader in Germany<br />
with 296 registrations in 2022 (a market<br />
share of 47 percent). The bus on display is<br />
equipped with Preventive Brake Assist and<br />
Sideguard Assist.<br />
The eCitaro can be ordered with third-generation<br />
Akasol batteries (acquired by the<br />
Borgwarner group). German customers<br />
have already ordered around 200 units.<br />
Also based on NMC, they make it possible<br />
to reach 588 kWh on 12 meters and<br />
686 on 18-meter buses, thanks to the higher<br />
energy density.<br />
QUANTRON<br />
Too bad for the breakdown that did not<br />
allow Quantron to attend ElekBu with the<br />
vehicle. The 12-meter Cizaris 12 EV, presented<br />
at the beginning of 2022, has a chassis<br />
made in China by the strategic partner<br />
(as well as investor) EV Dynamics. The bus<br />
features LFP batteries by CATL and Dana<br />
TM4 synchronous central motor capable of<br />
245 kW peak power. The battery capacity<br />
can vary between 242 and 424 kWh. The<br />
next step for the German group (also very<br />
focused on the truck segment...) will be the<br />
launch of a fuel cell bus.<br />
SKODA<br />
Even the trolleybus share was respected, at<br />
ElekBu <strong>2023</strong>, thanks to Skoda. Here at the<br />
Estrel hotel is the 32TR two-axle 12-meter<br />
(per millimeter), with SOR bodywork.<br />
SOLARIS<br />
Nothing new for Solaris, which was present<br />
at ElekBu with an Urbino 18 Electric.<br />
A model which, as announced by the<br />
new CEO Javier Iriarte at the press conference<br />
on 2022 results, «will be launched<br />
during the year in a renewed version, with<br />
a modular driveline and battery packs located<br />
on the roof. The engine tower will<br />
disappear. Battery capacity will also be<br />
increased». Solaris closed last year with<br />
1,492 buses sold, a third of which were<br />
zero-emissions.<br />
VAN HOOL<br />
Soon on the road under the insignia of the<br />
German operator RMV, the Van Hool A12<br />
Fuel Cell represents the new generation of<br />
hydrogen buses signed by the Belgian ma-<br />
32<br />
33
EXPO<br />
In the big picture, the<br />
7-meter Mellor Sigma<br />
distributed in DACH<br />
countries by Jebsen &<br />
Jessens. On the right, the<br />
new generation ZF driverless<br />
shuttle. Below, MCV<br />
C127 EV, Skoda 32TR<br />
with SOR bodywork and<br />
Mercedes eCitaro.<br />
To help you move towards<br />
sustainable mobility<br />
Otokar develops vehicles powered by alternative energy,<br />
which will be adapted to your urban and intercity transport needs.<br />
34<br />
nufacturer, which is market leader in Europe<br />
for this technology (106 buses registered<br />
as of December 31st 2022). Van Hool’s A<br />
range was launched last year. The bus exhibited<br />
in Berlin, 12,225 millimeters long, features<br />
a 70 kW Ballard fuel cell module and<br />
a Siemens central electric motor with 160<br />
kW peak power (also available in a 210 kW<br />
version). What about the batteries? A small<br />
24 kWh package, LTO formula, which is<br />
quite a standard for H2 buses. On the roof<br />
there is room for 38.5 kilos of hydrogen<br />
compressed at 350 bars.<br />
VDL<br />
From Holland, here is the Citea 12-meter,<br />
the ‘son’ of the new generation launched<br />
last year and enhanced by batteries integrated<br />
into the floor and the use of composite<br />
materials aimed at reducing masses.<br />
ZF<br />
Among the main novelties of the fair there<br />
is the autonomous new generation shuttle<br />
put on display for the first time in Europe<br />
by ZF, after the launch held at the CES<br />
in Las Vegas at the beginning of the year.<br />
Mind you: the one exhibited in Berlin was<br />
something less than a pre-series, since the<br />
strategies of the Friedrichshafen-based<br />
group see effective use of the vehicle on<br />
the road no earlier than 2026. But the first<br />
tests will begin soon. What distinguishes<br />
the shuttle exhibited in Berlin from the<br />
‘old’ shuttle created in collaboration with<br />
the partially-controlled 2getthere is that,<br />
if the latter is intended for use in segregated<br />
lanes, the new vehicle aims to be able<br />
to circulate in traffic. Battery capacity to<br />
be chosen between 50 and 100 kWh, passenger<br />
capacity of 22 people (15 of whom<br />
seated): these are the specs of a vehicle<br />
that inaugurated the ARAIV brand, launched<br />
(in a subdued manner) by ZF on the<br />
occasion of ElekBu. This is the ‘umbrella’<br />
under which all the company’s activities<br />
in the field of driverless mobility are<br />
now grouped.<br />
Electric<br />
From 6.60 to 18 m<br />
www.otokareurope.com<br />
Hybrid<br />
12 m<br />
Naturel Gas<br />
From 12 to 13 m
IN THE SPOTLIGHT<br />
MAN LION’S CITY 10E<br />
FAMILY <strong>BUS</strong>INESS<br />
Based on the same platform as the<br />
Lion’s City 12E (with wheelbase<br />
shortened), the 10.5-meter variant is<br />
one ton lighter and features battery<br />
capacity up to 400 kWh<br />
Four years later, MAN is back with a 10.5-meter<br />
urban bus and immediately aims for large<br />
figures. Derived from the Lion’s City 12E, the<br />
MAN 10E aims to conquer a large share of a<br />
market still almost to be discovered, until now reserved<br />
for Turkish and Chinese manufacturers and... for Irizar,<br />
which in 2020 won a tender in Genoa, Italy, with a<br />
model that has remained almost unique ever since.<br />
The Lion’s City 10E, which was already designed for<br />
the launch of the new urban range but was then slowed<br />
down by other product priorities (including the new<br />
Low Entry), will be officially presented to the public<br />
at the UITP Global Public Transport Summit in Barcelona.<br />
In the meantime, it has already been offered in<br />
some tenders (over twenty vehicles have already been<br />
ordered in Switzerland and Germany) and we will soon<br />
see it circulating in Italy as well.<br />
10-meter e-buses, a growing market<br />
The 10E satisfies those countries where there is a strong<br />
demand for city buses under twelve meters that ensure<br />
good passenger capacity. Thanks to a empty weight approximately<br />
one ton lighter than the 12-meter bus (at<br />
least in the configuration with maximum battery capacity),<br />
the Lion’s City 10E simultaneously saturates the<br />
standing room areas with the permitted limit masses,<br />
managing in some configurations to exceed the total<br />
eighty passengers. Weight distribution, thanks to the<br />
battery packs positioned on the roof both at the front<br />
and at the rear, is thus optimized.<br />
In the standard configuration with three double doors<br />
there is room for 27 seats plus a wheelchair platform,<br />
plus about fifty standing places, for an overall capacity<br />
of around 80 passengers, in line with ICE buses of the<br />
same length.<br />
As anticipated, the 10E takes advantage of the new<br />
MAN city bus range modular design and, by only<br />
shortening the wheelbase, brings the overall length to<br />
Derived from the Lion’s<br />
City 12E, the 10E aims to<br />
conquer a share of a market<br />
still to be discovered. It<br />
features a empty weight approximately<br />
one ton lighter<br />
than the 12-meter bus.<br />
36<br />
37
IN THE SPOTLIGHT<br />
just under 10.6 meters. These proportions<br />
allow it to have a very small turning circle,<br />
similar to that of shorter buses where the rear<br />
overhang is reduced.<br />
No changes at the powertrain<br />
The powertrain is the same as the 12E, with a<br />
Traton synchronous central motor capable of<br />
160 kW of continuous power and 240 peak,<br />
and with a maximum torque of 2,100 Nm<br />
available from 900 RPM upward. The motor,<br />
located less than a meter from the axle<br />
and connected by a single cardan shaft, integrates<br />
an output reduction of 1:1.595, which<br />
is added to 1:5.12 at the axle. In this way, the<br />
traditional inverted portal axle ZF AV133 is<br />
maintained, guaranteeing maximum interchangeability<br />
of parts with diesel or methane<br />
buses. Still speaking about the axles, it<br />
should be remembered that the front axle is<br />
the ZF with RL82EC independent wheels,<br />
equipped with Wabco ECAS electronically<br />
controlled air suspension and PCV self-adaptive<br />
hydraulic shock absorbers. Total or partial<br />
lowering at stops (kneeling) is standard,<br />
while parallel lifting of about 70 mm up to a<br />
10 km/h speed is optional.<br />
The braking system is made of Knorr SB<br />
and SN series calipers, and it features Wab-<br />
co’s EBS electronic control, which integrates<br />
ABS/ASR and, on request, ESP (stability<br />
control). The level of wear of each single<br />
gasket can be monitored on the dashboard,<br />
with two-level alerts for the driver and the<br />
workshop. The latter is sent via RIO box.<br />
Battery packs? On the roof<br />
Traction control is entrusted to an inverter<br />
positioned behind the motor itself, with a<br />
cooling unit located on the left side and<br />
accessible from a special little door. Next<br />
to the inverter radiator, a further heat exchanger<br />
keeps the motor temperatures in<br />
an optimal range, circulating specific oil<br />
in a small circuit with both lubrication and<br />
cooling functions.<br />
The batteries are lithium-ion with NMC technology,<br />
in four or five modules of 80 kWh<br />
each. BMS unit and temperature control<br />
system are integrated. The working voltage<br />
is between 504 and 765 VCC, with a nominal<br />
value of 662 VCC. The ‘Reliable range’<br />
maintenance function makes it possible to<br />
minimize the deterioration of batteries over<br />
the years, with a DoD (depth of discharge)<br />
that can be set between 65 and 80 percent of<br />
the capacity. The charging system features<br />
two standard CCS2 sockets, for power up<br />
ID CARD<br />
Length mm 10,575<br />
Width mm 2,550<br />
Height mm 3,320<br />
Wheelbase mm 4,395<br />
Overhang front / rear mm 2,775 / 3,4<strong>05</strong><br />
Internal height mm 2,390<br />
Entrance height mm 320<br />
Doors width mm 1,250 / 1,200 / 1,200<br />
Floor distance from ground mm 365<br />
Turning circle mm 17,200<br />
Empty weight kg 13,630<br />
GVW kg 19,500<br />
Seats n. 25<br />
Standing passengers 42<br />
Passengers capacity 67<br />
Driver seat’ model ISRI ProActive 2<br />
Heating / cooling technolgy<br />
Electric air<br />
conditioning with<br />
integrated heat pump<br />
Refrigerant<br />
R134<br />
Motor brand model<br />
Traton<br />
Output peak / continuous kW 240 / 160<br />
Torque peak / continuous Nm 2,100 / 1,400<br />
Battery supplier<br />
Traton / LG<br />
Battery formula<br />
NMC<br />
Battery cooling<br />
Water<br />
Battery placement<br />
Roof<br />
Battery capacity / usable kWh 400 / 320<br />
Charging power kW<br />
up to 150 (DC)<br />
Front axle<br />
ZF RL 82 EC<br />
Rear axle<br />
ZF AV133<br />
Tyres<br />
275/70R22.5<br />
The powertrain is the<br />
same as the 12E, with<br />
a Traton synchronous<br />
central motor capable<br />
of 160 kW of continuous<br />
power and 240 peak,<br />
and with a maximum<br />
torque of 2,100 Nm. The<br />
motor, located less than<br />
a meter from the axle and<br />
connected by a single<br />
cardan shaft, integrates<br />
an output reduction of<br />
1:1.595, which is added to<br />
1:5.12 at the axle.<br />
to 150 kW, with the main point at the righthand<br />
side front axle and four other positions<br />
depending on customer’s choice (front, lefthand<br />
side, central rear, right-rear). The communication<br />
protocol complies with the ISO<br />
15118 standard.<br />
Technicalities!<br />
The motor-compressor of the Knorr aircooled<br />
screw-type pneumatic system is powered<br />
by high voltage. This is added to the<br />
traditional Wabco AMU electronically managed<br />
integrated unit, which includes a dryer<br />
with electric resistance, oil and condensate<br />
separator, divider valve.<br />
The roof air conditioning unit is also high<br />
voltage, to be chosen between the Eberspächer<br />
AC136G3 II AE HPe with R134a<br />
gas (maximum power of 26 kW in cooling<br />
mode and 18 kW in heating mode), and the<br />
CO2-based Valeo (31 and 33 kW respectively).<br />
Both systems guarantee heating via a<br />
heat pump, to which is added a wall-mounted<br />
convector circuit with three 10 kW HV<br />
heaters and, on request, an auxiliary Spheros<br />
38<br />
39
IN THE SPOTLIGHT<br />
Thermo diesel or biodiesel 30 kW burner.<br />
Temperature management is automatic,<br />
based on the control unit settings and, possibly,<br />
on the outside temperature; in this regard,<br />
MAN prepares as many as four programs to<br />
choose from, which take into account the difference<br />
between exterior and interior, as well<br />
as consumption optimization. The driver’s<br />
seat can count on a separate Aurora frontbox<br />
with 7.3 kW in cooling mode and 19.0 kW in<br />
heating mode.<br />
The 24-volt electrical system, constantly<br />
powered by a DC/DC converter, is the<br />
traditional Continental Kibes 32 multiplex,<br />
equipped with an advanced undervoltage<br />
protection system. Below it we find all<br />
the traditional users of ICE buses (among<br />
which we recall the internal indirect light<br />
LED lighting with four levels of intensity),<br />
plus the EHS electric pump intended for<br />
the Bosch-ZF 8098 power steering.<br />
The doors can have internal rototranslation<br />
system (pneumatically or electrically activated),<br />
or with pneumatic ejection or electric<br />
‘sliding’.<br />
The passenger compartment, given the<br />
small wheelbase dimensions, does not allow<br />
major changes in the arrangement of<br />
seats, with the need to mount a two-seater<br />
in the entire rear half of the vehicle. Seats<br />
and handrails, however, do not provide for<br />
anchoring to the floor, which in this way has<br />
a free surface that is easy to clean.<br />
The driver’s seat is the one already seen on<br />
the other Lion’s City buses, maintaining<br />
rather high standards in terms of ergonomics<br />
and visibility, with a well-developed<br />
dashboard equipped with integral adjustment<br />
to the steering wheel (+10°/-10°) and<br />
numerous variants of lateral separation,<br />
possibly suitable for the sale of travel tickets<br />
on board.<br />
Driving like a car<br />
The 10E is fun to drive, thanks to really<br />
good handling and a fairly contained body<br />
roll (which is more evident when empty),<br />
The 10E features good<br />
handling and a fairly<br />
contained body roll (more<br />
evident when empty),<br />
despite the fact that there<br />
are almost 3 tons on the<br />
roof (including batteries,<br />
their air conditioning<br />
system and internal<br />
climate control). Traction<br />
management can be set to<br />
different acceleration levels,<br />
as well as to different<br />
energy recovery levels in<br />
the coasting phase.<br />
despite the fact that there are almost three<br />
tons on the roof (including batteries, their<br />
air conditioning system and internal climate<br />
control). Naturally, we must remember that<br />
a short wheelbase turns in less space but<br />
broadens the trajectory at the rear, forcing<br />
the driver to stay further away from external<br />
obstacles when steering from stationary or<br />
moving slowly. Traction management can<br />
be set to different acceleration levels, as well<br />
as to different energy recovery levels in the<br />
coasting phase. Therefore, the final customer<br />
has the possibility of acting similarly to<br />
a diesel bus (with a slight braking moment<br />
when coasting), an increased regenerative<br />
capacity (through a greater deceleration) or<br />
‘soaring’ similar to the vehicle idling (eliminating<br />
the braking effect as long as you operate<br />
the pedal or the slowdown lever to the<br />
right of the steering wheel).<br />
A vehicle with a modern design and an excellent<br />
finish, with some flaws in the set-up<br />
in certain extreme conditions. But in the<br />
end, it is still a city bus and in typical driving<br />
conditions, comfort is guaranteed.<br />
40<br />
41
IN THE SPOTLIGHT<br />
MCV C127 EV<br />
THE ELECTRIC PYRAMID<br />
The curtain rises on the new e-bus<br />
made in Egypt but designed for the<br />
German market. A 12-meter with<br />
NMC batteries (on the roof) by Forsee<br />
Power, Actia motor and ZF axles<br />
The Egyptian MCV group chose the Elek-<br />
Bu fair for the debut of an electric model<br />
specifically intended for the German market.<br />
The brand is well known. MCV, as a<br />
coachbuilder, is a partner of a manufacturer such as<br />
Volvo as regards the British market, where it supplies<br />
electric city buses based on the Volvo BZL<br />
chassis. And from 2024 on, it’ll be building Volvo<br />
e-buses for the whole Europe, according to the deal<br />
announced in mid April.<br />
The first electric bus, intended for use in the domestic<br />
market, was built in 2022 and a first batch of<br />
over 100 e-buses is in circulation between Alexandria<br />
and Cairo.<br />
The subsidiary MCV Germany is a recent ‘creature’,<br />
the result of a real bet on the German market.<br />
A market that the group aims to attack with the<br />
12-meter bus shown for the first time in Berlin.<br />
The production is ‘made in Egypt’ (the Alexandria<br />
- Antwerp shipment takes two weeks), but the<br />
components are 100 percent European (and in full<br />
compliance with VDV guidelines, ça va sans dire,<br />
including VDV 238 on data). We will talk more<br />
about it shortly.<br />
42<br />
C127 EV model, in detail<br />
3.20 meters high, the MCV C127 EV has all the<br />
high voltage components ‘drowned’ in the roof.<br />
The batteries, signed by Forsee Power, are placed<br />
there. What about chemistry? NMC, the most<br />
widespread standard at European level, although<br />
threatened, in recent times, by a revival of LFP,<br />
also for economic reasons. Moreover, we know the<br />
BloombergNEF figure, which quantified the average<br />
trend in the price of battery modules as +7<br />
percent in 2022 compared to the previous year. The<br />
first annual growth since 2010.<br />
We were saying, the French-made battery packs can<br />
The battery packs - by Forsee<br />
Power - , are ‘drowned’<br />
in the roof, and can offer<br />
a maximum of 462 kWh<br />
on the e-bus, with the<br />
possibility of the following<br />
intermediate choices: 308<br />
and 385 kWh.<br />
43
IN THE SPOTLIGHT<br />
The central electric<br />
motor, synchronous with<br />
permanent magnets, is<br />
made by Actia and has<br />
maximum power and<br />
torque of 250 kW and<br />
3,000 Nm respectively.<br />
It intervenes directly<br />
on the rear portal axle,<br />
signed by ZF (as well as<br />
the front).<br />
There is room on board<br />
for up to 90 people on<br />
the three-doors version:<br />
37 of them are seated.<br />
offer a maximum of 462 kWh, with the<br />
possibility of the following intermediate<br />
choices: 308 and 385 kWh. The central<br />
electric motor, synchronous with permanent<br />
magnets, is made by Actia and has<br />
maximum power and torque of 250 kW<br />
and 3,000 Nm respectively. It intervenes<br />
directly on the rear portal axle, signed by<br />
ZF (as well as the front).<br />
And what about design?<br />
Speaking of design, the MCV C127 EV<br />
focused on achieving an attractive aesthetic.<br />
The structure is made of stainless<br />
steel. The sides with large glazed surfaces<br />
are finished upwards by a continuous line<br />
that finishes the roof and features a clearly<br />
visible LED lighting stripe, that visibly<br />
flexes at the central door, with the aim<br />
of giving dynamism to the vehicle lines.<br />
Inside, the lighting is obtained indirectly,<br />
always under the banner of LEDs. The<br />
airiness of the rear seaters row is good,<br />
undermined only by the not excessive size<br />
of the former engine tower. The doors are<br />
IDENTITY CARD<br />
Length mm 12,075<br />
Width mm 2,550<br />
Height mm 3,200<br />
Wheelbase mm 5,900<br />
Overhang front/rear mm 2,755/3,420<br />
Doors width mm 1,200 / 1,200 / 1,140<br />
Entrance height mm 320<br />
Turning radius mm 21,126<br />
Motor supplier<br />
Actia<br />
Motore type<br />
Central synchronous with permanent magnets<br />
Output peak kW 250<br />
Torque peak Nm 3,000<br />
Battery supplier<br />
Forsee Power<br />
Battery formula<br />
NMC<br />
Battery capacity kWh 308 / 385 / 462<br />
Front axle<br />
ZF RL 82 EC<br />
Rear axle ZF AV 133<br />
Tyres<br />
275/70R22.5 - 295/70R22.5<br />
Empty weight (with 462 kWh) kg 13,600<br />
GVW 19,700<br />
made by Ventura Systems. There is room<br />
on board for up to 90 people on the threedoors<br />
version, 37 of them are seated.<br />
Instead of the rear-view mirrors we find<br />
mirror cams by Orlaco, which guarantee<br />
greater visibility.<br />
The charging socket can be placed on the<br />
right side of the front or on the left side of<br />
the rear. The standard charging technology<br />
is plug-in, but it is possible to equip the<br />
vehicle with a pantograph charging system.<br />
The heating is full electric, thanks to<br />
the use of a CO2 heat pump. Optionally,<br />
it is possible to mount 275 and 295 tyres,<br />
which indicates an orientation also aimed<br />
at intercity transport.<br />
44<br />
45
IN THE SPOTLIGHT<br />
SETRA MULTICLASS 500 LE<br />
INTERSETRA<br />
300 kg lighter, 4 lengths available<br />
(including 3-axle version), new design,<br />
top safety: this and much more for the<br />
latest Setra intercity novelty. On which<br />
the mild hybrid module will land shortly<br />
Ten years after the launch of the 500 series,<br />
the renewed range of Setra MultiClass<br />
Low Entry finally makes its debut, now in<br />
four lengths. The reorganization of Daimler<br />
Buses products not only has not reduced the market<br />
segments covered by its models, but it has ensured<br />
that all versions are available for each size: from the<br />
low-floor urban bus to the normal-floor interurban<br />
bus and from the tourist coach to (in this case) the<br />
low-entry Class II bus. In short, the new MultiClass<br />
500 series, if on the one hand abandons the high-floor<br />
interurban segment forever in favor of the Mercedes-<br />
Benz Intouro, on the other it specializes in the type,<br />
which is slowly but constantly growing, of partially<br />
low-floor vehicles, where the advantage represented<br />
by the door sills at about 350 mm from the ground is<br />
well worth giving up a couple of seats.<br />
Don’t play with design!<br />
The front benefits from the aesthetic changes recently<br />
applied to the touring range, flaunting overall<br />
strict and rigorous lines, just as simplicity and cleanliness<br />
are exalted at the rear. The front headlights<br />
have a sort of LED eyebrow (interchangeable between<br />
right and left) that integrates clearance lights,<br />
daytime running lights and direction indicators.<br />
Further down, the fog lights are inserted in a black<br />
panel, which from next year will house the sensors<br />
for Predictive Brake Assist 2, an advanced driving<br />
assistance system capable of combining signals from<br />
short and long distances, distinguishing still objects<br />
from objects in motion, activating partial braking<br />
if necessary, in any case taking into account the<br />
well-being of standing passengers.<br />
A wide selection of doors is available, with the front<br />
one even in three sizes: two different widths for the<br />
single leaf (900 or 1,150 mm) or double leaf (1,380<br />
mm). The central door, on the other hand, can have<br />
The new MultiClass 500<br />
series abandons the highfloor<br />
interurban segment in<br />
favor of the Mercedes-Benz<br />
Intouro, while specializing<br />
in the growing market of<br />
LE vehicles, where the advantage<br />
represented by the<br />
door sills at 350 mm from<br />
the ground is well worth<br />
giving up a couple of seats.<br />
46<br />
47
IN THE SPOTLIGHT<br />
The vehicles in the<br />
intermediate lengths<br />
can already be ordered<br />
(delivery starting autumn<br />
2024), for the 10-meter<br />
and the ‘extra-long’<br />
version you have to wait a<br />
little more. The passenger<br />
capacities are interesting,<br />
from 39 to 63 seats in the<br />
configurations without a<br />
disabled seat.<br />
a single or double leaf. A third single door<br />
behind the rear axle is optional, with internal<br />
access via three steps.<br />
A modular structure<br />
The modular structure provides for the<br />
same overhangs for all the length variants<br />
(2,710 mm at the front and 3,300 mm at the<br />
rear), just as the position of the central door<br />
remains unchanged, always 1,540 mm in<br />
front of the drive axle. As anticipated, there<br />
are four bus lengths available: 10.51 meters<br />
(S 510 LE), 12.21 meters (S 515 LE) and<br />
12.92 meters (S 516 LE) for the two-axle<br />
versions and 14.52 meters (S 518 LE) for<br />
the three-axle version. The vehicles in the<br />
intermediate lengths can already be ordered<br />
(delivery starting autumn 2024), for<br />
the 10-meter and the ‘extra-long’ version<br />
you have to wait a little more. The passenger<br />
capacities are interesting, from 39 to 63<br />
seats in the configurations without a disabled<br />
seat.<br />
Still speaking about seats, different models<br />
are available on the MultiClass, depend-<br />
IDENTITY CARD<br />
Length mm 10,510 / 12,210 / 12,920 / 14,520<br />
Overhang front / rear mm 2,710 / 3,300<br />
Doors types<br />
single or double door<br />
Width doors 900 / 1,150 / 1,380<br />
Passenger capacity seated / tot n. 39 / 63<br />
Engine OM 936 / OM 470<br />
Displacement l 7.7 / 10.7<br />
Power output hp 299 / 354 / 394<br />
Transmission ZF Ecolife 2 / Voith NXT / Mercedes GO 190 /<br />
Mercedes GO 250 Powershift<br />
ing on whether you want homologation<br />
in Class I or Class II. It starts from the<br />
monocoque for urban use, to get to the<br />
classic fixed padded seat for short and medium-haul<br />
regular services, and it ends with<br />
the semi-tourist seat equipped with all the<br />
amenities to face longer journeys in full<br />
comfort. Following this principle, even the<br />
luggage racks (available on request in the<br />
lowered part only) can include lights and<br />
individual service sets.<br />
The driver’s seat also offers a wide selection,<br />
even just for the cockpit: from the City<br />
Cockpit (compliant with VDV requirements)<br />
to the Basic City Cockpit (more<br />
suitable for regular service), to the Basic<br />
Cockpit (more similar to that of the ComfortClass<br />
tourist range). Naturally, each of<br />
these allows for further customization possibilities<br />
in terms of number and position of<br />
the single commands.<br />
The rain sensor, the light sensor and the<br />
electronically controlled parking brake<br />
(standard) contribute to driving support as<br />
standard. The latter combines ease of use<br />
with safety: to engage the brake it is sufficient<br />
to operate the appropriate lever or ‘P’<br />
button, while to release it you simply press<br />
the accelerator or press ‘P’ again, integrating<br />
the hill start assist function. Furthermore,<br />
it is possible to request that the brake<br />
be activated automatically when the driver<br />
releases the seat belt, while the vehicle is<br />
stationary.<br />
Safety on top: it’s a Setra!<br />
An advanced 360° view system is also optional,<br />
consisting of four cameras (two on<br />
the sides and two on the ends) and a 10’’<br />
monitor mounted to the left of the windshield<br />
and divided into two parts: one shows<br />
the four sides of the bus, while the other<br />
switches automatically according to the<br />
direction taken or when reverse gear is engaged<br />
(or according to the driver’s choice).<br />
The device is normally active at speeds below<br />
30 km/h and is capable of taking images<br />
up to a distance of 5-6 meters from the<br />
vehicle, therefore more than an entire lane.<br />
The powertrain can count on tested components:<br />
the two-axle LEs are equipped with<br />
the very popular 7.7-litre OM 936 in-line<br />
six-cylinder engine, available in the two<br />
usual power ratings of 299 or 354 horsepower.<br />
The 518 variant (with three axles)<br />
mounts the 10.7-litre, 394 horsepower OM<br />
470 in-line six-cylinder engine. As with the<br />
Intouro, the 7.7-litre engine can be completed<br />
by the mild hybrid module, consisting of<br />
a 14 kW electric motor keyed between the<br />
engine and the gearbox, and two small 48V<br />
supercapacitors mounted on the roof.<br />
Four gearbox models are available, although<br />
not all of them can be combined<br />
with all bus models: the six-speed manual<br />
Mercedes GO 190 (only for the two axles),<br />
the six-speed automatic ZF Ecolife 2, the<br />
seven-speed automatic Voith NXT, or the<br />
eight-speed Mercedes GO 250 PowerShift<br />
automated mechanic gearbox. Combined<br />
with the latter is the latest version of the<br />
PPC (Predictive Powertrain Control), capable<br />
of adapting the gearshift program to the<br />
driver’s style and, above all, to the topog-<br />
raphy of the road. The predictive function<br />
integrates a vehicle localization system and<br />
a cartographic archive of all of Europe, so<br />
as to act not only in slope changes but also<br />
in the vicinity of crossroads, road entrances<br />
and residential areas.<br />
The axles remain the ZF RL82EC with independent<br />
suspension on the front and the<br />
hypoid-type Mercedes RO 440 on the rear,<br />
with numerous possible transmission ratios,<br />
ranging between i = 3.1 and i = 5.87, based<br />
on the chosen gearbox and the standard operating<br />
conditions. The third axle of the 518<br />
LE has independent wheels and provides<br />
for active steering control even in reverse.<br />
Finally, depending on the type of service<br />
required, 275/70 R 22.5 tires for urban use<br />
or 295/80 R 22.5 tires for extra-urban use<br />
can be fitted, which bring the height of the<br />
access sill to 314 mm and 355 mm respectively,<br />
excluding kneeling.<br />
Like the previous series, the new Setra MultiClass<br />
500 LE range is also manufactured<br />
at the Daimler Buses Hosdere plant near Istanbul,<br />
in the European part of Turkey.<br />
48<br />
49
PORTFOLIO<br />
ALL THE ELECTRIC <strong>BUS</strong> MODELS ON THE EUROPEAN MARKETS.<br />
BATTERY-ELECTRIC / HYBRID / FUEL CELL / IMC TROLLEY<strong>BUS</strong>ES<br />
ADL<br />
BOLLORÉ<br />
Neocity EV<br />
Length mm 8,500<br />
Passenger capacity n. 65<br />
Motor / kW TM4 Sumo MD / 235<br />
Battery type<br />
BMZ / NMC<br />
Battery capacity kWh 174 - 219<br />
Charging technology plug-in<br />
BYD<br />
Enviro400 (mild hybrid)<br />
Length mm 10,500 / 10,900<br />
Passenger capacity n. 87<br />
Electric motor / output kW ADL/14<br />
Battery type<br />
supercap<br />
Battery capacity max kWh 1<br />
Diesel engine CumminsB6.7<br />
kW 187<br />
Enviro400H (full hybrid)<br />
Length mm 10,500 / 10,900<br />
Passenger capacity n. 87<br />
Electric motor / output kW BAE/195<br />
Battery type<br />
ultracap<br />
Battery capacity max kWh 1<br />
Diesel engine CumminsB4.5<br />
kW 157<br />
Blueblus 6<br />
Length mm 5,940<br />
Passenger capacity n. 35<br />
Motor type / kW Central / 140<br />
Battery Blue Solutions / LMP<br />
Battery capacity max kWh 126<br />
Charging technology plug-in<br />
Midibus 8.7<br />
Length mm 8,700<br />
Passenger seats n. 22<br />
Motor / output kW BYD / 90x2<br />
Battery type<br />
BYD / LFP<br />
Battery capacity max kWh -<br />
Charging technology plug-in<br />
+ safety<br />
+ uptime<br />
+ passenger flow<br />
Enviro400HR<br />
(plug-in hybrid)<br />
Length mm 10,500 / 10,900<br />
Passenger capacity n. 87<br />
Electric motor / output kW BAE/195<br />
Battery type<br />
NMC<br />
Battery capacity max kWh 32<br />
Diesel engine CumminsB4.5<br />
kW 157<br />
Blueblus 12<br />
Length mm 12,000<br />
Passenger capacity n. 109<br />
Motor type / kW Central / 160<br />
Battery type Blue Solutions / LMP<br />
Battery capacity max kWh 272<br />
Charging technology plug-in<br />
BMC<br />
12-18 eBus<br />
Length mm 12,200 / 18,250<br />
Passenger seats n. -<br />
Motor / output kW BYD / 150x2<br />
Battery type<br />
BYD / LFP<br />
Battery capacity max kWh -<br />
Charging technology plug-in<br />
Improve your bus with our Plug Sliding door. This carefully<br />
thought through system is all about improving passenger safety<br />
and maximizing uptime.<br />
It offers a completely free doorway that allows passengers to easily<br />
enter and exit the bus simultaneously, improving passenger flow<br />
and reducing dwell time.<br />
Explore the possibilities on venturasystems.com<br />
50<br />
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PORTFOLIO<br />
C9 (coach)<br />
Length mm 12,900<br />
Passenger seats n. -<br />
Motor / output kW BYD / 150x2<br />
Battery type<br />
BYD / LFP<br />
Average range km 90<br />
Charging technology plug-in<br />
BYD ADL<br />
Enviro200EV<br />
Length m 9.6 / 10.2 / 10.9 / 11.6<br />
Passenger capacity n. 80<br />
Motor / output kW BYD / 90x2<br />
Battery type<br />
BYD / LFP<br />
Battery capacity max kWh 330<br />
Charging technology plug-in<br />
ALL THE ELECTRIC <strong>BUS</strong> MODELS ON THE EUROPEAN MARKETS.<br />
BATTERY-ELECTRIC / HYBRID / FUEL CELL / IMC TROLLEY<strong>BUS</strong>ES<br />
e.City Gold 10/12<br />
Length mm 10,700 / 12,000<br />
Passenger capacity n. 64 / 87<br />
Motor / output kW Siemens / 180<br />
Battery type<br />
NMC / LTO<br />
Battery capacity max kWh 385<br />
Charging technology plug-in/pant.<br />
H2 City Gold 10/12 (hydrogen)<br />
Length mm 10,700 / 12,000<br />
Passenger capacity n. 64 / 87<br />
Motor / kW Siemens / 180<br />
Battery type<br />
LTO<br />
Fuel cell system<br />
Toyota<br />
Estimate range km 400<br />
E<strong>BUS</strong>CO<br />
Ebusco 2.2 - 18m LF<br />
Length mm 18,000<br />
Passenger capacity n. 140<br />
Motor / kW ZF / 250<br />
Battery type<br />
LFP<br />
Battery capacity kWh 363/525<br />
Charging technology plug-in/pant.<br />
Ebusco 3.0<br />
Length mm 12,000<br />
Passenger n. 95<br />
Motor / kW Ebusco / 250<br />
Battery type<br />
LFP<br />
Battery capacity max kWh -<br />
Charging technology plug-in/pant.<br />
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of power technologies to fuel industry decarbonisation:<br />
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• Battery-electric<br />
Learn more.<br />
Enviro400EV<br />
Length mm 10,900<br />
Passenger capacity n. 85<br />
Motor / output kW BYD / 150x2<br />
Battery type<br />
BYD / LFP<br />
Battery capacity max kWh 392<br />
Charging technology plug-in<br />
CAETANO<strong>BUS</strong><br />
Ebusco 2.2 - 12m LE/LF<br />
Length mm 12,000<br />
Passenger capacity n. 90<br />
Motor / kW ZF / 250<br />
Battery type<br />
LFP<br />
Battery capacity kWh 363/423/525<br />
Charging technology plug-in/pant.<br />
Ebusco 2.2 - 12,9m LE<br />
Length mm 12,900<br />
Passenger capacity n. 85<br />
Motor / kW ZF / 250<br />
Battery type<br />
LFP<br />
Battery capacity kWh 363/423/525<br />
Charging technology plug-in/pant.<br />
Ebusco 2.2 - 13.5 m LE<br />
Length mm 13,500<br />
Passenger capacity n. 78<br />
Motor / kW ZF / 250<br />
Battery type<br />
LFP<br />
Battery capacity kWh 363/423/525<br />
Charging technology plug-in/pant.<br />
lighTram 19/25 DC<br />
Length mm 18,750 / 24,750<br />
Passenger capacity n. 155 / 224<br />
Motor / kW TSA / -<br />
Battery type -<br />
Battery capacity max kWh 45<br />
Charging technology pantograph<br />
HEULIEZ<br />
52<br />
©<strong>2023</strong> Cummins Inc.
PORTFOLIO<br />
GX 137C Elec<br />
Length mm 9,510<br />
Passenger capacity n. 69<br />
Motor / kW BAE Systems / 160<br />
Battery type Forsee Power NMC<br />
Battery capacity max kWh 245<br />
Charging technology plug-in<br />
ALL THE ELECTRIC <strong>BUS</strong> MODELS ON THE EUROPEAN MARKETS.<br />
BATTERY-ELECTRIC / HYBRID / FUEL CELL / IMC TROLLEY<strong>BUS</strong>ES<br />
E-WAY Full Electric 12<br />
Length mm 12,060<br />
Passenger seats n. 24/26<br />
Motor type / kW Synchr. / 190<br />
Battery type<br />
LTO/NMC<br />
Battery capacity max kWh 385/88<br />
Charging technology plug-in / pant.<br />
K-CHARGER<br />
GX 137L Elec<br />
Length mm 10,700<br />
Passenger capacity n. 90<br />
Motor / kW BAE Systems / 160<br />
Battery type Forsee Power NMC<br />
Battery capacity max kWh 350<br />
Charging technology plug-in<br />
GX 337 Elec<br />
Length mm 11,860<br />
Passenger capacity n. 100<br />
Motor / kW BAE Systems / 190<br />
Battery Forsee Power LTO / NMC<br />
Battery capacity max kWh 88 / 350<br />
Charging technology plug-in / pant.<br />
Azure<br />
Length mm 12,000<br />
Passenger capacity n. 86<br />
Motor / kW Prestolite MD130D / -<br />
Battery type<br />
CATL / LFP<br />
Battery capacity kWh 355<br />
Charging technology plug-in<br />
IIA<br />
E-WAY Full Electric 18<br />
Length mm 17,970<br />
Passenger seats n. 42<br />
Motor type / kW Synchr. / 190<br />
Battery type<br />
LTO<br />
Battery capacity max kWh 250<br />
Charging technology plug-in / pant.<br />
C<br />
M<br />
Y<br />
CM<br />
CM<br />
MY<br />
MY<br />
Rail-Station<br />
GX 437 Elec<br />
Length mm 17,970<br />
Passenger seats n. 17<br />
Motor / kW BAE Systems / 200<br />
Battery Forsee Power LTO/NMC<br />
Battery capacity max kWh 350<br />
Charging technology plug-in / pant.<br />
HIGER<br />
Citymood 12e<br />
Length mm 12,100<br />
Passenger capacity n. 80<br />
Motor / kW Siemens 1DB2016 / 230<br />
Battery type Akasol / NMC<br />
Battery capacity max. kWh 330<br />
Charging technology plug-in<br />
IVECO <strong>BUS</strong><br />
Crealis In-Motion-Charging<br />
Length mm 18,559<br />
Passenger seats n. 35<br />
Motor / kW - / 250<br />
Battery type<br />
LMP<br />
Battery capacity max kWh -<br />
Charging technology IMC<br />
CY<br />
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Steed<br />
Length mm 8,500<br />
Passenger capacity n. 48<br />
Motor / kW -<br />
Battery type<br />
CATL / LFP<br />
Battery capacity kWh 174 / 210<br />
Charging technology plug-in<br />
E-WAY Full Electric 9.5<br />
Length mm 9,510<br />
Passenger seats n. 16<br />
Motor / kW BAE Systems /160<br />
Battery type<br />
NMC<br />
Battery capacity max kWh 210<br />
Charging technology plug-in<br />
Urbanway Hybrid 12/18<br />
Length mm 12,000 / 17,910<br />
Passenger seats n. 36/49<br />
Motor / kW BAE / 140 - 200<br />
Battery type<br />
NMC<br />
Battery capacity max kWh 32<br />
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54
PORTFOLIO<br />
IRIZAR E-MOBILITY<br />
ALL THE ELECTRIC <strong>BUS</strong> MODELS ON THE EUROPEAN MARKETS.<br />
BATTERY-ELECTRIC / HYBRID / FUEL CELL / IMC TROLLEY<strong>BUS</strong>ES<br />
Novociti Volt<br />
Length mm 7,957<br />
Passenger capacity n. 48<br />
Motor / kW TM4 Sumo MD / 255<br />
Battery type<br />
CATL / LFP<br />
Battery capacity kWh 211 - 269<br />
Charging technology plug-in<br />
KARSAN<br />
Battery capacity max kWh 449<br />
Charging technology plug-in<br />
KING LONG<br />
CLOUD-BASED<br />
ADVANCED BATTERY ANALYTICS<br />
Maximize available battery capacity<br />
Prevent thermal runaway<br />
ie bus 10,8/12<br />
Length mm 10,850 / 12,160<br />
Passenger capacity n. 76 / 95<br />
Motor / output kW Irizar / 180<br />
Battery type<br />
Lithium-ion<br />
Battery capacity max kWh 350<br />
Charging technology plug-in/pant.<br />
ie bus 15/18<br />
Length mm 14,980 / 18,730<br />
Passenger capacity n. 1<strong>05</strong> / 155<br />
Motor / kW Irizar / 235<br />
Battery type<br />
Lithium-ion<br />
Battery capacity max kWh 525<br />
Charging technology plug-in/pant.<br />
e-Jest<br />
Length mm 5,845<br />
Passenger capacity n. 25<br />
Motor / kW BMW / 125<br />
Battery type BMW / Lithium-ion<br />
Battery capacity max kWh 88<br />
Charging technology plug-in<br />
Pev 10/12<br />
Length mm 10,500/11,980<br />
Passenger n. -/-<br />
Motor / kW -/-<br />
Battery type<br />
LFP<br />
Battery capacity max kWh 326/350<br />
Charging technology plug-in<br />
ie tram 12/18<br />
Length mm 12,165 / 18,730<br />
Passenger capacity n. 99 / 155<br />
Motor / kW Irizar / 190-235<br />
Battery type<br />
Lithium-ion<br />
Battery capacity max kWh 350/525<br />
Charging technology plug-in/pant.<br />
e-Atak<br />
Length mm 8,315<br />
Passenger capacity n. 52<br />
Motor / kW TM4 / 230<br />
Battery type BMW / Lithium-ion<br />
Battery capacity max kWh 220<br />
Charging technology plug-in<br />
E10/12 Hybrid<br />
Length mm 10,500/12,200<br />
Passenger capacity n. 66/83<br />
Electric motor Green Control System<br />
Battery type -<br />
Battery capacity max kWh -<br />
Diesel engine/kW Cummins / 290<br />
MAN<br />
Performance indicators<br />
Safety Indicators<br />
Predictive alarm log<br />
ISUZU<br />
56<br />
e-ATA 12<br />
Length mm 12,220<br />
Passenger capacity n. 89<br />
Motor / kW ZF AxTrax / 250<br />
Battery type<br />
LFP<br />
Lion’s City E 12/18<br />
Length mm 12,185 / 18,060<br />
Passenger capacity n. 85 / 120<br />
Motor / kW Traton / 270 - 540<br />
Battery type<br />
Lithium-ion<br />
Battery capacity max kWh 480/640<br />
Charging technology plug-in<br />
www.powerup-technology.com
PORTFOLIO<br />
ALL THE ELECTRIC <strong>BUS</strong> MODELS ON THE EUROPEAN MARKETS.<br />
BATTERY-ELECTRIC / HYBRID / FUEL CELL / IMC TROLLEY<strong>BUS</strong>ES<br />
Battery type -<br />
Battery capacity max kWh -<br />
Diesel engine type/kW OM 936/300<br />
OTOKAR<br />
Motor / kW Dana TM4 / 245<br />
Battery type<br />
CATL / LFP<br />
Batt. capacity max kWh 242 to 424<br />
Charging technology plug-in<br />
RAMPINI<br />
Lion’s City 12*/18* hybrid<br />
Length mm 12,185/18,060<br />
Passenger capacity n. 101/140<br />
Electric motor / kW MAN/12<br />
Battery type -<br />
Battery capacity max kWh -<br />
Diesel engine/kW MAN D15/243-265<br />
*available with CNG engine<br />
MERCEDES<br />
e-Centro C<br />
Length mm 6,6<strong>05</strong><br />
Passenger capacity n. 32<br />
Motor / kW Dana TM4 / 2<strong>05</strong><br />
Battery type<br />
Svolt / NMC<br />
Battery capacity kWh 110<br />
Charging technology plug-in<br />
Sixtron/Eltron/Hydron<br />
Length mm 6,110 / 8,000 / 8,000<br />
Passenger capacity n. 34 / 48 / 48<br />
Motor / kW Siemens - 122/235/235<br />
Battery type Rampini / LFP<br />
Batt. capacity max kWh 170/281/173<br />
Fuel cell module / kW no / no / 30<br />
Charging technology plug-in / pant.<br />
btdsadv.com<br />
SAFRA<br />
eCitaro 12/18<br />
Length mm 12,135 / 18,125<br />
Passenger capacity n. 80* / 136*<br />
Motor / kW ZF AxTrax / 250<br />
Battery type Akasol / NMC**<br />
Battery capacity max kWh 396 / 441<br />
Charging technology plug-in<br />
*with max battery capacity<br />
**optionally available with Blue Solutions<br />
LMP batteries (max 441 kWh)<br />
e-Kent C<br />
Length mm 12,000<br />
Passenger capacity n. 95<br />
Motor / kW Voith / 410<br />
Battery type Webasto / NMC<br />
Battery capacity kWh 210 - 280 - 350<br />
Charging technology plug-in<br />
QUANTRON<br />
Hycity<br />
Length mm 11,857<br />
Passenger capacity n. +100<br />
Motor / kW ZF AxTrax / 250<br />
Fuel cell module / kW Symbio / 45<br />
Battery Microvast / NMC / 130 kWh<br />
SCANIA<br />
Drive the<br />
58<br />
Citaro Hybrid 12/18<br />
Length mm 12,185 / 18,060<br />
Passenger n. 101 / 140<br />
Electric motor type -<br />
Cizaris 12 EV<br />
Length mm 12,180<br />
Passenger capacity n. 81 to 95<br />
road of change<br />
IVECO <strong>BUS</strong> is always by your side, with a complete range<br />
of innovative products and services covering the whole energy mix<br />
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PORTFOLIO<br />
ALL THE ELECTRIC <strong>BUS</strong> MODELS ON THE EUROPEAN MARKETS.<br />
BATTERY-ELECTRIC / HYBRID / FUEL CELL / IMC TROLLEY<strong>BUS</strong>ES<br />
Citywide BEV<br />
Length mm 12,000<br />
Passenger capacity n. 80<br />
Motor / kW PM / 300<br />
Battery type<br />
Lithium ion<br />
Battery capacity max kWh 250<br />
Charging tech. plug-in / pant.<br />
Citywide Hybrid<br />
Length mm 12,0<strong>05</strong> / 14,900<br />
Passenger seats max n. 37 / 49<br />
Electric motor output kW 150<br />
Diesel eng./hp Scania DC09/280-320<br />
Battery type -<br />
Battery capacity kWh -<br />
SKODA<br />
Skoda E’City / H’city<br />
Length mm 12,020<br />
Passenger capacity n. 80 / 85<br />
Motor / kW - / 160<br />
Battery type -<br />
Battery capacity max kWh -<br />
Fuel cell module / kW no / -<br />
Charging technology plug-in<br />
Urbino electric 9 LE*/12<br />
Length mm 9,270 / 12,000<br />
Passenger seats max n. 31 / 38<br />
Motor ZF AxTrax-TSA / 220-250-160<br />
Battery type<br />
LTO / NMC<br />
Battery capacity max kWh 350 / 395<br />
Charging technology plug-in/pant.<br />
*can be homologated also in Class II<br />
Urbino electric 15 LE*<br />
Length mm 14,890<br />
Passenger seats max n. 65<br />
Motor Central asynchronous / 300<br />
Battery type<br />
LTO / NMC<br />
Battery capacity max kWh 470<br />
Charging technology plug-in/pant.<br />
*can be homologated also in Class II<br />
Urbino electric 18/24<br />
Length mm 18,000 / 24,700<br />
Passenger seats max n. 48 / 69<br />
Motor<br />
ZF AxTrax / TSA<br />
Battery type<br />
LTO / NMC<br />
Battery capacity kWh 203/350/553<br />
Charging technology plug-in/pant.<br />
Urbino hybrid 12/18<br />
Length mm 12,000 / 18,000<br />
Seated max n. 37 / 49<br />
Electric motor / kW central/120-200<br />
Diesel engine / hp Cummins / 120<br />
Battery type<br />
Supercap<br />
Battery capacity kWh 0.82<br />
Trollino<br />
Length mm 12,000/18,000/24,000<br />
Passenger seats max n. 39/53/69<br />
Motor / kW TSA-Skoda / 160-250<br />
Battery type<br />
Solaris LTO<br />
Battery capacity kWh 30-90<br />
Charging technologies Pant. / IMC<br />
TEMSA<br />
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WHAT CAN YOU EXPECT?<br />
EXHIBITION HIGHLIGTHS<br />
380<br />
Exhibitors<br />
15,000<br />
Exhibition visitors<br />
40,000 m²<br />
Exhibition space<br />
100<br />
Press/media<br />
representatives<br />
Sparkling<br />
E-Poster<br />
Start-Up Zone<br />
Sessions<br />
Spotlight Forum<br />
Innovation<br />
Sessions<br />
Guided Tours<br />
SOLARIS<br />
60<br />
Urbino 12 hydrogen<br />
Length mm 12,000<br />
Passenger seats max n. 37<br />
Motor / kW ZF AxTrax / 250<br />
Fuel cell module<br />
Ballard<br />
Fuel cell module power kW 70<br />
Battery High Power / 30 kWh<br />
Hydrogen capacity kg 5 x 37,5<br />
Avenue Electron<br />
Length mm 12,095<br />
Passenger seats n. 35<br />
Motor / kW TM4 Sumo / 250<br />
Battery type<br />
NMC<br />
Battery capacity kWh 240 - 300 - 360<br />
Charging technology plug-in<br />
Local Partners<br />
REGISTER NOW AND JOIN US IN BARCELONA<br />
Register at<br />
www.uitpsummit.org
PORTFOLIO<br />
ALL THE ELECTRIC <strong>BUS</strong> MODELS ON THE EUROPEAN MARKETS.<br />
BATTERY-ELECTRIC / HYBRID / FUEL CELL / IMC TROLLEY<strong>BUS</strong>ES<br />
Fuel cell Ballard FC Velocity HD 100<br />
Battery capacity max kWh 36<br />
Hydrogen capacity l/kg 1,600 / 38.5<br />
62<br />
MD9 electriCITY<br />
Length mm 9,496<br />
Passenger seats n. 26<br />
Motor / kW<br />
TM4/250<br />
Battery type<br />
NMC<br />
Battery capacity max kWh 200<br />
Charging technology plug-in<br />
VAN HOOL<br />
A330 Fuel Cell 6W<br />
Length mm 11,995<br />
Passenger capacity n. 78<br />
Motor type 1/kW Siemens PEM2016/ 160<br />
Motor type 2/kW Siemens PEM2016/ 210<br />
Fuel cell Ballard FC Velocity HD 85<br />
Battery capacity max kWh 24 / 36<br />
Hydrogen capacity l/kg 1,600/ 38.5<br />
Fuel Cell 8W<br />
Length mm 13,155<br />
Passenger seats n. 41<br />
Motor / kW Siemens PEM2022/210<br />
Fuel cell Ballard FC Velocity HD 85 - 100<br />
Battery capacity max kWh 24 / 36<br />
Hydrogen capacity l/kg 1.600 / 38.5<br />
Exqui.City 18 Fuel Cell<br />
Length mm 18,230<br />
Passenger capacity n. 125<br />
Motor type 1/kW Siemens PEM2016/ 160<br />
Motor type 2/kW Siemens PEM2022/ 210<br />
A309 diesel-hybrid<br />
Length mm 9,990<br />
Passenger seats n. 21<br />
Electric motor Siemens 1DB2016B06<br />
Battery supplier<br />
Actia<br />
Battery capacity max kWh 24<br />
Diesel engine/kW Cummins ISB 4,5/157<br />
Exqui.City18 diesel-hybrid<br />
Length mm 18,610<br />
Passenger capacity n. 42<br />
Motor type 1/kW Siemens PEM2016/ 160<br />
Motor type 2/kW Siemens PEM2022/ 210<br />
Battery supplier<br />
Actia<br />
Battery capacity max kWh 24 / 36<br />
Diesel eng./kW Cummins ISB 6.7/209<br />
Exqui.City24 diesel-hybrid<br />
Length mm 23,820<br />
Passenger capacity n. 61<br />
Electric motor / kW Siemens PEM/ 2x160<br />
Battery supplier<br />
Actia<br />
Battery capacity max kWh 2x24/36<br />
Diesel eng./kW Cummins ISB 6.7/209<br />
Exqui.City24 CNG-hybrid<br />
Length mm 23,820<br />
Passenger capacity n. 60<br />
Electric motor/kW Siemens PEM/2x160<br />
Battery supplier<br />
Actia<br />
Battery capacity max kWh 36<br />
Engine / kW FPT CNG / 221<br />
Exqui.City18 Trolley<br />
Length mm 18,610<br />
Passenger seats n. 41<br />
Motor type/kW 2x Kiepe TSA TMF/160<br />
Battery type<br />
Kiepe<br />
Battery capacity max kWh 2x15<br />
Pantograph<br />
Kiepe<br />
Exqui.City24 Trolley<br />
Length mm 23,820<br />
Passenger seats n. 51<br />
Motor type/kW 2xKiepe TSA TMF/160<br />
Battery type<br />
Kiepe<br />
Battery capacity max kWh 2x20<br />
Pantograph<br />
Kiepe<br />
VDL<br />
Citea new gen. LF-122 / LE-122<br />
Length mm 12,200<br />
Passenger capacity n. 110 / 1<strong>05</strong><br />
Motor/kW ZF AxTrax / 250<br />
Battery type<br />
NMC<br />
Battery capacity max kWh 490<br />
Charging technology plug-in/pant.<br />
Citea new gen. LE-135 / LE-149<br />
Length mm 13,500 / 14,900<br />
Passenger capacity n. 89 / 138<br />
Motor/kW ZF AxTrax / 250<br />
Battery type<br />
NMC<br />
Battery capacity max kWh 552 / 674<br />
Charging technology plug-in/pant.
PORTFOLIO<br />
ALL THE ELECTRIC <strong>BUS</strong> MODELS ON THE EUROPEAN MARKETS.<br />
BATTERY-ELECTRIC / HYBRID / FUEL CELL / IMC TROLLEY<strong>BUS</strong>ES<br />
Citea new gen. LE-181<br />
Length mm 18,100<br />
Passenger capacity n. 153<br />
Motor/kW ZF AxTrax / 250<br />
Battery type<br />
NMC<br />
Battery capacity max kWh 674<br />
Charging technology plug-in/pant.<br />
Citea SLFA-180/181/187 Elec.<br />
Length mm 18,000 / 18,150 / 18,750<br />
Passenger capacity n. 130/130/125<br />
Motor/kW Siemens 1DB2022/240<br />
Battery type -<br />
Battery capacity standard kWh 216<br />
Charging technology plug-in/pant.<br />
VOLVO<br />
7900 Electric Hybrid<br />
Length mm 12,000<br />
Passenger capacity n. 98<br />
Electric motor / kW Volvo / 200<br />
Battery type<br />
Lithium-ion<br />
Battery capacity max kWh 19<br />
Charging technology Oppcharge<br />
Diesel engine/hp Volvo D5/24<br />
Citea SLF-120 Electric<br />
Length mm 12,456<br />
Passenger capacity n. 55<br />
Motor/kW Siemens 1DB2016/160<br />
Battery type -<br />
Battery capacity standard kWh 216<br />
Charging technology plug-in/pant.<br />
Citea SLE-120/129 Electric<br />
Length mm 12,000 / 12,900<br />
Passenger capacity n. 80 / 75<br />
Motor/kW Siemens 1DB2016/160<br />
Battery type -<br />
Battery capacity standard kWh 216<br />
Charging technology plug-in/pant.<br />
Citea LLE-99/115 Electric<br />
Length mm 9,950 / 11,500<br />
Passenger capacity n. 62 / 65<br />
Motor/kW Siemens 1DB2016/160<br />
Battery type -<br />
Battery capacity standard kWh 216<br />
Charging technology plug-in/pant.<br />
7900 Electric<br />
Length mm 12,000<br />
Passenger capacity n. 98<br />
Motor / kW Volvo / 200<br />
Battery type<br />
Lithium-ion<br />
Battery capacity kWh 150/200/250<br />
Charging technology plug-in/pant.<br />
7900 Electric Articulated<br />
Length mm 18,000/ 18,700<br />
Passenger capacity n. 150<br />
Motor / kW Volvo / 2 x 200<br />
Battery type<br />
Lithium-ion<br />
Battery capacity kWh 250/300<br />
Charging technology plug-in/pant.<br />
7900 Hybrid<br />
Length mm 10,600/12,000<br />
Passenger capacity n. 90<br />
Electric motor / kW Volvo / 110<br />
Battery type<br />
Lithium-ion<br />
Battery capacity max kWh 9<br />
Diesel engine/hp Volvo D5/240<br />
7900 Hybrid Articulated<br />
Length mm 18,000 / 18,700<br />
Passenger capacity n. 100 / 154<br />
Electric motor / kW Volvo / 130<br />
Battery type<br />
Lithium-ion<br />
APRIL <strong>2023</strong><br />
MAY <strong>2023</strong><br />
NOVEMBER <strong>2023</strong><br />
1° webinar<br />
EU policy framework & transition to<br />
zero emission COMMERCIAL VEHICLES<br />
2° webinar<br />
Electrification of public transport<br />
fleets in the Americas.<br />
Best practices | Targets | Challenges<br />
3° webinar<br />
End of public transport as we know it?<br />
On-demand transportation | autonomous<br />
driving | MaaS<br />
Battery capacity max kWh 8/9<br />
64<br />
Charging Oppcharge / CCS<br />
Diesel engine/hp Volvo D5/240<br />
<strong>2023</strong>
PORTFOLIO<br />
SUPPLEMENT<br />
YUTONG<br />
StreetDeck Hydroliner FCEV<br />
Length mm 10,900<br />
Passenger capacity n. 86<br />
Motor / kW<br />
Voith VEDS<br />
Fuel cell module<br />
Ballard<br />
Fuel cell module power kW -<br />
Battery Forsee Power / NMC<br />
Battery capacity kWh 48<br />
Mobility, smart city<br />
Culture, technology and market of<br />
low and zero emission buses<br />
Established 1991<br />
Editor in chief<br />
Stefano Agnellini<br />
Managing editor<br />
Riccardo Schiavo<br />
Editorial staff<br />
Fabio Butturi, Ornella Cavalli,<br />
Alberto Gimmelli, Fabrizio Dalle Nogare,<br />
Stefano Eliseo, Fabio Franchini,<br />
Cristina Scuteri, Luca Vitali<br />
Layout & graphics<br />
Marco Zanusso (manager)<br />
Making Europe greener<br />
Hydrogen capacity kg 27 (1,120 l)<br />
Editorial management<br />
Fabio Zammaretti<br />
E12<br />
Length mm 12,170<br />
Passenger capacity n. 73<br />
Motor/kW Yutong YTM280-CV9-H/350<br />
Battery supplier<br />
CATL<br />
Battery capacity max kWh 422<br />
Charging technology plug-in<br />
StreetDeck Electroliner BEV<br />
Length mm 10,900<br />
Passenger seats n. 95<br />
Motor / kW<br />
Voith VEDS<br />
Battery Forsee Power / NMC<br />
Battery capacity kWh 340 - 454<br />
Charging technology plug-in.<br />
Printing<br />
Industrie Grafiche RGM srl,<br />
Rozzano (Mi)<br />
Milano City Court Authorization<br />
n. 860 – December 18th 1987 National<br />
Press Register n. 4596 – April 20th 1994<br />
Poste Italiane Inc. – Mail subscription<br />
D.L. 353/2003 (mod. in L. 27/02/2004 n°<br />
46) Art. 1, subsection 1, LO/MI<br />
VADO E TORNO<br />
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e-mail: pubblicita@vadoetornoedizioni.it<br />
Head of Sales<br />
Luca Brusegani<br />
Yutong ICe12 (coach)<br />
Length mm 12,465<br />
Passenger capacity n. 49/59<br />
Motor/kW Yutong TZ368XSYTB38/350<br />
Battery type<br />
CATL<br />
Battery capacity max kWh 422<br />
Charging technology plug-in<br />
WRIGHT<strong>BUS</strong><br />
GB Kite Hydroliner FCEV<br />
Length mm 12,000<br />
Passenger capacity n. 90<br />
Motor / kW<br />
Voith VEDS<br />
Fuel cell module Ballard FC Move<br />
Fuel cell module power kW 70 - 100<br />
Battery Forsee Power / NMC<br />
Battery capacity kWh 30 - 45<br />
Hydrogen capacity kg 35 - 50<br />
GB Kite Electroliner BEV<br />
Length mm 12,000<br />
Passenger seats n. 90<br />
Motor / kW<br />
Voith VEDS<br />
Battery Forsee Power / NMC<br />
Battery capacity kWh 340 - 454 - 567<br />
Charging technology plug-in.<br />
Sales agents<br />
Roberto Menchinelli (Roma)<br />
Maurizio Candia<br />
Angelo De Luca<br />
Emanuele Tramaglino<br />
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Copyright <strong>2023</strong> Vado e Torno Edizioni<br />
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Zero emission vehicles<br />
In house battery manufacturing<br />
Pioneering in autonomous driving<br />
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66