BACnet & BMS Journal India – Issue 1
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<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong><br />
<strong>Issue</strong> 1 | April 2019<br />
Mumbai<br />
April 25 <strong>–</strong> 27, 2019<br />
5 th Smart Cities<br />
<strong>India</strong> 2019 Expo<br />
Developing Smart Cities<br />
for our citizens<br />
May<br />
22 <strong>–</strong> 24,<br />
2019<br />
22 23 24 May 2019<br />
Pragati Maidan, New Delhi<br />
<strong>India</strong> is one of the fastest growing economies in the world. Investment planned<br />
across the key government initiatives includes Highways <strong>–</strong> USD 106.5 bn,<br />
Railways <strong>–</strong> USD 131.7 bn, Ports <strong>–</strong> USD 61.5 bn, Airports <strong>–</strong> USD 58 bn, Industrial<br />
Corridors <strong>–</strong> USD 100 bn, Smart Cities <strong>–</strong> USD 14.6 bn and Clean <strong>India</strong> - USD 29 bn<br />
September 25 <strong>–</strong> 28, 2019<br />
Buildings<br />
by upto 50% and reduce<br />
• Home automation / IoT:<br />
construction time by<br />
The Home automation<br />
50% from inception to<br />
market is expected to<br />
completion.<br />
cross USD 4.43 billion by • Green Building Solutions:<br />
2022<br />
Buildings are responsible<br />
• Building Intelligence<br />
for a huge share of energy,<br />
Monitoring (BIM): Smart<br />
electricity, water and<br />
Buildings optimize<br />
materials consumption.<br />
utilization, support<br />
The building sector has<br />
green standards and<br />
the greatest potential to<br />
control operating costs.<br />
deliver significant cuts in<br />
Implementation of<br />
emissions at little or no<br />
BIM technologies and<br />
cost. Buildings account for<br />
workflows in Architectural,<br />
18% of global emissions<br />
engineering, construction<br />
today, or the equivalent<br />
and facility operations<br />
of 9 billion tonnes of CO2<br />
(AECO) can reduce costs of<br />
annually<br />
construction and lifecycle<br />
costs by upto 50%, reduce Water & Sanitation<br />
greenhouse gas emission • Water monitoring: Surface<br />
and ground water can<br />
be affected by land use,<br />
agricultural practices,<br />
pollution and climate<br />
change. Monitoring and<br />
treatment of water is<br />
essential since public<br />
health may be jeopardized<br />
if surface water is<br />
contaminated.<br />
• Water Metering / billing:<br />
Smart water metering,<br />
communication networks<br />
and analytics will increase<br />
such that by 2020<br />
over US$200m will be<br />
channeled to address the<br />
country’s water sector.<br />
• Water ATMS: There are<br />
66,093 rural habitations<br />
in <strong>India</strong> where the<br />
drinking-water source is<br />
contaminated with either<br />
one or more chemicals,<br />
such as arsenic, fluoride,<br />
nitrate, iron and salinity.<br />
Water ATMs provide safe<br />
drinking water in urban and<br />
rural areas.<br />
• Solid Waste Management:<br />
Onsite handling, waste<br />
collection, waste transfer<br />
and transport, waste<br />
processing, recovery and<br />
disposal are key solutions.<br />
Management programs,<br />
technologies including<br />
smart bins, waste to<br />
energy techniques are<br />
being used by smart cities<br />
and municipalities.<br />
• Toilets: 3 lakh plus<br />
public toilets have been<br />
constructed from 2015<br />
onwards under Swach<br />
Bharat Urban.<br />
© snehit: Smart buildings in Mumbai, <strong>India</strong><br />
H. Michael Newman<br />
SAUTER<br />
SIERRA ODC<br />
INBAC<br />
Glimpse into Efficient<br />
Building Solutions<br />
SLK Green Park Campus<br />
in Bangalore <strong>–</strong> A New<br />
Standard for <strong>BACnet</strong> in<br />
<strong>India</strong><br />
Smart Facility Management<br />
Solutions for Smart Buildings/<br />
Facilities<br />
Initiative for Open Systems<br />
Building Automation in <strong>India</strong><br />
3 7 8 17
5 8 16<br />
Preface<br />
Glimpse into Efficient Building Solutions 3<br />
Solutions<br />
<strong>BACnet</strong>/IP the “Tool” from Engineering to Project Management 4<br />
Penn State University’s Ready to Scale with 5<br />
Visual <strong>BACnet</strong> Site Monitoring<br />
A New Standard for <strong>BACnet</strong> in <strong>India</strong> 7<br />
Smart Facility Management Solutions for Smart 8<br />
Buildings/Facilities<br />
<strong>BACnet</strong> Insight<br />
Full Steam Ahead for Cross-System Communication 10<br />
ASHRAE SSPC 135 Meetings: <strong>BACnet</strong> Secure Connect, 11<br />
Semantic Tagging<br />
Products<br />
Energy Valve One Optimized Complete 12<br />
Solution <strong>–</strong> Cloud-based<br />
Connect Air-Conditioning to <strong>BACnet</strong> 13<br />
Combining High Performance with IoT Architecture: modulo 6 13<br />
How to Improve Health and Save Energy with CO 2 Monitoring 14<br />
Providing full Range of Solutions, Products & Services 14<br />
Around <strong>BACnet</strong> and B-IoT<br />
Metasys ® 10.0 Redefines Modern Building Management 15<br />
<strong>BACnet</strong> Global<br />
<strong>BACnet</strong> Paves the Way to CO 2 Neutrality 16<br />
<strong>India</strong> <strong>–</strong> A Fertile Ground for Innovations and Growth … 17<br />
Calendar of <strong>BACnet</strong> Events / Editorial Notes 18<br />
Cover photo © snehit: Smart buildings in Mumbai, <strong>India</strong><br />
2<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19
Preface<br />
Glimpse into Efficient<br />
Building Solutions<br />
Dear Readers,<br />
The <strong>India</strong>n building automation market is rapidly expanding and is<br />
expected to grow at a Compound Annual Growth Rate (CAGR) of more<br />
than 12% by 2023. With an increase in demand for smart buildings<br />
in the residential and industrial sector on the one hand and a<br />
push by the government for green energy-efficient initiatives like the<br />
100 Smart Cities Mission on the other, the <strong>India</strong>n building automation<br />
sector is brimming with innovation and opportunity.<br />
In such times, standardization in building automation and especially the<br />
application of the <strong>BACnet</strong> standards can play an instrumental role in<br />
implementing efficient building solutions. <strong>BACnet</strong> has a long association<br />
with <strong>India</strong>. Softdel, for example, with its <strong>BACnet</strong> conformance testing<br />
activities, has been an active <strong>BACnet</strong> hub in Pune for years. More recently,<br />
applications of standardization and interoperability to create green<br />
buildings, such as the world’s second-highest-ranking green building<br />
by SIERRA that you will read about further in this journal, represent the<br />
tremendous possibilities standardization offers towards building<br />
sustainable solutions and cities. The intention of this first <strong>BACnet</strong> & <strong>BMS</strong><br />
<strong>Journal</strong> <strong>India</strong> is to provide a platform to showcase and communicate<br />
success stories, product presentations, developments in standardization<br />
and news from the world of <strong>BACnet</strong> and building management systems.<br />
Being published right before the World Build <strong>India</strong> 2019 trade fair to be<br />
held in Mumbai, this journal is a glimpse into the current state of affairs in<br />
this increasingly dynamic building automation sector.<br />
Enjoy reading!<br />
H. Michael Newman<br />
Creator of the <strong>BACnet</strong> standard and<br />
Original chairman of the ASHRAE <strong>BACnet</strong> committee<br />
BIG-EU<br />
Plugfest<br />
2019<br />
State of the Art Test<br />
Environment at <strong>BACnet</strong><br />
Plugfest 2019<br />
Never before have open communication<br />
tests for interoperable building automation<br />
taken place in such an environment. For<br />
software developers and product managers<br />
from the smart building industry, the Information<br />
Security Hub (ISH) at Munich Airport<br />
from May 22<strong>–</strong>24 will be a meeting place for<br />
participants from all over the globe. From<br />
the large number of tests at the <strong>BACnet</strong> Plugfest<br />
2019, investments in the <strong>BACnet</strong> standard will<br />
be secured from a wide range of manufacturers.<br />
• Interoperability testing in a cutting-edge test<br />
environment at the ISH lab<br />
• Developer presentations on current developments<br />
in standardization and certification<br />
• Optional IT security testing of the devices<br />
provided for the Plugfest in the ISH<br />
community, organized by ISH<br />
More information: www.bacnetplugfest.org<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19 3
Solutions<br />
<strong>BACnet</strong>/IP the “Tool” from Engineering to<br />
Project Management<br />
Principal, Santiago International Airport.<br />
© Beckhoff<br />
Santiago International Airport obtains the<br />
benefits of using <strong>BACnet</strong> and Beckhoff<br />
technologies in the new extension of their<br />
facilities.<br />
The new terminal extension project for Santiago<br />
International Airport will allow the use of 67<br />
new boarding gates along 294.000 m² of total<br />
area. The number of passengers will increase<br />
significantly by more than 10% every year, with<br />
a total of 21 million transit movements recorded<br />
for the last year. The scope of the control extension<br />
project covers the main facility systems,<br />
including HVAC, lighting, energy management,<br />
elevators/escalators, platform illumination,<br />
towers and third-party integrations such as<br />
water storage alarm systems and passenger<br />
gangways.<br />
The project demands not only the collection of<br />
field data, the PLC will have a logic control to<br />
ensure the correct operation of the different<br />
physical devices and sensors installed in the new<br />
terminals of the airport. As a mandatory project<br />
requirement, the system had to be created<br />
following a philosophy oriented to real open<br />
systems, so it was decided to use <strong>BACnet</strong> as a<br />
control system development standard.<br />
The complete solution to cover all aspects<br />
mentioned above, was created using a total of<br />
more than 300 PLCs distributed throughout the<br />
newly developed surface. 23 Beckhoff CX5010<br />
as main data concentrators and 57 CX9020 with<br />
233 CX8091 systems were installed to collect<br />
field information.<br />
The complete I/O list includes more than 10.000<br />
signals, processed by Beckhoff PLCs, creating an<br />
object hierarchy that enables a communication<br />
and sharing information through the use of the<br />
physical <strong>BACnet</strong> network.<br />
4<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19
Solutions<br />
Many of the systems installed, allows for a<br />
direct integration using <strong>BACnet</strong>, reducing<br />
additional engineering costs. Collecting the<br />
different objects inside the device becomes a<br />
simple task using device discovery. The main<br />
brands involved in project were Sodeca, Carrier<br />
and others.<br />
Using <strong>BACnet</strong> for the<br />
entire installation meets<br />
the final customer<br />
demands, positively<br />
impacting in less maintenance<br />
resources. The<br />
responsible staff for the<br />
design and engineering<br />
will also carry out the<br />
maintenance of the<br />
system for the next<br />
15 years. The experience<br />
gained during the engineering with<br />
<strong>BACnet</strong> will facilitate the tasks mentioned above.<br />
At the moment, the control development work is<br />
developing in time and cost, with an approximate<br />
opening of the first terminals during this year.<br />
Initial investment of 700 million dollars will<br />
ensure that Santiago International Airport will<br />
be one of the most important airports in South<br />
America, not only in terms of modernity, but in<br />
the use of a technology adapted to the present<br />
times and focused on the end-user.<br />
<strong>BACnet</strong> and Beckhoff as an engineering<br />
tool, working together to improve resources<br />
productivity.<br />
About the author<br />
Oliver Marcos is Business Development<br />
Manager of Automation & Control at AUDITEL,<br />
a global Technology, Engineering and Innovation<br />
company based in Madrid, Spain. AUDITEL<br />
realizes global projects in the aircraft and airport<br />
industry as well as infrastructure projects.<br />
<strong>BACnet</strong>/IP was used as an engineering tool from<br />
the engineering stage up to the maintenance<br />
management. As a guide of good practices,<br />
the premise of an object-oriented development<br />
indicated by the <strong>BACnet</strong> technology is reducing<br />
development time, costs and project risks.<br />
For a <strong>BACnet</strong> integrator the most important<br />
value is the possibility to deal with objects<br />
and not with signals.<br />
Oliver Marcos<br />
Business Development Manager of Automation & Control | Auditel <strong>–</strong> Engineering<br />
and Services<br />
oliver.marcos@auditel.es | www.auditel.es<br />
Penn State University’s Ready to Scale with<br />
Visual <strong>BACnet</strong> Site Monitoring<br />
University catches <strong>BACnet</strong> problems in real<br />
time and improves network health.<br />
Background<br />
When Tom Walker first started working at Penn State<br />
University four years ago, there were a lot of network<br />
issues. Buildings were dropping offline. Broadcast<br />
traffic was pushing 90,000 packets per hour. Walker<br />
was on the phone almost every single night because<br />
devices were down or had to be reset.<br />
The Old Main Building at Penn State University.<br />
© Wikimedia<br />
Walker and his team managed to reduce<br />
broadcast traffic over the years, from 90,000 down<br />
to about 30,000; but that took cobbling together<br />
a half-dozen different tools and two network<br />
integrity analysts dedicated to looking for anomalies.<br />
Now, they’re getting into the nitty-gritty of<br />
refining and maintaining network health <strong>–</strong> especially<br />
as the network continues expanding year over year.<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19 5
Solutions<br />
Visual <strong>BACnet</strong> Site Monitoring, the innovative solution from Optigo Networks.<br />
© Wikimedia<br />
Challenges<br />
Penn State currently has around 15,000<br />
devices, 200 servers, 300 buildings on campus,<br />
and another 160 buildings in the Commonwealth.<br />
Those numbers are increasing quickly,<br />
with ongoing construction and plans to<br />
double the device count to 30,000. This rapid<br />
expansion has introduced big broadcast traffic<br />
problems: because of one construction<br />
project, they were getting “30,000 packets per<br />
hour from just one single building,” says Walker.<br />
Those huge spikes in broadcast traffic were<br />
bringing devices and entire buildings down.<br />
They can’t stop construction. They can’t predict<br />
how changes will affect the network. It was clear<br />
they needed a powerful analytics program that<br />
could monitor, track changes, and alert them of<br />
any issues.<br />
Solution<br />
many changes, so much construction happening<br />
all at the same time. We needed something a<br />
little closer to real-time,” says Walker. “We<br />
needed something that can bring right up the<br />
top offenders.”<br />
With Visual <strong>BACnet</strong> Site Monitoring, Walker and<br />
his team are achieving real-time monitoring<br />
results with a single program. They get notified<br />
when anything changes in the network health.<br />
From there, they can pinpoint issues on the<br />
network, track what caused those problems,<br />
and quickly respond. <strong>BACnet</strong> Site Monitoring<br />
has highlighted problems they never could have<br />
caught on their own.<br />
“My colleague and I were on the phone almost<br />
every single night because something was<br />
down, something wasn’t communicating, had to<br />
be reset. We’ve taken that back down to where,<br />
we get a call maybe two or three times a month,<br />
if that. And a lot of that was going through<br />
and starting to analyze the traffic a lot deeper<br />
than we were before.” <strong>–</strong> Tom Walker, Network<br />
Administrator, Penn State University.<br />
Walker and his team originally purchased<br />
a Visual <strong>BACnet</strong> team account, but quickly<br />
found they needed more for their massive,<br />
unpredictable network. “We’re dealing with so<br />
Monica McMahen<br />
Marketing Manager | Optigo Networks<br />
monica@optigo.net | www.optigo.net<br />
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<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19
Solutions<br />
A New Standard for <strong>BACnet</strong> in <strong>India</strong><br />
The SLK Green Park Campus in Bangalore,<br />
opened in 2018, is one of the first buildings<br />
in <strong>India</strong> using <strong>BACnet</strong>/IP for the whole<br />
building management system including the<br />
room automation. It was implemented by<br />
Eneffen technologies, exclusive SAUTER<br />
Group partner in <strong>India</strong>.<br />
The impressive new SLK Green Park Campus<br />
sets a new standard for sustainability and<br />
building automation: SAUTER and Eneffen have<br />
commissioned to interconnect all Integrated<br />
Building Management Solutions (I<strong>BMS</strong>) via<br />
<strong>BACnet</strong>/IP. So far, <strong>BACnet</strong>/IP has never been<br />
used as the only standard communication<br />
protocol for the whole building automation in<br />
<strong>India</strong>.<br />
The SLK Green Park Campus with its complete constellation in <strong>BACnet</strong>/IP.<br />
The light management fully integrated into <strong>BACnet</strong>/IP.<br />
One system for all demands<br />
All HVAC systems at SLK Green Park<br />
Campus are now interconnected via<br />
SAUTER modulo 5, a fully configurable,<br />
modular system that can meet any demand<br />
of state-of-the-art building technology.<br />
Modulo 5 is entirely based on the open<br />
<strong>BACnet</strong>/IP communication protocol and<br />
allows a complete exchange of data for<br />
complex building management functions,<br />
including air conditioning with pin-point<br />
precision, alarm and fire protection functions<br />
as well as convenient room management,<br />
all integrated within a single system that is<br />
completely scalable.<br />
For SLK Green Park Campus, modulo 5<br />
includes the direct digital controls (DDC)<br />
to command the HVAC systems such as<br />
air handlers or electrical breakers, room<br />
automation controllers including lighting<br />
control or ventilation fans. All these elements<br />
are connected via native <strong>BACnet</strong>/IP.<br />
Various zone temperatures are monitored<br />
and adjusted using SAUTER’s ASV2 VAV<br />
controllers. On the field level, these VAVs<br />
communicate via <strong>BACnet</strong> MSTP and are<br />
routed to <strong>BACnet</strong>/IP.<br />
Integrated software for reporting and<br />
visualisation<br />
Other systems like chillers, variable speed<br />
drives, UPS, precision air handlers or electrical<br />
systems have been integrated via Modbus/<br />
RTU, converted to <strong>BACnet</strong>/IP and centralised to<br />
the main I<strong>BMS</strong> software called SAUTER Vision<br />
Center. This <strong>BACnet</strong>-certified software<br />
provides a comprehensive and user-friendly<br />
energy management dashboard and reporting<br />
system. SAUTER Vision Center reports<br />
various building parameters as well as data on<br />
energy consumption, temperature control, chiller<br />
performance, and many more.<br />
The powerful modulo 5 system manages to<br />
connect over 8000 data points to the I<strong>BMS</strong><br />
system over <strong>BACnet</strong>/IP, which significantly<br />
exceeds the average data volume processed by<br />
systems in <strong>India</strong>. Both modulo 5 and SAUTER<br />
Vision Center have recently been awarded the<br />
highest <strong>BACnet</strong> certificate.<br />
With SLK Green Park Campus, SAUTER and<br />
Eneffen Technologies have managed to position<br />
the SAUTER technology worldwide as a leader in<br />
building management and room automation. The<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19 7
Solutions<br />
The new SLK Green Park Campus in Bangalore.<br />
company, whose history and expertise spans<br />
over 100 years, combines a global outlook with<br />
regional ties, and a traditional approach with<br />
groundbreaking innovation.<br />
Nicolas Sautter<br />
Head of SAUTER Asia Pacific Competence Center | SAUTER Singapore<br />
nicolas.sautter@ch.sauter-bc.com | www.sauter-controls.com<br />
Smart Facility Management Solutions for<br />
Smart Buildings/Facilities<br />
It is never too late to imbibe new innovations<br />
and start a different working style. SIERRA<br />
ODC’s software development centre in<br />
Coimbatore, <strong>India</strong> called the “eFACiLiTY ®<br />
Building” is a Smart Building that has several<br />
innovative smart concepts implemented.<br />
This building got rated as theWorld’s 2nd and<br />
<strong>India</strong>’s highest ranking Green Building, certified<br />
under LEED NC v2009 rating system by U.S. Green<br />
Building Council. This is also one of the Smartest<br />
Buildings in the world and this was achieved<br />
by tightly integrating the CAFM (Computer<br />
Aided Facility Management) Software with the<br />
Building Management System (<strong>BMS</strong>/BAS).<br />
SIERRA used their own CAFM software<br />
eFACiLiTY ® integrating tightly with Honeywell<br />
WEBs N4 Building Automation Platform<br />
to achieve 100% automation of the facility<br />
operations. eFACiLiTY ® building is a model<br />
Smart & Green building showcasing smart<br />
and automated facility management concepts<br />
to achieve optimum resource utilization, high<br />
efficiency and excellent occupant comfort.<br />
100% Green Power, Occupancy and Lux based<br />
automated lighting operations, indoor air quality<br />
monitoring with demand controlled ventilation,<br />
fully automated water purification, management<br />
and recycling, energy monitoring, maximized<br />
day lighting are some of the notable features<br />
implemented in this building.<br />
All electro-mechanical issues in the facility<br />
are captured by the <strong>BMS</strong>/BAS platform and<br />
passed on to the eFACiLiTY CAFM software that<br />
manages the fault categorization, work<br />
assignment, service level management till<br />
the issue is full rectified and verified apart<br />
from managing the preventive and predictive<br />
maintenance tasks.<br />
Housekeeping issues like leaky taps, soiled<br />
toilets, dirty work areas, too cold/warm<br />
work areas go unreported and installing<br />
8<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19
Solutions<br />
sensors to monitor them is not feasible. The eFACiLiTY ® Building<br />
has Smart IOT Buttons from Amazon, Flic, Mesh etc. installed at<br />
various locations to get these issues reported just by a click of a<br />
button. Occupants just click on these good looking wireless buttons<br />
to report any issue and the calls to respective teams are created<br />
instantly, assigned and notified via mobile notifications and the calls<br />
are monitored till the issue is fixed.<br />
The facility also has One-Touch Instant Feedback kiosks installed.<br />
The eFACiLiTY ® Instant Feedback Kiosk not only helps to capture<br />
one-touch feedbacks from the occupants, raise appropriate helpdesk<br />
calls and work orders, but also takes care of monitoring the workflow<br />
of managing poor feedbacks until the corrective actions are taken.<br />
eFACiLiTY ® also integrates with devices that support <strong>BACnet</strong>,<br />
Modbus, Mbus, KNX kind of protocols to automate failure<br />
identification and work order generation, automate capturing of<br />
meter readings, predictive maintenance work orders, equipment<br />
control etc. Building automation platforms of Honeywell, Siemens,<br />
Schneider Electric, Carrier Race, Azbil, Trane, Tridium etc. are<br />
readily integrated into the system.<br />
To know more about Smart Facility Management Solutions, visit<br />
www.efacility.in. To know more about the eFACiLiTY ® Building, visit<br />
www.greenestbuilding.com.<br />
Modular building solutions<br />
for Smart Cities<br />
BACeye<br />
Visualization and analysis of <strong>BACnet</strong> networks<br />
Obtaining neutral information about data exchange in a<br />
<strong>BACnet</strong> network is not always easy. Especially if the various<br />
components have been supplied by different manufacturers.<br />
BACeye is a cross-functional tool that can be used to clearly<br />
visualise networks and quickly identify problems. As a de facto<br />
standard, this “Swiss army knife” for building automation makes<br />
the work of system integrators, commissioning engineers, plant<br />
operators and end users considerably easier.<br />
The eFACiLiTY ® Building <strong>–</strong> SIERRA ODC’s software development centre in<br />
Coimbatore, <strong>India</strong>.<br />
Universal-Gateways and Router<br />
Exceptional versatility and flexibility<br />
The MBS Universal Gateways and Router serve as a<br />
communication interface for the various communication<br />
protocols or routes packages between the MS/TP media<br />
(RS485), Ethernet and IP in industrial and building automation.<br />
• All important communication protocols are available<br />
Giridhar JG<br />
CEO & Managing Director<br />
SIERRA ODC Private Limited<br />
info@sierratec.com | www. efacility.in<br />
• Security Architecture as Add-On: „BAC-Guard“ und „BAC-Crypt“<br />
• Integrated adapters such as: KNX, LON, M-Bus or Profinet ...<br />
• Enabling faster cabling and connection<br />
WWW.MBS-SOLUTIONS.DE<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19 9
<strong>BACnet</strong> Insight<br />
Full Steam Ahead for Cross-System<br />
Communication<br />
Modern building management faces a variety<br />
of challenges. Against the backdrop of a device<br />
landscape comprising a range of manufacturers<br />
and various communication protocols, systems<br />
including cooling and ventilation, lighting and<br />
shading require appropriate coordination.<br />
Simultaneously, the efficient use of energy and<br />
climate protection remain top priorities. In the<br />
light of the above, the network protocol <strong>BACnet</strong><br />
now occupies a prominent international position<br />
as a key technology, boasting a current market<br />
share of 64 per cent.<br />
A standard for interoperability<br />
There are tangible reasons for this impressive<br />
catalogue of success. When the more complex<br />
control parameters or functions are at stake,<br />
communicative connection via data protocol<br />
offers advantages, which result from a<br />
coordinated interplay between the individual<br />
systems. As an internationally leading standard<br />
(ISO 16484-5), <strong>BACnet</strong> creates the non-proprietary<br />
basis for consistent data exchange<br />
between field devices and control technology.<br />
Here, serial standards and network media<br />
receive the same level of support. Prior<br />
consideration is essential when it comes to<br />
integrating the various components. From a<br />
technical standpoint, this initially concerns<br />
the devices themselves and the objectives<br />
to be achieved as a result of the integration,<br />
followed by the communication protocols<br />
and tools employed and, finally, user<br />
authorisation and network maintenance. As<br />
far as organisation is concerned, the<br />
standardised use of texts and characters,<br />
responsibilities for the individual systems,<br />
consultations with the IT department, internet<br />
connection and other aspects must be<br />
considered.<br />
Making good use of all IT security<br />
stratagems<br />
exclude hacker attacks on building automation,<br />
which do serious damage to the entire<br />
infrastructure and have a devastating effect<br />
on the image of the company affected, as far<br />
as possible. Networked home technology can<br />
be operated individually using the appropriate<br />
routers in which these security mechanisms are<br />
integrated. Furthermore, <strong>BACnet</strong>’s comprehensive<br />
communication can be encrypted via the corporate<br />
network, while data access is authorised.<br />
Benefiting from the advantages<br />
The fact remains that anyone looking to operate<br />
building automation in an efficient manner these<br />
days just can’t get around <strong>BACnet</strong>. Because the<br />
communication standard is a proven method of<br />
creating cross-system networks. Large properties,<br />
in particular, benefit from cost advantages<br />
thanks to interoperability. Available devices can<br />
be integrated simply and easily, and clients<br />
are not limited to specific manufacturers when<br />
making new acquisitions.<br />
If required, <strong>BACnet</strong> can provide building<br />
operators with information in order to ensure<br />
that data-based functional tests are<br />
implemented more quickly and easily. Systems<br />
can be monitored automatically as a result,<br />
making them more economic to operate.<br />
Devices with security functions can be combined<br />
to create a security system which effectively<br />
protects the transmission paths against<br />
unwanted access.<br />
Gateways as interfaces<br />
A range of sophisticated products and software<br />
systems is available on the market for those<br />
wishing to integrate all devices on a specific<br />
property within a single network on a non-proprietary<br />
basis. A <strong>BACnet</strong> router, for instance, can<br />
be used in a similar way to a media converter<br />
when DDC or SPS controllers using different<br />
network media seek access to field level sensors<br />
and actuators as clients. If these devices adhere<br />
to varying communication protocols, gateways<br />
can be used as interpreters.<br />
As interfaces for the different communication<br />
protocols in industrial and building automation,<br />
they are also capable of performing more<br />
complex tasks <strong>–</strong> including specifications for<br />
timer programs, alarm transmission and trend<br />
log recording, if the field device does not<br />
provide these functionalities. Non-proprietary<br />
systems also facilitate data exchange at<br />
automation level. Here, gateways ensure that<br />
KNX, M-Bus and LonTalk devices, for example,<br />
can be functionally integrated into a<br />
homogeneous <strong>BACnet</strong> global system.<br />
Several benefits are associated with this. The<br />
integration of <strong>BACnet</strong> gateways as a communication<br />
interface omits the need for the usual bus<br />
couplers, simultaneously reducing cabling work.<br />
These gateways can also be connected faster<br />
to serial or network-based protocols. While field<br />
devices and automation stations frequently only<br />
used to provide current values, <strong>BACnet</strong> can now<br />
be used to collect additional data and make<br />
this available to the control technology. This<br />
facilitates the provision of other functionalities<br />
at management level, such as alarm detection,<br />
automatic functional tests and maintenance<br />
supervision.<br />
As a result, it’s no coincidence that crosssystem<br />
communication with <strong>BACnet</strong> is gathering<br />
momentum on a global scale. As a standard<br />
in the field of building automation, <strong>BACnet</strong> has<br />
become simply unstoppable.<br />
<strong>BACnet</strong> has responded to the current trend of<br />
using company-wide IT structures in building<br />
automation by creating its own security<br />
architecture “<strong>BACnet</strong>/SC”, which is due to<br />
be released shortly. It is, after all, essential to<br />
Nils-Gunnar Fritz<br />
Member of Executive Board <strong>BACnet</strong> Interest Group Europe e. V.<br />
Managing Director MBS GmbH, Krefeld, Germany<br />
info@mbs-solutions.de | www.mbs-solutions.de<br />
10<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19
<strong>BACnet</strong> Insight<br />
ASHRAE SSPC 135 Meetings: <strong>BACnet</strong><br />
Secure Connect, Semantic Tagging<br />
In October, the interim <strong>BACnet</strong> committee<br />
meeting took place again at the Georgia<br />
Institute of Technology in Atlanta, known as<br />
"Georgia Tech". This was already the 14th<br />
interim meeting hosted by Georgia Tech starting<br />
in 2006. With the ASHRAE Winter Conference,<br />
also in Atlanta, but at the CNN Center and the<br />
Georgia World Congress Center together with<br />
the AHR Show, more days of meetings of the<br />
working groups and the committee were added.<br />
Following, the state of core work items and the<br />
addenda are detailed.<br />
Device Address Proxy<br />
In Atlanta, a further element regarding scalability<br />
of <strong>BACnet</strong> systems was approved for a first<br />
public review. The Device Address Proxy function<br />
allows to keep off high numbers of Who-Is and<br />
I-Am broadcasts from susceptible networks like<br />
MS/TP. This new function is sitting in a <strong>BACnet</strong><br />
Router for returning I-Am responses on behalf<br />
of the device behind it, and without any impact<br />
on existing devices. The Device Address Proxy<br />
function will be in public review as Addendum<br />
135-2016bx.<br />
<strong>BACnet</strong> Secure Connect<br />
Published Addenda to 135-2016 for <strong>BACnet</strong> Protocol Revision 1.20<br />
135-2016bd<br />
Addenda in Work<br />
135-2016ap<br />
135-2016bb<br />
135-2016bj<br />
In AP-WG for second<br />
review<br />
In PS-WG for second<br />
review<br />
In preparation by IT-WG<br />
for next review<br />
The <strong>BACnet</strong> Secure Connect addendum<br />
continued to be in focus of the IT-WG. The<br />
Adds the new Staging object type to the standard. This object controls a<br />
set of binary objects, based on a commanded analog value.<br />
concept that had<br />
been amended<br />
since the last<br />
review were refined<br />
and cleaned All<br />
this with the goal<br />
in mind to soon<br />
have a simple to<br />
implement, yet<br />
interoperable<br />
solution available.<br />
For example, it is<br />
now allowed to<br />
implement <strong>BACnet</strong><br />
Secure Connect<br />
in every, including<br />
old, protocolrevisions.<br />
After<br />
Atlanta, the addendum<br />
was further<br />
finalized in teleconference<br />
calls of the IT-WG, for bringing it<br />
into a next public review before the next<br />
in-person meeting in April.<br />
Application Interfaces, is on-hold at this point<br />
for 223P.<br />
Zero configuration capabilities of MAC<br />
addresses for MS/TP devices.<br />
<strong>BACnet</strong> Secure Connect (<strong>BACnet</strong>/SC).<br />
135-2016bo In AP-WG for first review Application of ASHRAE 223P in <strong>BACnet</strong>.<br />
135-2016br Ready for Publication Miscellaneous Clarifications.<br />
135-2016bs<br />
Ready for Publication<br />
New BIBBs and Device Profiles for Elevators<br />
(Lifts) and Escalators.<br />
135-2016bt Ready for Publication Life Safety Enhancements and OEO Support.<br />
135-2016bu Ready for Publication Miscellaneous Clarifications.<br />
135-2016bv<br />
135-2016bw<br />
In preparation by OS-WG<br />
for first review<br />
Approved for second<br />
review<br />
Miscellaneous Clarifications.<br />
Time Series Data Exchange Format.<br />
135-2016bx Approved for first review Device Address Proxy Function.<br />
<strong>BACnet</strong> Secure Connect, or <strong>BACnet</strong>/SC in<br />
short, is a virtual data link layer for the existing<br />
<strong>BACnet</strong> stack and with that, fully compatible<br />
with all existing <strong>BACnet</strong> devices via a<br />
standard <strong>BACnet</strong> router. <strong>BACnet</strong>/SC supports a<br />
virtual hub-and-spoke topology and allows direct<br />
connections between devices. All connections<br />
are based on TLS-secured WebSockets.<br />
135-2016be<br />
135-2016bi<br />
New BIBBs and device profiles for the lighting domain.<br />
Introduces a standardized audit reporting and logging mechanism for<br />
auditable<br />
actions of <strong>BACnet</strong> devices and users.<br />
135-2016bk Extends the range of reserved property identifiers above 4194303.<br />
135-2016bl<br />
135-2016bm<br />
135-2016bn<br />
Clarifications in response to official interpretation requests.<br />
Enhances and clarifies MS/TP on some of its aspects.<br />
Extends and corrects some BIBBs and device profiles.<br />
ASHRAE 223P, Semantic Tags for Building<br />
Data<br />
In the meetings of the AP-WG, the work on the<br />
projected ASHRAE Standard 223P "Designation<br />
of Semantic Tags for Building Data" was<br />
continued. The collaboration with the Project<br />
Haystack and the Brick Schema project is<br />
established. The interest in 223P is still<br />
high. Including new contacts to the National<br />
Renewable Energy Laboratory (NREL) of the<br />
U.S. Department of Energy (DOE), which is<br />
researching on energy optimizations of buildings.<br />
135-2016bp<br />
135-2016bq<br />
Corrects and tweaks the <strong>BACnet</strong> RESTful Web Services in some details.<br />
Complements and clarifies some smaller aspects of the Access Control<br />
objects.<br />
The proposed ASHRAE 223P standard,<br />
"Designation of Semantic Tags for Building<br />
Data", will standardize the semantic information<br />
of building data as ontologies, on an abstract<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19 11
<strong>BACnet</strong> Insight / Products<br />
logical level. The concrete use in protocols and<br />
data, also in <strong>BACnet</strong>, will need to be defined<br />
by the respective protocols and data specifications<br />
itself. In <strong>BACnet</strong>, addendum 135-2016bo<br />
is foreseen for this.<br />
Status of Addenda to <strong>BACnet</strong> Standard<br />
135-2016<br />
Nine addenda to the <strong>BACnet</strong> standard are<br />
published and are part of the <strong>BACnet</strong> standard<br />
135-2016 in protocol revision 1.20 (see table on<br />
page 11, below).<br />
In the meetings, further addenda were approved<br />
for a first or a next public review, of which some<br />
reviews are ongoing, and others will be taking<br />
place later this spring. The status of the addenda<br />
in work is (see table on page 11, top).<br />
Status of Addenda to the <strong>BACnet</strong> Test<br />
Standard 135.1-2013<br />
The following addenda to the <strong>BACnet</strong> Test<br />
Standard 135.1-2013 are published (see right<br />
table).<br />
Numerous change proposals for the test<br />
Status of Addenda to the <strong>BACnet</strong> Test Standard 135.1-2013<br />
135.1-2013o<br />
135.1-2013p<br />
135.1-2013q<br />
135.1-2013r<br />
Align SubscribeCOVProperty<br />
error codes.<br />
New EPICS consistency tests.<br />
Additions and amendments of tests for covering the revision of<br />
the alarming which had been introduced with protocol revision 13.<br />
Tests for new properties and error codes.<br />
standard are in work by the TI-WG, brought<br />
forward together with the BTL-WG and other<br />
<strong>BACnet</strong> Committee working groups to a first<br />
public review. This includes new tests for IPv6,<br />
the Network Port object, and a lot of other<br />
additional tests and amendments.<br />
The next interim meeting of the <strong>BACnet</strong><br />
Committee will be taking place at the Lutron<br />
Experience Center in Plantation FL from April 9<br />
to April 12, 2019.<br />
Public review and final versions of addenda are<br />
available at no cost from ASHRAE (http://www.<br />
ashrae.org) as well as on the <strong>BACnet</strong> website<br />
(http://www.bacnet.org). To stay up-to-date<br />
on public reviews, publications, and interim<br />
meetings, you can subscribe to the weekly<br />
ASHRAE Standards Actions electronic<br />
newsletter, or read it, at the ASHRAE website<br />
www.ashrae.org/standards-research-technology/standards-actions.<br />
<br />
Bernhard Isler is an ASHRAE member and<br />
convenes the Application Profiles working group<br />
of the ASHRAE SSPC 135 <strong>BACnet</strong> Committee. He<br />
works for Siemens Switzerland Ltd, Building Technologies<br />
Division, located in Zug, Switzerland,<br />
bernhard.isler@siemens.com.<br />
Energy Valve One Optimized Complete<br />
Solution <strong>–</strong> Cloud-based<br />
With its unique functionality and intelligent<br />
cloud services, the Belimo Energy Valve<br />
sets new standards for automatic optimization<br />
and offers an all-round care-free<br />
package.<br />
Belimo created a new product category with its<br />
introduction of the Belimo Energy Valve. This<br />
control valve continuously optimizes the water<br />
flow, automatically adjusts it to current climatic<br />
conditions and eliminates the so called Delta-T<br />
syndrome. Since its market launch in 2012,<br />
the Belimo Energy Valve has won 20 awards<br />
from industry organizations worldwide. Today,<br />
thousands of these smart valves help to reduce<br />
the operating costs in buildings and CO 2<br />
emissions. Now the third generation of the<br />
Belimo Energy Valve is launched.<br />
Cloud for enhanced comfort<br />
Upon request, the new version can be<br />
connected over the Internet to the Belimo<br />
Cloud. The operation of the valve is then<br />
continuously monitored and compared<br />
against other valves operating under<br />
similar conditions. Customers receive<br />
regular energy reports that include data<br />
on trends, energy, and performance.<br />
Technical support from Belimo can likewise give<br />
customers better and faster advice thanks to the<br />
available data.<br />
Innovative flow measurement<br />
Belimo supplemented the ultrasonic flow<br />
measurement with its patented glycol meter.<br />
Many systems require a mixture of water and<br />
glycol as a heat transfer fluid. The new Belimo<br />
Energy Valve monitors this glycol concentration<br />
and protects the plants against frost.<br />
Belimo Actuators <strong>India</strong> Pvt. Ltd.<br />
info.india@belimo.ch | www.belimo.in<br />
12<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19
Products<br />
Connect Air-Conditioning to <strong>BACnet</strong><br />
IntesisBox from HMS makes it possible to<br />
connect Air Conditioners to <strong>BACnet</strong> network<br />
now.<br />
Direct Expansion systems into <strong>BACnet</strong><br />
For the last several years, Air Conditioning<br />
Direct Expansion systems have become<br />
more and more popular for small and medium<br />
projects. Considering that electric energy<br />
costs related to acclimatization systems is<br />
estimated to be around 40%, for these<br />
scenarios, controlling and monitoring those<br />
systems becomes one of the most significant<br />
points when talking about energy efficiency and<br />
cost control. <strong>BACnet</strong> offers a great opportunity<br />
for home and building management systems<br />
to create energy efficient scenarios through<br />
integration with Direct Expansion Systems.<br />
Air Conditioning integration<br />
Integration of air conditioning systems into any<br />
management system is a process that<br />
takes into consideration the following:<br />
• Improvement of energy consumption<br />
• Improvement of the customer’s<br />
comfort<br />
• Easy integration<br />
• Cost-effective solutions<br />
• Control over the most significant<br />
signals:<br />
• On/Off<br />
• Mode<br />
• Set Point Temperature<br />
• Fan Speed<br />
• Vane Positions<br />
• Room Temperature<br />
IntesisBox offers a large range of <strong>BACnet</strong><br />
gateways to integrate single Direct Expansion<br />
AC units for the most popular AC brands. On<br />
<strong>BACnet</strong> IP mode, the gateway provides an<br />
embedded web site to setup all the necessary<br />
parameters and provides a useful signal viewer<br />
that allows read and write of all the <strong>BACnet</strong><br />
communication objects to help testing of both<br />
control sides: the air conditioning system and the<br />
<strong>BACnet</strong> control. On <strong>BACnet</strong> MSTP the Intesisbox<br />
BAC-1 gateways can be configured in the field<br />
using DIP Switches without requiring any PC.<br />
HMS Industrial Networks <strong>India</strong> Pvt. Ltd.<br />
sta@hms.se | www.hms-networks.com<br />
Combining High Performance with IoT<br />
Architecture: modulo 6<br />
The building automation system SAUTER<br />
modulo 6 comprises compact, powerful hardware,<br />
intuitive cloud-based software, a wide<br />
range of integration options and strong data<br />
security, thus enabling future-oriented systems<br />
<strong>–</strong> from smart heating, ventilation and air-conditioning<br />
control to networked building clusters.<br />
SAUTER modulo 6 provides thus far unequalled<br />
performance in terms of the number of data<br />
points per automation station, memory space<br />
and processing speed <strong>–</strong> all of this while taking<br />
up minimum space in the cabinet.<br />
SAUTER modulo 6 is based on <strong>BACnet</strong>/IP and<br />
integrates all of the usual field bus protocols<br />
such as Modbus, M-Bus, KNX, <strong>BACnet</strong> MS/<br />
TP etc. for the control of heating, ventilation,<br />
climate, lighting and energy, while combining<br />
all systems into one stable, secure overall<br />
system.<br />
The traditional separation of the<br />
systems is being replaced by<br />
the new world of the “Internet of<br />
Things” (IoT) and the cloud. Via<br />
MQTT data can be stored automatically<br />
in the cloud as required,<br />
or it can be integrated into the<br />
local system from the cloud.<br />
Cloud Services are available for<br />
the controlling, the operation and<br />
the engineering.<br />
modulo 6 connects via Bluetooth to a smartphone<br />
or tablet. An intuitively operated<br />
app enables access to measured values,<br />
control variables and system parameters. As<br />
an alternative to smartphone operation,<br />
modulo 6 also has a local operating unit<br />
(LOI) with a high-resolution graphical colour<br />
display.<br />
SAUTER modulo 6 knows the specialised communication<br />
protocols for heating, ventilation, air conditioning,<br />
light, energy and resource measurement<br />
(<strong>BACnet</strong>/IP, Modbus, KNX, DALI, M-Bus, etc).<br />
SAUTER Head Office<br />
Fr. SAUTER AG<br />
info@sauter-controls.com<br />
www.sauter-controls.com<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19 13
Products<br />
How to Improve Health and Save Energy with<br />
CO 2<br />
Monitoring<br />
Air quality transmitter with colour touch<br />
display and <strong>BACnet</strong> protocol for residential<br />
and commercial buildings.<br />
Residential, commercial or governmental<br />
buildings have become the biotopes in which<br />
we spend most of our time. We live, eat, exercise<br />
and work indoors. And no matter where you are,<br />
you breathe ...<br />
Air quality is not only an outdoor problem. Your<br />
exhalation contains CO 2 , which not only affects<br />
your productivity level and decision-making<br />
performance, but also your long-term health.<br />
Saving energy<br />
compensation <strong>–</strong> true read. The data transmits to<br />
a <strong>BMS</strong> system or stand-alone controller using<br />
industry standard output signals and communication<br />
protocols. It combines all the necessary<br />
elements for effective climate control in commercial<br />
office buildings, hospitals, hotels, schools and<br />
other facilities. Using CO 2 monitoring for demandcontrolled<br />
ventilation (DCV) allows for a healthy,<br />
comfortable and cost-effective environment for the<br />
occupants.<br />
The product complies with ASHRAE standard<br />
189.1.<br />
• Maintenance-free<br />
• Three sensors in one housing: CO 2 ,<br />
temp and RH<br />
• Colour touch display with possibility of<br />
customizable GUI<br />
• PIN codes for access to display- and meter<br />
settings<br />
• Improved housing design for effective<br />
measurement<br />
• Modbus or <strong>BACnet</strong> protocol<br />
tSENSE is an advanced and versatile 3-in-1<br />
transmitter designed for installation in the airconditioned<br />
zone. It measures CO 2 concentration,<br />
temperature and humidity in the ambient air. This<br />
is done accurately without any need for additional<br />
Senseair AB<br />
info@senseair.com | www.senseair.com<br />
Providing full Range of Solutions, Products &<br />
Services Around <strong>BACnet</strong> and B-IoT<br />
With decades of experience in Building Automation<br />
globally, Softdel offers end-to-end solutions,<br />
products & services to help OEMs, SIs &<br />
end users unlock the power of B-IoT.<br />
Softdel products<br />
softBAC, a <strong>BACnet</strong> PR-19 Stack by Softdel, is a<br />
comprehensive stack library supporting all profiles<br />
right from server side (B-SS, B-SA, B-ASC, B-AAC,<br />
B-BC) to client side (B-OD, B-OWS, B-AWS). It<br />
supports various platforms (Baremetal, Embedded<br />
RTOS, Windows/Linux, Docker Container) &<br />
features such as IPv6, IEIEJ & web interfaces<br />
(REST, TLS1.2 Security).<br />
Softdel also offers BOSS (<strong>BACnet</strong> Device<br />
Simulator & Explorer) which enables users to simulate<br />
<strong>BACnet</strong> devices useful for functional & performance<br />
testing. It also discovers, monitors &<br />
controls <strong>BACnet</strong> devices present in the network.<br />
Softdel solutions & services<br />
Softdel provides B-IoT solutions from IoT<br />
consultancy, device engineering, connectivity, B-IoT<br />
gateway to IoT platform integration, cloud-based<br />
<strong>BMS</strong> & analytics dashboard.<br />
Softdel has operated the world’s #1 <strong>BACnet</strong> Test<br />
Lab (BTL) for <strong>BACnet</strong> International for last 12 years.<br />
As a part of <strong>BACnet</strong> offerings, Softdel provides<br />
<strong>BACnet</strong> training & consultancy, connectivity<br />
services (stack porting & integration), & pre-certification<br />
testing.<br />
With deep domain expertise and right mix of products<br />
& solutions, Softdel is a preferred partner for OEMs to<br />
develop their next gen products for Smart Buildings.<br />
With deep domain expertise and right mix of products<br />
& solutions, Softdel is a preferred partner for OEMs to<br />
develop their next gen products for Smart Buildings.<br />
<br />
Softdel<br />
marketing@softdel.com | www.softdel.com<br />
14<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19
Products<br />
Metasys ® 10.0 Redefines<br />
Modern Building Management<br />
Johnson Controls Metasys 10.0, designed<br />
to deliver more unified building management<br />
provides facility personnel with smart building<br />
automation, fast response to critical alarms and<br />
new integrations with fire detection, security and<br />
lighting systems.<br />
Metasys 10.0 introduces a new and improved<br />
set of integrations with C·CURE 9000 Access<br />
Control and victor Video Management<br />
Systems, simpler integrations with SIMPLEX ®<br />
Fire Systems and with lighting systems from<br />
leading lighting providers.<br />
Several new hardware devices added to Metasys<br />
10.0, include:<br />
• Two new equipment controllers with<br />
removable screw terminal blocks for easy<br />
installation, high capacity memory and fast<br />
processing<br />
• A new 4-in-1 network sensor series with the<br />
ability to sense temperature, humidity, CO 2<br />
and occupancy <strong>–</strong> all with one sensor<br />
• A new TEC3000 thermostat controller with<br />
color touchscreen<br />
Another innovative feature is Ethernet ring<br />
topology support for Metasys IP equipment<br />
controllers.<br />
The Metasys User Interface (UI) introduces<br />
several new features that reduce operators’ time<br />
on task. A key feature is the ability for users to<br />
schedule reports to be delivered via email and<br />
save and execute report templates on demand,<br />
reducing time spent configuring and providing<br />
reports.<br />
For more than a quarter century, Metasys building<br />
automation has delivered consistent results<br />
to meet even the most complex building management<br />
needs. The benefits you can expect to<br />
keep today’s buildings on top of change, include:<br />
• Operational savings through extended<br />
building management capabilities and<br />
enhanced productivity<br />
• Energy savings through coordinated control,<br />
precise data and peak equipment performance<br />
• IT and platform security through best-practice<br />
processes<br />
• Faster troubleshooting and response through<br />
advanced diagnostics<br />
• Greater occupant comfort, security and<br />
satisfaction<br />
Johnson Controls<br />
bts-marketing@jci.com<br />
www.johnsoncontrols.in<br />
Trusted <strong>BACnet</strong> Router<br />
with Diagnostics and BTL<br />
BASrouter<br />
The popular BASrouter, a multi-network<br />
router, is <strong>BACnet</strong> Testing Laboratories (BTL)<br />
listed and provides enhanced diagnostic<br />
capabilities for improved troubleshooting.<br />
• Versatile stand-alone routing<br />
between <strong>BACnet</strong> networks<br />
• Graphically view MS/TP devices,<br />
status and errors<br />
• BTL approved for B-RTR and<br />
B-BBMD device profiles<br />
Learn more at https://pages.ccontrols.com/basrouters<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19 15
<strong>BACnet</strong> Global<br />
<strong>BACnet</strong> Paves the Way to CO 2 Neutrality<br />
For European airports, <strong>BACnet</strong> (ISO<br />
16484-5) is a welcome communication<br />
standard that is supporting them on their<br />
path towards CO 2 neutrality. This was the<br />
conclusion drawn at the end of the first<br />
<strong>BACnet</strong> Airport Conference hosted by the<br />
<strong>BACnet</strong> Interest Group Europe (BIG-EU)<br />
and held in Frankfurt Airport from 27 th to<br />
28 th of September. More than 130 representatives<br />
of European airports, planners<br />
and experts for <strong>BACnet</strong> applications came<br />
to design the system integration in airport<br />
buildings. During the two days there were<br />
a number of lively discussions with many<br />
different subjects being touched on.<br />
Dr. Ulrich Kipper, Head of Infrastructure Management at Fraport AG, described the benefits of <strong>BACnet</strong> from a user<br />
perspective at the <strong>BACnet</strong> Airport Conference 2018.<br />
The participants were amazed by the Information<br />
Security Hub (ISH) at Munich Airport, by<br />
the functional <strong>BACnet</strong> diversity in the future<br />
Terminal 3 of Frankfurt Airport and by the exemplary<br />
<strong>BACnet</strong> solutions at the airports in Rome,<br />
Paris and Manchester. They were impressed by<br />
the enormous possibilities of the open standard.<br />
“Every major airport is a smart city with a huge<br />
energy efficiency potential in existing buildings<br />
and new buildings, which we can also raise with<br />
the help of <strong>BACnet</strong>,” summarized BIG-EU President<br />
Klaus Wächter (Siemens).<br />
More than 130 representatives of European airports, planners and experts participated in<br />
the <strong>BACnet</strong> Airport Conference in Frankfurt.<br />
The risks of system integration were also<br />
addressed. “Come to Munich Airport and we'll<br />
test the cyber security of your equipment,”<br />
Munich Airport IT Manager Marc Lindike<br />
spontaneously invited the participants. The<br />
enthusiasm of the <strong>BACnet</strong> users and BIG-EU<br />
members in response to this offer led to<br />
the relocation of the 13 th European <strong>BACnet</strong><br />
Plugfest to Munich. It will now take place from<br />
May 22 th <strong>–</strong>24 th , 2019 in the ultramodern Competence<br />
Center for Cyber Defence at Munich<br />
Airport.<br />
The conference itself<br />
was opened by Rolf<br />
Riemenschneider,<br />
Head of IoT Sector in<br />
the European Commission,<br />
and H. Michael<br />
Newman, inventor of<br />
the <strong>BACnet</strong> standard.<br />
The essential role of<br />
<strong>BACnet</strong> for current<br />
and future Fraport<br />
construction projects<br />
was presented by Dr.<br />
Ulrich Kipper, who<br />
heads Fraport AG's<br />
central Infrastructure<br />
Management.<br />
Airports rely on <strong>BACnet</strong><br />
This was followed by an agile discussion on the<br />
special challenges facing airport buildings. The<br />
presentations focused on the resilient digitization<br />
of infrastructure, artificial intelligence for smart<br />
buildings, the <strong>BACnet</strong> operator workstation<br />
at Frankfurt Airport as the basis for energy<br />
savings and the integration of weather forecasts<br />
<strong>–</strong> and, time and again, on sustainability and<br />
energy management. Helsinki Airport, as Mikko<br />
Viinikainen, Head of Sustainability and Environment<br />
at Finavia told the participants, is already<br />
CO 2 -neutral. Many more airports will follow in<br />
the next ten years and will be relying on <strong>BACnet</strong><br />
in their buildings to help achieve this.<br />
With the simultaneous building automation<br />
conferences “Indoor Mobility” and “Cyber<br />
Security” from September 26 th to 27 th , 2019<br />
in Frankfurt am Main, the BIG-EU is continuing<br />
its approach to specific application cases.<br />
The focus will be on system integration in<br />
urban multi-purpose buildings and the active<br />
protection of smart buildings against cyber<br />
attacks.<br />
Websites: www.indoor-mobility-conference.org<br />
// www.cyber-security-conference.org.<br />
16<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19
<strong>India</strong> <strong>–</strong> A Fertile Ground for Innovations and<br />
Growth in Building Automation Systems<br />
<strong>BACnet</strong> Global<br />
“<strong>India</strong> is the only trillion-dollar economy to rank<br />
among the top five fastest growing economies in<br />
the world. The $2 trillion economy is expected to<br />
clock an average annual growth of 7.73% during<br />
2017<strong>–</strong>19, backed by strong macroeconomic<br />
fundamentals, robust domestic demand, favorable<br />
demographics, ample resources and a proactive<br />
government.” (Source: www.nasdaq.com)<br />
Thriving sectors of the <strong>India</strong>n economy feature<br />
on the International Banker lists (www.internationalbanker.com).<br />
Engineering accounts<br />
for around 8%, the InfoTech industry almost<br />
60% and real estate approximately 13% of the<br />
country’s GDP. These sectors play a vital role as<br />
catalysts for enabling growth in the <strong>India</strong>n building<br />
automation industry. Building automation and<br />
home automation are also being galvanized<br />
by two important initiatives by the <strong>India</strong>n<br />
Government:<br />
• Smart City Initiative<br />
• Promotion of entrepreneurs and start-ups<br />
These will require open standard/protocols in<br />
building automation products to be created or<br />
adapted.<br />
A need for global and local impact<br />
To leverage the power of digitalization it is<br />
imperative to put innovations in the building<br />
automation industry in a format which is<br />
compatible with both older and newer versions.<br />
Products with global and local impact<br />
assure lasting solutions<br />
Let’s take the example of “Uber”. Uber has<br />
integrated global APIs from Google Maps and<br />
banks which makes its service highly dependable<br />
as it is not limited to any region or country or<br />
continent. Uber incorporates global standards<br />
serving local needs. Integrating global APIs<br />
helps Uber’s growth in another important way <strong>–</strong><br />
faster time to market, as the development and<br />
enhancements of integrated APIs are purely<br />
based on collaboration and meeting the common<br />
needs of people today.<br />
Incorporating global BAS standards will enable<br />
the <strong>India</strong>n building automation industry to focus<br />
upon innovations and growth and to benefit from<br />
global collaborations and affiliations.<br />
INBAC <strong>–</strong> An invitation to design the future<br />
of open systems building automation<br />
community in <strong>India</strong><br />
To discover the interests of the building automation<br />
industry in <strong>India</strong>, an exploratory project was<br />
set up. This project focused on exploring understanding<br />
through discussions with key leaders<br />
in the building automation Industry in <strong>India</strong>. The<br />
results were as follows:<br />
• Market players are interested in symbiotic<br />
growth<br />
• Key players place a great deal of<br />
importance on the time-to-market (faster<br />
development and smaller overheads),<br />
collaboration on innovations and in a local<br />
context<br />
• Small and medium size players look at the<br />
advantages of using a platform as a tool<br />
for learning how to make interoperable<br />
solutions and to showcase their products<br />
To explore for the next phase:<br />
• Government’s initiative to create 100 smart<br />
cities in <strong>India</strong><br />
• Create awareness and thereby a market<br />
for open standards and protocols to<br />
leverage the power of digitalization<br />
• Promote the usage of data as a product<br />
(measure <strong>–</strong> analyze <strong>–</strong> act) for increased<br />
energy saving, security needs and<br />
reduced CO₂ and waste (inline with the<br />
principle <strong>–</strong> “though the funds are<br />
individual, resources are common”)<br />
• Smart city support groups <strong>–</strong> universities,<br />
NGOs, innovation incubation centers:<br />
• Support and educate about open<br />
standards and protocols and global<br />
innovations which will help make solutions<br />
interoperable for rapid integration<br />
• Student activities and involvement to<br />
prepare students for employment within<br />
the industry by bringing in practical<br />
knowledge<br />
• Standardization bodies global/local<br />
• Identify problems in the <strong>India</strong>n BAS<br />
industry, such as upcoming innovations<br />
and defining the necessary approach<br />
from the perspective of local industry<br />
<br />
Sakhee Chandrayan<br />
Industry Consultant<br />
sakhee@yesperanza.com | www.linkedin.com/<br />
groups/10395360<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> 1 04/19 17
Calendar of <strong>BACnet</strong> Events<br />
Date Location Event Information<br />
2019 Updates are available on www.big-eu.org/en/events<br />
April 25<strong>–</strong>27 Mumbai, <strong>India</strong> World Build <strong>India</strong> 2019<br />
www.ite-exhibitions.com,<br />
info@abec.asia<br />
May 21<strong>–</strong>23 Philadelphia/PA, USA Lightfair International www.lightfair.com<br />
Impressum<br />
Editorial Notes<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong><br />
www.bacnetjournal.org<br />
The <strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> is an <strong>India</strong>n magazine<br />
for building automation based on <strong>BACnet</strong> and other <strong>BMS</strong><br />
technology. Experts, practitioners and professionals<br />
show the way in applying and developing the <strong>BACnet</strong> and<br />
other <strong>BMS</strong> standards <strong>–</strong> from building automation trends<br />
to devices and application projects; from qualification<br />
and training to testing and certification; from who’s who<br />
in the <strong>BACnet</strong> and building automation community to<br />
useful information on events and resources.<br />
May 22<strong>–</strong>24 New Delhi, <strong>India</strong> 5 th Smart Cities <strong>India</strong> 2019 Expo<br />
May 22<strong>–</strong>24<br />
Munich, Germany<br />
13th European <strong>BACnet</strong> Plugfest,<br />
executive host: MBS GmbH<br />
September 25<strong>–</strong>28 Mumbai, <strong>India</strong> Automation <strong>India</strong> Expo<br />
September 26<strong>–</strong>27<br />
September 26<strong>–</strong>27<br />
Frankfurt Airport, HOLM,<br />
Germany<br />
Frankfurt Airport, HOLM,<br />
Germany<br />
November 07<strong>–</strong>10 Mumbai, <strong>India</strong> Acetech Mumbai<br />
<strong>BACnet</strong> Indoor Mobility Conference <strong>–</strong> System<br />
integration in multi-purpose buildings<br />
<strong>BACnet</strong> Cyber Security Conference <strong>–</strong> Active<br />
Protection of Smart Buildings<br />
www.smartcitiesindia.com,<br />
aruns@eigroup.in<br />
www.bacnetplugfest.org,<br />
info@big-eu.org<br />
www.automationindiaexpo.com,<br />
arokiaswamy@iedcommunications.com<br />
BIG-EU Office,<br />
www.indoor-mobility-conference.org<br />
BIG-EU Office,<br />
www.cyber-security-conference.org<br />
www.etacetech.com,<br />
info@etacetech.com<br />
Distribution<br />
The <strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> is distributed free of<br />
charge to operators, integrators, planers and facility<br />
managers of functional buildings in <strong>India</strong>. Readers<br />
are also the <strong>BACnet</strong> users as well as partners, members<br />
and friends of <strong>BACnet</strong> Associations and Interest<br />
Groups. Subscription and download are online and is<br />
available at www.bacnetjournal.org/india.<br />
Editor<br />
<strong>BACnet</strong> Europe Interest Group<br />
(BIG-EU), registered society<br />
Droste-Hülshoff-Straße 1<br />
44141 Dortmund, Germany<br />
Phone: +49-231-56777269<br />
Fax: +49-231-42786732<br />
email: info@BIG-EU.org<br />
URL: www.BIG-EU.org<br />
Executive Board<br />
Klaus Wächter, Siemens (President)<br />
Brad Hill, Honeywell Building Solutions<br />
(Vice-President)<br />
Karl Heinz Belser, Johnson Controls<br />
Systems & Service GmbH (Treasurer)<br />
Nils-Gunnar Fritz (MBS GmbH)<br />
(Board Member)<br />
Tobias Kleine (DIAL GmbH)<br />
(Board Member)<br />
November 13<strong>–</strong>14 Orlando/FL, USA Building Operating Management's NFMT 2019 www.nfmt.com/Orlando<br />
2020 Updates are available on www.big-eu.org/en/events<br />
March 08<strong>–</strong>13 Frankfurt/Main, Germany <strong>BACnet</strong> Joint Booth at light + building 2020 BIG-EU Office, info@big-eu.org<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong><br />
Please register here to<br />
receive the e-paper!<br />
www.bacnetjournal.org/india<br />
You will then be notified<br />
of each new issue.<br />
Editorial Office<br />
MarDirect Marketing Direct GbR<br />
Bruno Kloubert (Editor in Chief)<br />
Droste-Hülshoff-Straße 1<br />
44141 Dortmund, Germany<br />
Niharika Yadla (Managing Editor)<br />
Phone: +49-231-42786731<br />
Fax: +49-231-42786732<br />
email: yadla@mardirect.de<br />
Advertising<br />
MarDirect Marketing Direct GbR<br />
Britta von Helden<br />
Phone: +49-231-56777269<br />
Fax: +49-231-42786732<br />
email: vonhelden@mardirect.de<br />
Disclaimer<br />
The author/company bears responsibility for articles<br />
which identify anyone or anything by name. This also<br />
includes release for publication by the users and project<br />
partners mentioned. As editor the BIG-EU requires<br />
that articles be approved for publication by all companies<br />
involved in the project. Any third party claims will<br />
be borne by the author.<br />
Important Legal Information<br />
The client is fully responsible for the content or legality<br />
of any third party materials supplied and the fInal published<br />
form and usage of these materials; in print, electronic,<br />
online, etc. The client is responsible for ensuring<br />
that the rights of third parties by publishing in print,<br />
electronic, online, etc., or any other form of media are<br />
not affected. It protects the contractor, if necessary,<br />
against any and all claims which are made by third<br />
party claimants. The client indemnifes the contractor<br />
free of any claims of copyright infringement. The contractor<br />
is not obligated to check any orders and whether<br />
the rights of any third parties are affected by it.<br />
Picture Credits<br />
BIG-EU, MarDirect and specified companies<br />
Copyright<br />
© BIG-EU <strong>–</strong> Further editorial use of articles in the<br />
<strong>BACnet</strong> & <strong>BMS</strong> <strong>Journal</strong> <strong>India</strong> is encouraged (!) with<br />
reference to the source. Please send a specimen copy<br />
to the editor, or if published online, send the URL per<br />
mail to yadla@mardirect.de<br />
<strong>BACnet</strong> ® is a registered trademark of the American<br />
Society of Heating, Refrigerating and Air Conditioning<br />
Engineers, Inc. (SHRAE)
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