The Internet of Things &
Smart Heat Controls in Social Housing
Market Intelligence Report
2020
Commissioned by Secure Meters (UK) Ltd
Contents
4 Forward from Nigel Ebdon
5 Executive summary
6 The Internet of Things
7 Smart cities
8 Connected homes
9 Connected landlords
10 Smart heat controls
12 The survey
12 Question one: Have you installed IoT solutions in your homes?
13 Question two: What IoT solutions have you installed?
14 Question three: Are you currently considering new home sensor solutions?
15 Question four: What IoT solutions are you considering?
16 Question five: What approach is your organisation taking to the Internet of
Things in homes?
17 Question six: How aware are you of the IoT solution smart heat controls?
18 Question seven: What are the two main barriers to the adoption of smart heat controls?
19 Question eight: Can you rate the importance of the following benefits of smart
heat controls?
The Internet of Things & Smart Heat Controls in Social Housing
Market Intelligence Report 2020
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Forward from Nigel Ebdon
Development Manager at Secure Meters (UK) Ltd
Welcome to our 2020 Internet of Things (IoT) and Smart
Heat Controls Market Intelligence Report, exploring the
awareness and uptake of IoT and IoT solutions and devices
in social housing.
The concept of IoT may not be new, but as this report
suggests, the uptake of smart property and connected
devices in social housing is still in its relative infancy,
despite a number of early adopters blazing a trail.
Our research also suggests that mass adoption is
just around the corner, with the majority of landlords
considering an IoT solution.
This report follows our 2018 market intelligence report on
the uptake of smart heat technology in social housing,
which is still available on request.
Secure Meters (UK) Ltd has a long and proud heritage
in property technology in UK social housing, and we are
now innovating to develop a range of new applications, such as independent living solutions,
that will enable older or vulnerable people to live safely in their homes for longer.
Executive summary
This report covers the results of a recent IoT survey of social
housing asset, energy and sustainability professionals.
The key findings of the report are as follows:
• Over half of those surveyed have installed or trialled IoT sensor solutions in their homes,
however 40% are yet to do anything in this area.
• Uptake of technology is imminent with 80% currently considering new home sensor solutions.
•
The two leading sensor solutions adopted by landlords both relate to energy use: smart heating
systems and smart meters.
• IoT solutions being considered by social landlords are lighting, heating systems, water leakage
and damp protection, and carbon monoxide, smoke and fire alarms.
• 80% of respondents are aware of smart heat controls, and this is likely to translate into massadoption
over the coming years.
• The two most valued benefits of smart heat controls both relate to tenant welfare, they are
supporting vulnerable tenants and reducing fuel poverty.
• The two main barriers to the adoptions of smart heat controls are cost and the capital investment
required to purchase the technology.
I’m fully aware that social housing presents its own set of unique demands, so we always
welcome the input and feedback from housing professionals to ensure we’re innovating in the
right areas.
We hope that this report highlights our commitment to better understanding the challenges
facing our customers, and that you find its contents useful.
Nigel Ebdon
Development Manager
nigel.ebdon@securemeters.com
The Internet of Things & Smart Heat Controls in Social Housing
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The Internet of Things
It’s now twenty years since the term the Internet of Things
(IoT) was first coined, and IoT is now a daily reality for most,
with millions regularly using or experiencing connected devices
- albeit often without knowing it.
Web connected ‘things’ can now be monitored and managed remotely, with terabytes of data ordered
‘granularly’ so it can aid or even dictate better machine or human decision making.
Smart cities
IoT technology sits within the wider smart city movement, which sees the everyday lives of millions
of people worldwide made easier and more secure by “previously undreamt-of services enabled
by digital” 1 .
Smart cities are as much a human as they are a technological revolution, changing the relationship
that citizens have with government, business and each other.
Financially, global smart city spend is set to exceed US $1 trillion by 2020, the majority of which will
be invested in big digital urban infrastructure, such as the 5G rollout in the UK.
For example:
• Local authorities know how many streetlights need to be replaced each day.
•
•
A heat service supplier knows which of its customers’ boilers will fail prior to winter.
Individuals can have chronic health conditions monitored remotely by care providers.
The web connected world
Personal
(Wearable, AV/VR)
Smart buildings
(Heat and lighting controls)
Automotive
(Monitoring driverless cars)
Infrastructure
(Smart cities, street lighting)
Logistics
(Visibility of goods)
Industry
(Supervisory controls,
efficiency, safety)
Retail
(Customer footfall
and interaction)
Financial services
(Customer security)
Healthcare
(Remote patient monitoring)
The home
(Heating, security, appliances)
1
Creating the smart cities of the future, pwc.
The Internet of Things & Smart Heat Controls in Social Housing
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Connected homes
Individual households are also making their properties and domestic devices more connected by
investing in the latest home digital infrastructure.
This allows the proprietor to either control devices remotely via the web, or for systems, such as
heat, light, security or entertainment, to be optimised using data gathered from a variety of sensors
positioned around the home.
The web connected home
Connected landlords
The potential for IoT or smart technology in social housing is considerable, but the market’s unique
characteristics require tailored technologies.
Unlike most consumer technologies that are designed to primarily benefit the individual household,
social IoT solutions will also benefit the landlord by aggregating data from hundreds or thousands of
homes, aiding better housing stock decision making.
It’s these dual tenant/landlord benefits, and the potential improvements they can make to the
tenant customer experience, that makes connectivity so appealing.
Safety
(Carbon monoxide,
smoke & fire alarms)
Healthcare
(Independent living technology)
Tenants benefit from greater control over their homes and improved customer service, while
landlords can intelligently deploy resources to where they are most needed – reducing inefficiency
and solving problems earlier and in fewer attempts.
Connected social homes: driving up standards
Water
(Leak and humidity detection)
Heating
(Smart thermostats)
Landlord
Intelligently deploy resources,
improve customer service and
reduce inefficiency.
Lighting
(Remote lighting controls)
Utilities
(Smart metering, energy storage)
Gardens
(Connected irrigation systems)
Security
(Locking, monitoring
and alarm systems)
A recent EY survey of over 2,500 UK households has revealed 2 :
• 22% of UK households now own a voice-controlled digital home assistant device, such as an
Amazon Echo or Google Home, and 41% of households plan to own one in the next five years
• 12% of households own a smart heating device
• 11% own a smart lighting device
•
•
41% plan to own these products over the next five years
Smart security device ownership has reached 9%, with 37% of households expecting to own one in
the next five years.
Tenants
Improved customer experience
and offer more control over
home environment.
Appliance supplier
Monitor appliances,
tenants assistance,
and solve problems quickly
or before they occur.
Particular circumstances have also driven the social market. For example, the recently introduced
Homes (Fitness for Human Habitation) Act gives tenants more power against landlords who fail to
keep properties safe from hazards such as cold and poor air quality. 3
Sensors and the IoT will not only alert landlords to act and quickly fix failing properties, but also
leave a digital record of the condition of the home, which can be used as an auditable trail
if required.
Technology to aid independent living for older or vulnerable residents is also set to boom, with
sensors allowing people to safely live in their own homes for longer.
2
Taking stock of the smart home, EY, 2019 www.ey.com/uk/en/services/specialty-services/ey-taking-stock-of-the-smart-home
3
How to get your landlord to fix damp or mould as thousands of renters live in unsafe homes,
The Sun 26/6/19 www.thesun.co.uk/money/9371346/landlord-fix-damp-unsafe-homes/
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Smart heat controls
Now recognised as an increasingly established technology,
smart heat controls (smart thermostats), have been deployed
by dozens of social landlords, often as their first foray into
mass roll-out IoT 4 .
So how do they work? And why are they proving
so popular?
Whereas a traditional thermostat just regulates temperature, a smart, connected thermostat uses
data from a variety of sensors in order to improve the efficiency of the entire heating system.
Systems can detect home occupancy using a variety of sensors, learn tenant behaviour, and switch
the users heating on and off when required. It is this combination of automation and increased
control that is changing the way occupiers interact with their heating systems and should save them
money in the process.
Smart sensors can monitor:
• Temperature (ambient and room)
• Humidity
• Occupancy and movement
• Boiler performance
• Carbon monoxide
The popularity of smart heat controls stems from the number of problems solved from a
single installation.
Tenants benefit from increased control, improved home environment and reduced fuel bills –
while landlords can identify and fix underperforming heating systems, and spot issues such as fuel
poverty and mould growth.
4
Smart heat technology in social housing market intelligence report 2018 www.yumpu.com/s/jp4h5vJGy3ISaXTE
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The survey
Question two: What IoT solutions have you installed?
Conducted in January and February 2019, this survey was
completed online by UK social landlord professionals,
and follows on from Secure Meter’s 2018 survey: Smart Heat
Technology in Social Housing. Last year’s report can be found
at yumpu.com/user/BeanbagSmart
A
B
C
D
0%
9%
13%
35%
A
B
C
D
Security
Locking systems
Lighting
Heating systems
Question one: Have you installed IoT solutions in
your homes?
E
F
G
9%
9%
17%
E
F
G
Water leakage and damp protection
Carbon monoxide, smoke & fire alarms
Smart appliances
H
0%
H
Garden irrigation systems
A
20%
A
Yes in 100+ homes
I
4%
I
Healthcare
B
24%
B
Less than 100 homes
J
30%
J
Smart meters
C
12%
C
Only pilots installations
K
40%
K
None
D
40%
D
No
L
26%
L
Other
E
4%
E
Other (please specify)
10 20 30 40 50 60
10 20 30 40 50 60
The landlord responses are symptomatic of a technology still in the early stages of uptake.
Encouragingly 56% have installed or trialled IoT sensor solutions in their homes, but this is
countered by the fact that 40% have still to do anything in this area.
Like many markets, the advancement of technology in social housing tends to be influenced by a
small number of early adopters, including larger landlords such as L&Q, Guinness and Bromford and
smaller, nimble innovators such as Coastline Housing.
As IoT becomes increasingly proven and benchmarked, so the rates of market adoption should reach
near 100% in coming years.
The two leading sensor solutions adopted by landlords are both related to utilities; heat and energy.
35% of respondents have installed smart heating systems, while 30% have deployed smart meters.
Interestingly (supporting the findings in question one) the second most selected response is no
solutions installed as yet.
Mark England, Head of Technical Services at Coastline Housing, isn’t surprised by
these numbers:
Heating is an essential area of focus for landlords, but getting efficient heating systems
installed in the first place is the most effective route. Smart controls can then be added to
an already efficient system to provide additional benefits.
Smart metering is also interesting, because if landlords have fitted phase one meters then
their customers may have additional issues if they decide to change energy suppliers,
so this could lead to some dissatisfaction in the longer term.
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Question three: Are you currently considering new home
sensor solutions?
Question four: What IoT solutions are you considering?
A
16%
A
Security
A
80%
A
Yes
B
24%
B
Locking systems
B
20%
B
No
C
36%
C
Lighting
10 20 30 40 50 60 70 80 90 100
D
52%
D
Heating systems
80% responded yes to this question, and is further evidence that the growth of home sensor
solutions is set to accelerate dramatically over the coming years.
E
F
36%
48%
E
F
Water leakage and damp protection
Carbon monoxide, smoke & fire alarms
G
20%
G
Smart appliances
H
4%
H
Garden irrigation systems
I
24%
I
Healthcare
J
28%
J
Smart meters
K
24%
K
None
L
20%
L
Other
10 20 30 40 50 60
The responses to this question make for an interesting comparison to question two – what solutions
have been adopted compared to what are being considered.
Other than smart metering, technologies under consideration outperform those already installed in
every area.
The ‘none’ option also drops from 35% to 24%.
Matthew Gardiner, Head of Ideation at L&Q, comments:
Looking ahead, we’re investigating ‘digital twin’ - the ability to predictively model the
impact of component usage, and external factors, such as rainfall and temperature change,
on the performance of our assets in order to better manage them.
Looking beyond that? I can envisage self-repairing homes, where the house uses sensors
to detect problems, and orders the work and parts. The work is then done by robotic
or augmented reality workers using a HoloLens, with a house “wallet” paying the bill,
all improving the speed and quality of the work.
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Question five: What approach is your organisation
taking to the Internet of Things in homes?
Question six: How aware are you of the IoT solution
smart heat controls?
A
B
C
D
12%
12%
16%
60%
A
B
C
D
An individual problem solving approach
i.e. finding solutions for particular challenges
A wider strategic approach
Not currently being considered
Other
A
B
C
D
8%
12%
40%
40%
A
B
C
D
Very aware – we’re trialling or have
trialled/installed smart heat controls
Aware – we’re aware of smart heat controls
as a concept
Limited awareness – I’ve heard the term
smart heat controls
No awareness – I don’t know what
smart heat controls are
10 20 30 40 50 60 70
10 20 30 40 50
The purpose of this question is to understand if landlords are seeking IoT solutions to solve specific
problems, or are sensors and IoT part of a wider strategy.
Interestingly, a wider strategic approach proved to be the clear preference, securing 64% of
responses – with individual problem solving at 20%.
However, the validity of the answers given has to be called into question when you consider
relatively low levels of IoT adoption, and at the present time there is little real-life evidence of 64%
of landlords having an IoT strategy.
Questions two and four revealed that smart heat controls are one of the two most popular IoT
housing solutions with social landlords, and this is matched by perceived market awareness and
understanding of the technology.
80% of respondents claimed to be very aware or aware of the technology – and this is likely to
translate into mass-adoption over the coming years.
More likely IoT is being deployed to tackle various strategic priorities within businesses, such as:
• Identify high humidity and mould growth
• Reducing fuel poverty
•
• Locating failing boilers
Identifying malfunctioning smoke and fire alarms
Matthew Gardiner said:
L&Q’s strategic approach covers; what technology we deploy, in the kind of homes we
should be building, how we are organised and skilled to use the data generated, and how
we turn that data into actionable insights to improve the customer experience.
There has to be a strong digital culture in the whole organisation from the Board down
to every individual. We are making IoT deployment a part (and it is only a part) of a much
wider project to get ‘digital in our DNA’ within a decade.
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Question seven: What are the two main barriers to the
adoption of smart heat controls?
Question eight: Can you rate the importance of the
following benefits of smart heat controls?
1
237
1
Supporting vulnerable tenants
A
40%
A
The capital investment
2
234
2
Reducing tenant fuel bills
B
C
D
20%
20%
24%
B
C
D
Lack of information
Confusion over differing and
conflicting technologies
Other priorities
3
4
5
231
227
223
3
4
5
Improving repairs and maintenance efficiency
Using data to better manage your
housing assets
Improving customer service
E
32%
E
We need to trial the technology first
6
211
6
Increasing environmental
performance/efficiencies
F
28%
F
Other
7
209
7
Reducing costs
10 20 30 40 50 60
8
205
8
Reducing CO 2
The two leading barriers to adoption of smart heat controls are the cost and capital investment
required to purchase, and the need to trial and prove the value of technologies before committing to
significant installations.
Nigel Ebdon Market Development Manager at Secure Meters, comments:
Traditionally, thermostats had a low profile with landlords, as the purchasing decision was
made by a third party contractor or developer.
However, new connected, smart thermostats are significantly more expensive, so landlords
need the opportunity to trial them and prove they’re worth the investment. Most suppliers
have now made product ‘test driving’ a standard element of purchase.
190 200 210 220 230 240 250
Respondents were asked to score the importance of eight potential benefits of smart heat controls,
allowing perceived importance to be ranked.
Interestingly, the two most valued benefits are both related to tenant welfare, namely supporting
vulnerable tenants and reducing fuel poverty.
Fuel poverty remains a persistent problem in the UK, according to the Department for Business,
Energy & Industrial Strategy 2.53 million households are classified as fuel poor – that’s around
10% of homes 5 .
In its 2019 Fuel Poverty report, it highlights energy efficiency as one of three key solution drivers
(along with income and fuel prices).
As higher energy efficiency reduces a household’s fuel costs then as a result a household is
less likely to be classified as “high cost”. As fuel poor households get more energy efficient,
they have lower costs required to heat their homes and so the gap also decreases.
Although social homes tend to be more energy efficient than private rental sector properties,
landlords are quick to invest in technology that can further increase efficiency – particularly in the
face of rising fuel costs.
The third placed benefit is improving repairs and maintenance efficiency, which is most likely linked
to the remote monitoring of boilers, allowing landlords to prioritise those boilers and heating
systems that are most likely to fail.
5
Annual Fuel Poverty Statistics in England, 2019 (2017 data), Department for Business, Energy & Industrial Strategy
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Commissioned by
www.securemeters.com
sales@securemeters.com
+44 (0)117 978 8700
@BeanbagSmart
yumpu.com/user/beanbagsmart