The document discusses an intelligent living system called Wondrwall that automatically controls home functions like heating, lighting, security and safety through sensors and machine learning. It learns user behaviors to seamlessly support the living environment. Wondrwall uses mesh networking for reliable whole home coverage and monitors rooms for security. It intelligently saves energy by learning behaviors and turning things off when not needed. The system ensures thermal comfort and wakes users to the ideal temperature.

1. SMART Partners we bring In-House
Infra-Red heating systems
Healthy Buildings for Healthy People
Make your life
easier and more
efficient without
having to think
about it.

2. Benefits summary of Infra-Red
heating systems
Infra-Red heating feels different and more comfortable.
• Infra-Red heating panels and systems create warmth and comfort through
inducting warmth into objects within a close range (sub 10m) and combines this
with emitted warmth from the panel.
• This means that we “feel” warm rather than having to wait for the air warm up
around us in traditional systems. This is the comfort factor that is measured
through experience surveys, rather than just a temperature measure on traditional
systems.
• Infra-Red is the wavelength adjacent to normal visual light and is far away from
dangerous wavelengths that we are familiar with (X-ray, UV, Microwaves) so it is
safe technology that our bodies are 100% capable of handling and benefitting
from.

3. • Infra-Red heat creates comfort and warmth through inducting or radiating warmth into objects within the
dwelling and does not rely on the air being warmed and circulated. This stabilizes the comfort experience in the
building, no hot lofts and cold cellars, as well as reducing the dust circulation.
• Infra Red uses less energy and has a lower carbon impact.
• A typical dwelling traditional system (Gas or Electric) has a consumption of c4500 – 11000 watts (Gas) or 18kw
(electric storage / convector.
• A typical dwelling Infra-Red system has a consumption rating of c2000 – 4000 watts. Being a lesser energy
consumption.
• Traditional systems must work at full energy levels to provide any and all
• heat in the dwelling – so off or full on.
• Infra-Red heating systems deploy warmth only where it is wanted and needed, so only use the panels for the
desired areas in the dwelling. This means that only part of the system works to supply the areas being used – so
less consumptive.
• Our intelligent controllers manage the panels to maintain a temperature in a zone, so IT systems “top up” comfort
locally, resulting in short regular boosts from part of the system, rather than full system operation all the time.
• BIM and dynamic modeling allow us to embed these dynamics into Whole Life cost and Consumptive predictions
for the building and inform SAP and SBEM assessments demonstrating lower consumption and reduced energy
and carbon impacts – positively contributing to the passive and Net Zero aspirations for dwellings.

5. Infra-Red Systems are less intrusive than traditional systems.
• Traditional systems are typically mounted in the lower quartile of the wall, or
floor mounted in the case of storage heaters and can restrict the usability of
the space by the occupier
• IR comfort is achieved where it is needed – without full system consumption
• Behaviors - Users are more in control of their environment and feel
comfortable with the temperature at all times.
• Infra-Red technology is recognised as exemplary and far less expensive to run
than traditional
In 2018 the NW regional and UK National Constructing Excellence award for
innovation recgnised the use of integrated M&E systems and plug and play
technology – this included G3D Infra red heating, low voltage and energy storage
systems and intelligent control systems into a combined system within a modular
dwelling for a UK housing provider.

7. Pilot RHP – in situ since 2017
Factory Manufactured Timber framed modular units configured as a single dwelling. Extremely airtight design
and finishes and double glazed , approaching passive house standards.
Timber wall units, clad in slips of reconstituted stone and brick.
Flat roof carrying integrated PV units for LV secondary system.
Equipment deployed
Powder coated radiator units X 5
Mirror x 1
Kitchen , bedroom, bathroom and living space
Underfloor film and mounting pad
Throughout unit.
Position of deployment
Wall mounted Ceiling mounted Kitchen plinth type above units - photo
Underfloor (timber)
Controllers
Individual unit controls, separate room thermostats.
Monitoring
Bespoke on line monitoring system web enabled, which records internal temperature, humidity and external
temperatures as well as 30 second interval energy monitoring.
Observations and additional outcomes
The temperature within the units has been self moderating with the dual system and thermostatic controls.
The initial deployment has used both systems and maintained a steady and comfortable temperature.
IR radiator heaters consumed power at the rate of 174kw or c £24 per month during November, December and
into January. Seasonal notional adjustment in line with DECC guidelines indicate c£175 per annum cost.
The typical cost of heating other Richmond Housing single occupier units exceeds £ 31 per month.
You are welcome
to visit this property

8. Bespoke discrete plinths
Ceiling grid mounted units
Whole house IR systems – walls, mirrors and plinths
Sophisticated Monitoring
Simple Controls
App based controls

9. Summary & Conclusion
Dynamic energy simulations of a typical UK 1910’s house using both IR panels and electric heaters have shown the following are true:
Wall mounted IR panels provide better air circulation and temperature distribution than similar electric convective heaters.
IR panels and electric heaters provide a similar annual comfort coverage, with 91% and 96% coverage respectively.
Both methods of heating have shown capacity for maintaining thermal comfort within the recommended boundaries of -1 and +1 using the KSU TSV index
IR panels have demonstrated the ability to provide a warmer environment than when using typical electric convection heaters,
with an increase in warmer sensation coverage of 38.3%.
When comparing the energy consumption of each heating method, IR panels were found to use 22.6% less energy than electric convection heaters.
This reduced consumption is accredited to the radiant nature of the IR panel; thermal comfort is achieved without the necessity of increasing air temperature.
Overall, IR panels provide a warmer heating environment than typical electric heaters.

10. Heal t hy Bui l di ngs for Heal t hy Pat i ent s Febr uar y 2019
Healthy Buildings for Healthy People
Living PlanIT is committed to improving the quality of life through technology. We are committed to making all buildings healthier, by making
better and more equitable use of space and by reducing the transmission of harmful bacteria, fungi and viruses through the air, water and
surfaces.
We worked closely throughout 2018 with Santa Casa de Freamunde, a nursing clinic in Portugal, to determine the efficacy of real-time
monitoring and interventions in the avoidance of harm. This was the first phase of a longer-term program and comprised early detection
and control of harmful pathogens in the built environment. The outcomes were compelling. The number of patients infected over a 12-
month period was halved and respiratory infections and illnesses associated with multi- resistant bacteria were virtually eliminated. The
prescribing of powerful antibiotics was no longer needed.
Period Patients Infected Typesof infection Typesof antibiotic
Jan2017 – Jan2018 33 9 Urinary, respiratory&
multi-resistant bacterial
Medium tohigh spectrum
Feb2018 – Mar 2019 33 4 Urinary Lowspectrum
In addition, the Chief Nurse reported fewer instances of staff illness over the 12-month period, together with reduced concern from
staff about treating infected patients. Our target is to reduce infections even further by reducing human exposure to harmful microbes,
encouraging exposure to beneficial microbes and sustaining healthier buildings.
“The partnership between Santa Casa de Freamunde and Living PlanIT has allowed us to improve quality of life of our patients and
increase staff capabilities in both know-how and performance. We believe that the digitalization of our institution is key to the
innovation, continuous efforts and commitment to the care we provide to our patients – and our partnership with Living PlanIT is the
driver to achieve these goals”
Helena Costa (Technical Administrative Director), and Pedro Silva (Chief Nursing Officer)

11. Heal t hy Bui l di ngs for Heal t hy Pat i ent s Febr uar y 2019
Healthy Buildings for People to Have Healthy Lives

12. Heal t hy Bui l di ngs for Heal t hy Pat i ent s Febr uar y 2019
Healthy Buildings for People to Have Healthy Lives
People & Microbes living Together
The composition and viability of indoor microbial communities are determined largely by characteristics of the building in which they
inhabit, including the availability of water and nutrients for growth and survival, the building’s occupants and the external environment.
The building systems,and how these are operated, affects the microbialcommunity.
The characteristics of healthy indoor environments is difficult to define and affected by such things as the building ventilation systems and
the chemistry of building materials, and in ways that impact the microbial communities. A better understanding is needed to promote
health and prevent disease. The factors and influences are extraordinarily complex and can be explored only asa dynamic, interconnected
ecosystem by engagingthe fields of microbial biology and ecology, chemistry, building science, and human physiology.
The impact of building operations and maintenance on the health-supporting aspects of the indoor environment are often overlooked. For
example, replacing air filters regularly and avoiding water stagnation can have a significant effect on the health of people in a building, but
deciding how, when and where to do so is not always clear. The use of intelligent sensing is an effective way of managing these and other
important actions. The water quality, air temperature and humidity and performance of natural and artificial ventilation systems all have a
strong influence on the survivability of bacteria, fungi andviruses.

13. 1
• Founded in 2006
• Technology company that applies software and AI solutions, using data and
interventions to improve the performance, availability and safety of the built
environment
• Highly collaborative, ecosystem of experienced and capablepartners
Introduction to LivingPlanIT
ComputerScience
PlanITUrban Operating SystemTM (UOS)
Biological& ChemicalScience
Biological & AI enabled dataingestion
DataScience
Analytics & ArtificialIntelligence

14. Modular Homes–“Smart Ready”out of thebox
• Imagine ahome coming with‘smart’ embedded in its very fabric
• An award winning IoTplatform and artificial intelligence, with asuite of sensorsembedded into the
homes, potentially at the point of manufacture, providing energy control, environmental monitoring, and
health and wellbeing solutions asstandard
• Additional plug and play modules available, for example to provide peace of mind for the families of
vulnerable adults
• Programmable, adaptable and future-proofed homes
• Connected and fully controllable
lighting,
heating, cooling and
sockets/appliances
• Easeof use – control your home
from a wall panel, PC,or from your
phone anywhere in the world
• Self-learning heating/cooling timers
• Pre-programmable lighting, EV
charging
• Enable local smart energy grids
• Lower energy bills
• More comfortable home
• Real-time indoor air
quality andhumidity
monitoring
• Real-time water quality
monitoring for
pollutants and harmful
microbes
• Safeand automatic UV-
light sterilisation of water
• Automatic leak detection
• Reducedrisk of damp and
mould
• More comfortable and
healthier home
• Intelligent and self learning
home security
• Interconnected and mutually
supporting community
security
• Smart doorbells and access
control
• Remote control and accessof
security systems for peace of
mind anywhere inthe world
• Optional indoor safety
monitoring for
vulnerable adults
• Safer homes and communities

15. Upgradable Homes–Additional Modules
• Older or vulnerable people canhavepeace
of mind through enhancedmonitoring
• Movement and activity monitoring – has
the person got up as expected, used the
bathroom, usedthe kettle…
• Detect unusual patterns of behaviour
• Automatic falldetection
• Water temperature control forbaths
• Remotesupervision of doorbell andaccess
control
• Familieswith young children maywelcome
enhanced monitoring options
• Built in baby monitors and indoorlocation
tracking for children – where arethey!
• Enhancedair quality monitoring forbabies’
bedrooms
• Detect unusual patterns of behaviour
• Automatic falldetection
• Potential for wider communitycapabilities
through allowing homesto talk to each
other
• Intelligent fire and security systemsthat
warn neighbouring homesand
automatically alert emergencyservices
• Community flooddetection
• Homeswith solar PVand batteries, with
smart energyusemanagedby the
embedded platform
• And more…
Programmable,Adaptable and Future-Proofed
• New sensors,devicesor applications caneasily be adapted and connected, through open standardsIoT
• Basicmodules canship asstandard with all homes (energy, healthy environment, security)
• Additional modules canbe optional or ‘premium’, suchasfor vulnerableadults
• New modules and capabilities canbe developed asrequired
• Examplesbelow
SafeHomesfor Vulnerable Adults Familieswith Young Children Other
© 2019 Living PlanITAG - Confidential 1
5

16. Under the Hood
IoTPlatform
• Highly scalable real-time data,analytics
and control platform
• Award winning1, designedto be
distributed and embedded,enabling
intelligence and control at theedge
• Capableof connecting to awide rangeof
sensors, devices and equipment
• Integrating and convergingdata,enabling
analytics, converged control of multiple
and disparate systemsand equipment
Cutting EdgeSensing
• Neural Network backedsensingfor
physical,chemical andmicrobiome
• Air, water andsoil
• Detects 35+parameters in water,including
E.Coli,and canaccurately predict
Legionella
• Industrial grade sensing at domestic
pricing
Analytics &AI
• Trained Neural Network capableof
identifying patterns andanomalies
• Wiley-Prize winning multi-criteria decision
making tool (WISDOM)for longer term
complexland useplanning
• Unlock intelligence and insights from home
data, to optimise performance &outcomes
• Propagatenew algorithms remotely to
multiple homesbased learnings from
shared anonymisedhome data
• Industrial grade AI forhomes
• Robust& IndustrialGradeTechnology
• Award winning open standards IoTplatform adapted from Formula One– ultra
fast and scalable, real-time data and control
• Integrated and real-time, analytics ready data
• AI neural network can identify patterns, correlations and anomalies, enabling
predictive analytics for energy, security, health andwellbeing
• Homes can learn and get smarter over time
© 2019 Living PlanITAG - Confidential
• Industrial grade IoTforhomes

17. This is Intelligent Living
Make your life easier and more efficient without having to think about it.
Wondrwall is a pioneering intelligent living system that makes your home adapt to your needs
and desires – automatically controlling heating, lighting security and safety, with voice control
technology to change any of the settings at any time.
Wondrwall learns and works around you, observing how you actually live, which rooms you
spend the most time in and how you use heating and lighting. It seamlessly and intelligently
supports and enhances your living environment without your input.
Intelligent Living
Wondrwall gives the home a brain and the intelligence to controlitself
Make life easier

18. Complete Home Coverage.
Wondrwall uses highly reliable mesh networking with light switches connecting to each other rather than a
central hub. This allows for lower power consumption while still covering large areas making it perfect for
technology-rich smarthomes.

19. Have complete peace of mind.
The Wondrwall light switch contains 13different sensors to understand your living patterns. The motion
Sensors are the core ofour security system and monitor every room and area of the home for a more
complete intruder detection coverage.

20. See how much you've saved.
Unlike other smart home technology, Wondrwall intelligently learns from your
behaviour. If you leave the house without turning a light off, Wondrwall will turn it off
for you. Then at the end of each month, you can see a report of everything Wondrwall
has saved you.

21. Comfortable living
Wondrwall knows how long it takes your home to reach the ideal temperature ensuring there isn’t a moment of
discomfort. Identifying your temperate preferences from past behaviour enables Wondrwall to wake you to just the
right temperature in the morning, while timing your heating to avoid wasting energy.

22. Learn more about Wondrwall