Bulb Hotspotter
Tracking heatloss in your home*
Jonathan Hadlow
Royal College of Art
Bulb Energy
Jonathan Hadlow
Royal College of Art
Bulb Energy
Overview
-Challenge
-Bulb energy asked me to prepare and create a template for massive change of how we heat our homes to embrace heat pump technology and achieve a truly zero carbon objective.

Background
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Air Source Heat Pumps
-The Heat Pump works along the same lines as a refrigerator or air conditioner. It is basically an air con running backwards. Air-Source Heat Pumps (ASHPs) utilise the outside air as a heat source, and, as such, are easier and much less expensive to install than a ground-source model. An air-source heat pump consists of two units, one inside and one outside.

Research Summary
-Gains
- Heat pumps are a new way of heating homes at a low constant temperature. This is a comfortable future, where we no longer go from being too hot to being too cold.
- This technology ensure greener homes with better heat retention.
- Ultimitely, lower energy costs.
Pains
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The majority of customer do not think about the heating systems in their home. Heat pumps require changes to behaviour and time spent learning to understand this new technology.
- Heat pumps are considerably more expensive than traditional boilers. Government support and grants are complex and only offer support to a tiny fraction of UK households.
- The installation process takes a considerable amount of time and planning. You cannot simply wait for your boiler to break down before starting the process.
- The spacial requirements for both internal and external units limit their use in densly populated areas and smaller buildings.






This is not yet a solution for everyone, only the few who are engaged, willing and able to embrace the change and upfront costs.

Develop
-How do we build towards a future of heat pumps and engage those customers long before purchasing this technology becomes an option?

As the price of everything, including energy continues to rise, this gives customers the chance to make smaller, manageable, stepped changes toward our zero-carbon objectives.
British homes lose energy 3x faster than the German or Swedish homes often used to demonstrate ASHP's success. Therefore, retrofitting the 27 million existing homes has a much greater potential than new-builds for cutting emissions, driving commercialisation of products, and improving comfort and well-being.
Ideation
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Heatmapping offer customer the opportunity to engage with heatloss in their home. New, cheap heat loss cameras capture live images enabling customers to see exactly where they can make improvements and savings.


Testing mapping
Solution
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Validation
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Key Learning
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