MyHEAT
201-1228 Kensington Rd NW
Calgary, AB T2N 3P7
Canada
FAQ
Answering your questions about aerial thermal imaging and solar potential mapping.
About MyHEAT
Who is MyHEAT?
MyHEAT is a company known for empowering urban energy efficiency™ by addressing one of the biggest hurdles faced when engaging people about energy efficiency – its invisibility.
For years, MyHEAT has delivered its flagship rooftop heat loss product (HEAT Maps platform) to partners across North America, bringing solutions based on awarding-winning technology created at the University of Calgary and behavioural nudging techniques to life. We’ve helped millions of home and business owners visualize and compare heat loss across entire cities, encouraging them to take action to save energy and money, while increasing their comfort level and well-being.
Since our launch, we’ve expanded offerings to promote the adoption of rooftop solar through our SOLAR Maps platform. Offered through a partnership with Google, we are working with cities to help residents with their first step on their journey to go solar.
For more information, visit our About Us page.
I want to launch HEAT or SOLAR Maps for my area – how do we begin?
Are you a utility company, municipality, or government organization? Great, we’d love to chat about launching a program with you. Please contact us to set up an intro call and demo.
If you’re an upstanding citizen, honorable academic, or admirable non-profit and you’d like to chat, please send a note to hello <@> myheat.ca and we’ll be in touch.
What is MyHEAT doing to reduce greenhouse gas emissions?
MyHEAT’s mission is to reduce the energy required to heat and cool buildings.
HEAT Maps encourage building occupants to improve the thermal envelope of their home, which can help to reduce the energy required to heat and cool the interior. This can be achieved through behavioural changes or promoting participation in local weatherization programs. The less energy consumed, the lower the greenhouse gas emissions released in the production of that energy.
MyHEAT’s SOLAR Maps help homeowners identify if their rooftop is suitable for solar panels. Switching to solar panels can reduce the building’s reliance on energy from the electrical grid, and in doing so, can reduce emissions one building at a time.
MyHEAT is also Climate Neutral Certified. This means we have measured our carbon emissions, offset our footprint to a net of zero by purchasing high-quality, verified carbon offset and removal credits, and we have committed to reducing our emissions over time with actionable goals.
Heat Loss Maps
How does MyHEAT build and deliver Heat Loss Maps?
MyHEAT’s process starts with airborne thermal data collection. We integrate key benefits of a world-class thermal sensor, with patented processing methods that utilize computer vision and machine learning. With industry leading data fidelity and acquisition capabilities over traditional airborne cameras, thermal data can be collected for entire cities over the course of a few days.
The collected data is processed to reveal individual building’s heat loss details, as well as comparable energy efficiency metrics over an urban area. Our proprietary process includes an industry first—the ability to automatically correct for local changes in temperature, microclimate and elevation so all buildings are evaluated as if they were collected at a single instance in time. This allows us to compare urban heat loss over different dates as well as between houses, communities, and cities.
To learn more, check our out How Thermal Heat Loss Mapping Works page in more detail.
Solar Potential Maps
How does MyHEAT build and deliver SOLAR Maps?
MyHEAT has partnered with Google to apply the Project Sunroof technology in communities across Canada.
For more information on the SOLAR Maps platform, visit the SOLAR Maps FAQ page. For specific questions regarding the Project Sunroof technology, visit Google’s Project Sunroof FAQ page.
Where we've mapped
Is there a HEAT Map for my location already?
MyHEAT has mapped thermal heat loss insights for over 5 million homes across North America. If a map is live and publicly-accessible for any locations listed below, it will be show as a link on our HEAT Maps page. If it isn’t linked, unfortunately the map is either private or currently unavailable.
In Canada, we have mapped several communities in Alberta such as Edmonton, Airdrie, St. Albert, Okotoks, Calgary, and more. We have also mapped the GTA, Ottawa, Saint John, Saskatoon and Nelson.
In the US, we have mapped towns and cities in the states of Illinois, Michigan, Wisconsin, New York, Massachusetts, and Washington.
MyHEAT can map heat loss insights for new cities within a few nights, once a project contract is established. Get in touch to launch a HEAT Map for your customers or residents!
Is there a SOLAR Map for my location already?
MyHEAT is proud to partner with Google Project Sunroof in Canada.
Solar Potential Maps in Canada exist in the following cities:
- Edmonton, AB
- Sherwood Park, AB
- St. Albert, AB
- Saskatoon, SK
- London, ON
- Fredericton, NB
MyHEAT has the ability to create SOLAR Maps for hundreds of communities across Canada and the US. Get in touch if you’d like to launch one with us!
Privacy and Data
What happens if a person doesn’t want their home displayed on the MyHEAT platform?
MyHEAT’s platforms are typically offered on an opt-out basis. Any removal requests for the HEAT Maps platform will be addressed within 1-5 business days. Any removal requests for the SOLAR Maps platform will be directed to the Google Project Sunroof resource.
Can MyHEAT actually 'see' into a house?
No, MyHEAT cannot see into homes. The thermal camera used for our HEAT Maps platform cannot see through windows, roofs, or walls and we cannot identify any people or contents within the home. Read more in our Privacy Policy.
Other Questions
How do I get in touch to ask a question not answered here?
To learn more about MyHEAT and our heat loss and solar potential platforms, please contact us.
Improve energy efficiency program results with compelling and comparable visual heat loss and solar potential insights, at city-scale.