What is IMBY energy?
IMBY Energy is a comprehensive Neighborhood Energy project in SE Portland, Oregon. IMBY will provied renewable, carbon-neutral, thermal energy to a single block (14 homes) on SE Salmon Street.
Learn More »What's the latest news?
For the latest project updates and information about what’s new with IMBY, check out our blog.
Read our blog »I'd like the technical details
To learn more about the technologies and methods behind IMBY, visit our wiki.
Visit our wiki »1.21 Jigawatts?!
We took an ordinary neighborhood and turned into an energy efficient one. Saving an annual 1.21 jigawatts of electricty. Well, okay, to be perfectly honest that’s a made up number... but come on people, haven’t you seen back to the future?
Solar Panels
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Weatherization
We believe conservation is the best energy investment. Negawatts before megawatts. We don't want to invest a bunch of time and effort to create our own clean, green energy if it is just going to trickle out of people's leaky old windows and uninsulated walls.
What is Neighborhood Energy
Neighborhood energy (or district energy, as it is also known) is a centralized heating and/or cooling system located on one site that serves multiple neighboring buildings. There are over 6000 of these systems in the US.
Show More »Our Implementation of Neighborhood Energy
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Neighborhood Energy
Neighborhood energy systems connect all the places in a community - such as schools, churches, businesses, and residences - in a common thermal energy grid. A central plant heats water which is then distributed throughout the neighborhood in underground, insulated pipes. End users install thermal transfer equipment (air handlers, radiators, etc.), allowing them to heat air and domestic water from the incoming hot water supply. In the US, it is common to find district energy systems on college campuses, in industrial parks and downtown areas. In the last 30 years, European countries have pioneered the development of smaller-scale applications of the technology, creating neighborhood energy utilities tying together detached single family homes, schools, churches, etc.
