Skip Header Navigation to Sidebar Navigation. U.S.Department of Energy Office of Energy Efficiency and Renewable Energy Bringing you a prosperous future where energy is clean, abundant, reliable, and affordable.
Skip Sidebar Navigation to Main Content
High Performance Buildings - Home
About High Performance Buildings High Performance Buildings
Design Approach
Toolbox
Technologies
About the Initiative
About Our Research Process Change Performance Metrics
News and Events

International Green Building Challenge 1998 — Cambridge Cohousing

Photo of people standing in front of the Cambridge Cohousing buildings in Cambridge, MA. The facility has multiple buildings built to be energy efficient, utilize natural ventilation, and is within walking distance to public transportation.

Photo of the Cambridge Cohousing sign that highlights the different features of the multiple building housing facility.

Cambridge Cohousing is an infill residential project consisting of 41 units of housing on a narrow 1.5-acre site between the street and a railroad track. The housing units range from large, 3-story townhouses to 1, 2, and 3-bedroom flats. The also includes communal facilities including a large kitchen, dining area, childcare and recreational facilities, a library, and shared gardens.

To minimize automobile use, the community was intentionally located within walking distance of public transportation, including buses and the subway. Shopping, services, and entertainment establishments are also within walking distance. Underground parking is also available.

Cambridge Cohousing is designed to require a minimum of energy for heating and cooling. These loads are met with a district heating/cooling system consisting of heat pumps and a boiler. A unique air distribution system within each units draws off water circulated from the central plant to provide heating, cooling, and ventilation. Materials for the project were also selected to minimize environmental impacts.

Skip Footer Navigation to End of Page
SearchWebmasterBuildings Home

U.S. Department of Energy

End of Page
Last updated: 10 August 2006