How Housing Cooperatives Can Work to Fight Climate Change

Biofriendly Planet published this article by Emila Smith on how housing cooperatives in the United States are adopting practical climate actions. The piece frames cooperatives—home to more than 1.5 million residents nationwide—as community-led housing models that can collectively reduce environmental impacts by upgrading buildings and changing everyday practices.

The article situates cooperative housing within the wider climate challenge of the built environment. It notes that the real estate sector is a major contributor to emissions and cites an estimate that real estate accounts for around 39% of total global emissions. It also highlights that new construction depends heavily on energy-intensive materials such as concrete and steel, while older buildings often waste energy because they are less efficient to heat and cool.

A core argument is that the most immediate opportunities for cooperatives lie in energy efficiency and building-system improvements. Suggested measures include adopting low-carbon heating and cooling systems, choosing more efficient appliances, switching to LED lighting, and improving insulation. These interventions are presented as ways to reduce greenhouse gas emissions while also lowering ongoing operating costs for residents through reduced energy use.

The article identifies rooftop solar as one of the most commonly adopted eco-friendly changes in U.S. cities because it can directly cut electricity bills while producing renewable power. It references national data that about 3.4% of U.S. electricity is generated by solar panels and characterises solar generation as a growing trend since 2021. For housing cooperatives, solar is framed as an accessible pathway to reduce reliance on non-renewable energy sources.

Beyond energy, the article describes urban agriculture as a complementary sustainability strategy that can strengthen community ties. It cites an estimate of around 29,000 community gardens across the U.S. and describes community gardening as both a sustainable approach to local food production and a way to build belonging and connection among residents.

Three cases illustrate outcomes. Raise-op Housing Cooperative in Lewiston, Maine (50+ residents) is described as using certified passive house buildings and roof-mounted solar; the panels reportedly generate roughly 50% of the building’s annual energy needs. Hillcrest Community Cooperative in Clarks Grove, Minnesota (88 homes) installed solar and is reported to have reduced energy bills by 40%. In Minneapolis, Riverton Community Housing partnered with All Energy Solar to install 1,020 panels across several co-ops, projected to offset about 470,000 kWh from the standard electric grid.

Riverton’s additional measures include compost stations and recycling, plus a rooftop community garden in Dinkytown. To conserve water and keep crops organic, the garden is irrigated using rainwater. The article links this approach to reducing polluted runoff into the Mississippi River.

Overall, the article presents cooperative housing as a platform for scaling practical climate actions—efficiency upgrades, renewable energy, and community-based greening—while documenting both environmental and cost-related results through specific examples and figures.