Atom Grants
Discover
  • Dashboard
  • Search
  • Deep Research
  • Favorites
  • Projects

    HEAP Incentive Funding for Targeted Buildings in Disadvantaged Communities for Weatherization Subgrantees

    Forecasted

    HEAP Incentive Funding for Targeted Buildings in Disadvantaged Communities for Weatherization Subgrantees supports New York subgrantees making energy-saving improvements to lower household energy costs.

    OverviewSimilar Grants
    OverviewSimilar Grants

    Funder: Homes and Community Renewal

    Due Dates (Anticipated): May 2027 (Proposal submission)

    Funding Amounts: Up to $10,178,252 in program funding; advances up to 15% of an allocation

    Summary: Supports New York weatherization subgrantees delivering energy-saving improvements to income-eligible multifamily housing and other WAP-eligible buildings.

    Key Information: Only current WAP Network subgrantees in good standing, not considered High Risk, may apply within their existing service territories.


    Description

    Homes and Community Renewal’s Housing Trust Fund Corporation (HTFC) administers this incentive-based Home Energy Assistance Program funding through New York’s existing Weatherization Assistance Program (WAP) network. It supports energy conservation for income-eligible households, reducing fuel and electricity expenses through dwelling evaluations, cost-effective energy-saving measures, and related health and safety improvements.

    The program targets housing portfolios with significant energy-assistance needs, including government-assisted housing, public housing, and housing for people with special needs, while also allowing other WAP-eligible building types. HTFC seeks subgrantees with available project pipelines and demonstrated delivery performance. Projects must include major energy-saving measures, and HEAP-funded measures must achieve a savings-to-investment ratio of at least 0.5.


    Atom

    See the full grant listing

    Sign in to view full eligibility details, sources, similar grants, and AI-powered analysis.