During extreme heat waves, electric grids are often pushed to their limits because of increased demand for mechanical cooling causing power outages. Microgrids are decentralized electricity grids that can supply energy to the main grid or directly to communities. Microgrids help reduce strain on the main grid while providing a reliable and renewable source of energy.
Provide incentives like tax credits to support research and development, interconnections, and installation of microgrids.
Considerations for Use
Microgrids need to be maintained regularly to protect equipment. Consider partnering with CBOs to explore different ownership and operational models.
Climate:Cold, Hot/Dry, Hot/Humid, Temperate
Policy Levers:IncentiveFinancial and non-financial incentives to encourage stakeholders to implement heat risk reduction and preparedness solutions, including rebates, tax credits, expedited permitting, development/zoning bonuses, and more.
Trigger Points:City planning processesIncludes city initiatives such as the development of climate action plan, pathway to zero-energy, master plan, transit plan, energy mapping etc.
Sectors:Informal Settlements, Public Works
Target Beneficiaries:Heat-vulnerable communities, Residents
Phase of Impact:Risk reduction and mitigation
Metrics:Amount of energy provided by microgrid, Number of buildings served by microgrid
Intervention Scale:City, State/Province
Authority and Governance:City government, State/provincial government
Implementation Timeline:Medium-term (3-9 Years)
Implementation Stakeholders:CBOs, City government, Industry, State/provincial government
Funding Sources:Private investment, Public investment
Capacity to Act:High
Co-benefits (Climate/Environmental):Reduce greenhouse gas emissions
Co-benefits (Social/Economic):Build community capacity, Create jobs, Save on utilities