Virtual Power Plants can aggregate thousands of residential solar and storage systems into coordinated networks.
The initiative leverages GoodLeap’s GoodGrid platform, a leading VPP network in the U.S., integrated with utility-managed distributed energy resource systems. By coordinating thousands of residential solar and storage systems, these VPPs will provide essential grid services, such as reducing peak demand. This strategy aims to alleviate strain on the electrical grid and postpone costly infrastructure upgrades, potentially lowering energy costs for homeowners by optimizing distributed energy resources.
Bryan Garcia, president and CEO of Connecticut Green Bank, highlighted the initiative’s goals: “Together with GoodLeap, we are working to ensure that Connecticut residents — especially those in vulnerable communities — benefit from clean, resilient and affordable energy solutions.” He further noted: “We saw GoodLeap leading on VPPs in other states around the country and felt that their technology, products and services were needed in Connecticut to help our families realise the benefits of these distributed energy resources.”
Homeowners participating in the program will be eligible for monthly cash incentives through GoodGrid’s rewards scheme, encouraging involvement. The initiative supports Connecticut’s commitment to clean energy and carbon reduction. The Connecticut Green Bank will facilitate the project by offering technical support for development and grid integration, while also conducting community outreach to ensure equitable access and increase participation across diverse populations.
The partnership includes ongoing collaboration to monitor performance metrics, integrate VPPs into existing grids, and assess community impacts. Administered by Connecticut Green Bank alongside utilities Eversource and UI, the Energy Storage Solutions program is overseen by the Public Utilities Regulatory Authority and funded by electric ratepayers. This initiative underscores Connecticut’s dedication to sustainable energy and enhanced grid stability for its residents.
