Archive for: Resilient Power Project

This white paper, commissioned by Clean Energy Group, demonstrates that battery storage can be deployed as a cost effective energy efficiency technology, potentially qualifying for incentives through energy efficiency programs in many states.

A defunct mobile home park in rural Vermont was transformed into the first resilient, zero-energy, affordable modular housing development in the country with solar and battery storage systems. This case study includes technical and financial details, as well as lessons learned over the course of the project.

Seven community-based nonprofits and affordable housing developers have been selected to receive grants from Clean Energy Group’s Resilient Power Leadership Initiative, to build their organizational capacity on the benefits of solar+storage technologies.

A small municipal utility installed a battery storage system to compliment an existing solar electric system for cost savings and resilient power. This case study includes technical and financial details, as well as lessons learned over the course of the project.

This paper explores additional ownership and financing options for solar+storage projects and low-income communities beyond direct ownership and conventional leasing models.

Researchers from NREL and Clean Energy Group found that placing a monetary value on the ability of solar+storage to avoid losses during grid outages can significantly impact project economics and system design.

This two-minute animated video illustrates how a solar+ storage system in Sterling, Massachusetts is saving the town money and providing continuous power to first reponders.

This ten-minute video showcases the economic and resilient power benefits of a solar PV and battery energy storage system in the town of Sterling, Massachusetts.

First public survey of utility rates details economic potential for commercial behind-the-meter battery storage market across the United States.

A Minnesota educational facility installed a battery storage system to compliment an existing solar electric system for cost savings and resilient power. This case study includes technical and financial details, as well as lessons learned over the course of the project.