Archive for: Resilient Power Project

This report examines the risks associated with power outages for individuals reliant on electricity for in-home medical and mobility equipment. Current energy security technologies and policies will need to adjust to meet the needs of the home health care community.

UCS, CEG, and a wide range of stakeholders from across the country met in December 2018 to develop a set of principles to ensure equitable deployment of energy storage technologies.

Resilient Southeast is a series of reports exploring the obstacles and opportunities for solar PV and battery storage to strengthen the resilience of communities throughout the Southeast.

This report describes the process of enabling use of state energy efficiency funds to support the deployment of energy storage with performance incentives offered for demand reduction.

Vermont’s largest utility installed a solar+storage microgrid in Rutland, VT that saves hundreds of thousands of dollars and can supply backup power to an emergency shelter.

A leading nonprofit mobility services provider and emergency second responder invested in resilience upgrades to power critical transportation services for vulnerable populations in the event of an outage. This case study includes technical and financial details, as well as lessons learned over the course of the project.

The largest affordable housing provider in Boulder installed a solar+storage system to provide command post services during emergencies. This case study includes technical and financial details, as well as lessons learned over the course of the project.

This guide reviews permitting and interconnection requirements and processes for the development of residential and commercial -scale solar+storage systems in Boulder, Colorado.

Clean Energy Group proposed that the Puerto Rico government consider a way to use federal recovery funds to seed a solar and storage incentive for new resilient power installations.

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.