Report

Draft Connecticut Climate Resilient Energy Code

The draft Connecticut Climate Resilient Energy code is a voluntary code intended to cover the installation of climate resilient energy systems and the provision of power to critical services during grid outages. The code covers the installation of climate resilient energy systems including solar, energy storage, and efficient heating and cooling to maintain living conditions…

Optimizing Energy Resilience to Support Medically Vulnerable Residents in Multifamily Affordable Housing

Power outages can quickly turn into a health crisis for the millions of Americans that rely on electricity for home medical devices, including life-support equipment (such as dialysis machines and ventilators) and technologies for independent living (such as electric wheelchairs, refrigeration for medicine, and internet for telehealth appointments). Many electricity-dependent residents live in multifamily affordable…

A Community Assessment of Health Impacts from the Pittsfield Generating Facility on Local Communities

This report assesses the community health impacts of a fossil fuel peaker power plant in Pittsfield, Massachusetts. Built in 1990, the oil and gas-powered Pittsfield Generating Facility runs only during times of peak electricity demand, producing some of the most expensive and polluting energy on the grid. As the facility ages, its rate of pollution…

Equitable Resilience: Opportunities to Advance Solar Paired with Battery Storage in Historically Marginalized Communities

This report by Clean Energy Group (CEG) presents findings resulting from the Resilience, Storage and Grid Benefits Community of Practice, an effort through the Equitable Solar Communities of Practice program initiative by The U.S. Department of Energy Solar Energy Technologies Office.

Energy Storage Program Design for Peak Demand Reduction

This issue brief, released by CEG and CESA, outlines best practices and lessons learned for state policymakers and regulators engaged in developing energy storage peak demand reduction programs. The brief explores key elements of program design, such as incentive mechanisms and dispatch methods, as well as considerations for incentivizing load reduction versus power export, and peak demand reduction versus emission reduction.

Demanding a Better Grid: How Demand Management Can Accelerate the Phase-Out of New York City’s Peaker Power Plants

This report highlights ways to address New York City’s growing electricity demand and accelerate peaker plant retirement through robust demand management solutions that harness the flexibility of customer devices, such as smart thermostats, heat pumps, electric vehicle chargers, solar, and battery storage, to reduce stress on the electric grid. The report includes best practices for…

Energy Storage Equity: An Assessment of Three Massachusetts Programs

The Commonwealth of Massachusetts is a national leader in clean energy policy. In recent years, it has adopted ambitious energy storage procurement targets supported by innovative policies and programs, which are entering a period of internal review. The Commonwealth also has a long-held commitment to equity in its clean energy programs. Against this backdrop, Clean…

Fact Sheet: Green Hydrogen’s Impact on Water Supplies

Clean hydrogen has received a lot of interest for its potential use as a tool for decarbonization but has also prompted a lot of concerns. Hydrogen production and use can have serious consequences on water supplies, particularly in areas already facing water scarcity. The production of green hydrogen, as well as certain end uses, can…

Resilient Power Funding Programs: 2023 Annual Impact Report

This report measures and tracks the growth of CEG’s Resilient Power Funding Programs over the past year, and our progress towards goals such as awarding 50% of funding to BIPOC-led organizations. The report includes an overview of the 2023 awardees, representing 17 states and 38 community service partners.

Emerging Public Health Needs for Climate Smart Technology in Connecticut Affordable Housing

This report describes the pressing need for climate smart technology in affordable housing in Connecticut and beyond. Investing in climate smart technology for affordable housing is crucial to ensure the safety and well-being of residents who rely on home medical devices (HMDs). By enhancing the resilience of these buildings, Connecticut can better protect medically vulnerable…