Danielle Fidler

Senior Attorney Clean Energy Program

Danielle Fidler, Senior Attorney

Media Inquiries

Kathryn McGrath
Public Affairs and Communications Strategist
(202) 516-6932
kmcgrath@earthjustice.org

Bar Admissions

D.C., NY, VA, MD (inactive)

Danielle Fidler is a senior attorney with the Clean Energy Program, which uses litigation and advocacy to speed the just transition to a clean energy economy. She is a member of the Program’s FERC Practice which focuses on reforming the nation’s electric system to ensure a level playing field for clean energy resources and unburdening frontline communities from the ongoing harms of fossil fuel power plants. Her portfolio includes transmission planning, capacity markets, and resource adequacy issues primarily at the federal level and in the Northeast and Mid-Atlantic regions.

Before coming to Earthjustice, Danielle previously served as an assistant attorney general with the New York Attorney General’s Office and a senior enforcement attorney with the U.S. Environmental Protection Agency, where she specialized in complex enforcement cases. Danielle was a member of the U.S. Department of Justice’s Deepwater Horizon Oil Spill trial team, and also served as a Brookings Fellow to the Senate Finance Committee.

Danielle has a B.A. from Bryn Mawr College and a law and master’s degree from George Washington University.

The Latest from Danielle Fidler

Transmission lines and utility poles are silhouetted at sunset against a darkening sky.
May 8, 2024

Strong FERC Transmission Planning Reforms Will Speed the Transition to Clean Energy

The fate of U.S. clean energy development depends on building more transmission.
November 4, 2021

In the News: Utility Dive

FERC's Christie calls for fixing interconnection 'chaos' as first step in transmission reform

"The failure to plan ahead with the transmission system for the clean energy development to connect [to the grid] really threatens both the public policy requirements, but it also threatens reliability in the face of increasingly frequent extreme weather events and it really burdens customers with inefficient transmission."