Ethan Ziegler
Research Analyst
Ethan Ziegler is a Research Analyst at RFF and is part of the E4ST team. His research surrounds the study and simulation of the power sector in relation to changes in policy or economic variables. Ethan graduated with a B.A. in Economics from American University in December 2023, where he conducted research on food waste using optimization modeling techniques.
Featured Content
- Highlights
- Publications
- News
Working Paper — May 12, 2025
Clean Power Delayed: Effects of Infrastructure Delays on Health, Environment, and US Households
This paper assesses how preventing power delays can reduce pollution and prevent premature deaths, providing major health benefits for low-income, Black, and Hispanic households.
Press Release — May 12, 2025
Delaying Grid Buildout Could Cost Americans Billions, Endanger Health
Two reports estimate that preventing delays in new transmission and generation infrastructure could save energy customers tens of billions of dollars per year, considerably increase grid reliability, and prevent premature deaths by reducing air pollution.
Working Paper — May 12, 2025
Power Delayed: Economic Effects of Electricity Transmission and Generation Development Delays
This report considers the economic benefits of mitigating delays in transmission and generation infrastructure, estimating potential annual savings for energy consumers and significant improvements in grid reliability.
Working Paper — May 12, 2025
Clean Power Delayed: Effects of Infrastructure Delays on Health, Environment, and US Households
This paper assesses how preventing power delays can reduce pollution and prevent premature deaths, providing major health benefits for low-income, Black, and Hispanic households.
Working Paper — May 12, 2025
Power Delayed: Economic Effects of Electricity Transmission and Generation Development Delays
This report considers the economic benefits of mitigating delays in transmission and generation infrastructure, estimating potential annual savings for energy consumers and significant improvements in grid reliability.