Today, electricity demand is growing faster than ever—driven by a 30 percent jump in data‑center consumption over the past five years, a 45...

Understanding electricity grids and markets is critical for energy leaders to facilitate the affordable integration of renewable sources while ensuring grid stability. Knowledge of these systems helps leaders advocate for supportive policies and plan necessary infrastructure upgrades.

An interactive introduction to the U.S. energy system with leading experts, the bootcamp featured a dynamic blend of lectures, interactive activities, games, and networking opportunities.

A team of Thayer researchers and students are working to identify viable solutions for reliable access to sustainable energy in some of the world's most fragile states.

Yan Li, Assistant Professor of Engineering, and her team have developed a system that could substantially reduce energy demand and carbon emissions.

Energy is a basic human right and a fundamental aspect of daily life that often goes unnoticed until it's suddenly (or chronically) unavailable.

Students then engaged in hands-on simulations that immersed them in the complexity and challenges of running and regulating a critical component of daily life in the United States.

Dartmouth's new Master of Energy Transition (MET) degree will help students and early-career professionals build careers in clean energy, equipping them to navigate new technologies, economic transformations, and policy frameworks.

Dr. Sarah Kelly is researching the impact of wind projects on Mapuche Huilliche communities in southern Chile. She highlights concerns about a commercial-scale wind farm harming critical peatlands and promotes Indigenous participation in environmental decision-making.

Associate Professor Marisa Palucis from the Department of Earth Sciences and Professor Ian Baker from the Thayer School of Engineering introduced a packed room to their respective research on climate change and high-performance magnets.