Renewable Energy

A public school district in Connecticut expects to see a net savings of $3.5 million over 20 years by adding solar panels to half a dozen campuses, and a fuel cell system to one of its high schools.

A study by the Penn Environment Research and Policy Center found that solar panels at the state’s schools could produce enough electricity to power 187,000 homes each year.

President Donald Trump’s fossil-fueled AI agenda could shape how states and cities power their own AI projects. Community leaders face a balancing act between reliability, community concerns and innovation goals.

Legislation enacted in 2023 requires new school buses in California to be zero-emission, where feasible, starting in 2035. Some of the county’s more rural districts have expressed trepidation around the transition.

New Jersey-based developer Scale Microgrids is working on a 3.5-story project with 21 fuel cells expected to come online next year. It will heat 20 buildings at the University of Bridgeport and a new city high school.

The Maryland Energy Administration will pay for 53 electric buses and 40 charging stations, aiming for cost savings, cleaner air and workforce development for a more sustainable student transportation system.

Projects announced at the Pennsylvania Energy and Innovation Summit at Carnegie Mellon University this week included new workforce training programs as well as cybersecurity education for middle and high schoolers.

Brad Ives, executive director of Louisiana State University's Institute for Energy Innovation, says the One Big Beautiful Bill Act will make the U.S. less competitive, but it won't stop the global trend toward renewables.

A 2.32 megawatt solar project in Connecticut will power Gateway Community College and Southern Connecticut State University, with estimated savings of $6 million over 20 years.

The company plans to reactivate a battery energy storage system at the Moss Landing power complex. A second facility there, a portion of which caught fire in January, remains shuttered and an investigation continues.

A new one-acre solar farm at the university's Research and Technology Park, supported by a grant from the Federal Emergency Management Agency, is designed to reduce fossil fuel consumption and minimize risk from storms.

The venture between a battery startup and a data center builder will use a type of energy storage that would be a first for a U.S. data center. It would use what is known as an organic flow battery, which doesn’t require lithium.

Well over half of the electricity that powers activities at the Michigan city comes from renewable energy sources. The city has also made progress toward electrifying its vehicle fleet, including electric refuse trucks.

The experimental turbine is a key part of Maine's efforts since the late 2000s to develop commercial offshore wind projects in the Gulf of Maine, which is too deep for turbines that mount directly on the seafloor.

Louisiana and South Carolina each rose nine spots on the 2025 State Energy Efficiency Scorecard, complied by the American Council for an Energy-Efficient Economy. It ranks states according to a number of policies and metrics.

At Central New Mexico Community College, the only program of its kind in the state is training solar panel installers at a time when clean energy jobs are growing at more than twice the rate of overall U.S. employment.

The Maryland Energy Administration offered grants to 11 colleges and universities to install solar panels and draft strategies to incorporate renewable energy into academics and workforce preparation.

The evolution of artificial intelligence, which requires massive amounts of energy to function, is forcing government, utilities and tech suppliers to face the question of whether power grids can keep up.