The following feature stories take an in-depth, behind-the-scenes look at how NREL is advancing energy efficiency and renewable energy technologies. You may subscribe to receive weekly news features by e-mail or via RSS feed.
NREL's algorithms and models predict performance and financial risk of renewable energy systems.
As "big data" plays an increasing role in the renewable energy industry, NREL's Peregrine supercomputer is ready to take flight.
Approach boosts performance, safety, and durability for lithium-ion batteries in electric vehicles, soon to be a $14 billion market.
NREL buildings demonstrate the effective execution of energy-efficient design and operation.
Middle school students' design and engineering skills tested on the racetrack.
NREL's Energy Systems Integration Facility is the hub for testing devices that can power through outages.
Twenty-eight teams from U.S. and Canadian universities convene at NREL for student design competition.
Laboratory and aspiring scientists both benefit from Research Participant Program.
Perovskite, a semiconducting cube-like mineral, is jumping up efficiency charts faster than any other solar-cell material.
As fuel cell cars get ready for the road, industry turns to NREL for help improving cost and reliability.
Boulder's Fairview High School beats out 47 other teams to claim victory in this year’s state competition.
Revamped facility and programming bring renewable energy and energy efficiency knowledge to students, adult groups, and the community.
Bioreactor simulates precise climates, uncovers how to get maximum fuels from algae.
Computer simulations show that a part of an enzyme, once thought unimportant, is useful in breaking down cellulose.
Unique microbe gobbles methane and turns it into liquid diesel.