A new research breakthrough from the University of Illinois at Chicago finally delivers some good news for fans of lithium-air technology, which energy storage researchers have been talking up as the next best thing to follow today’s gold standard, lithium-ion.
A new breakthrough in magnesium energy storage technology could lead the way to a new generation of low cost, high density batteries.
Electric vehicle use in the state of Minnesota reduces greenhouse gas emissions (well-to-wheel carbon intensity) by at least 61%, according to a new analysis from the Great Plains Institute.
A new one-pot “artificial leaf” solar energy harvesting system grabs CO2 from the air, converts it into fuel like magic (or like nanoscience, whatever).
The latest global electric light-duty vehicle sales figures from Argonne National Laboratory, posted by the US Energy Information Administration, were … [continued]
The use of lightweight materials (carbon-fiber reinforced plastic, wrought aluminum, etc.) in vehicle manufacture results in higher vehicle-cycle greenhouse gas … [continued]
Originally published on EV Obsession. A new lithium-oxygen battery design based around the use of lithium superoxide (LiO2) — promising … [continued]
Research targeting the development of new polymer solar cells — called PID2 — will hopefully contribute to significant increase in … [continued]
The technology of artificial photosynthesis has cleared a major hurdle in its development — researchers from Arizona State University and … [continued]
If you had to pick the best color for solar cell efficiency off the top of your head, yellow – … [continued]
