A groundbreaking project approved by US regulatory bodies promises to generate enough clean energy to power 770,000 homes. Read on to learn how this ambitious offshore wind farm aims to transform Maryland’s energy landscape and boost the local economy.
In a remarkable shift in the energy sector, the World Nuclear Industry Status Report 2024 shows that solar energy has outpaced nuclear power by nearly five times. This raises important questions about the future of nuclear energy.
BioLargo Energy Technologies is developing a revolutionary molten salt battery that could replace traditional lithium-ion batteries. These new batteries are safer in high heat, won’t catch fire, and could be the solution for energy storage in homes and solar systems. Read on to find out more.
Westinghouse’s eVinci microreactor has reached a significant milestone, preparing for testing in 2026 at Idaho National Laboratory. This innovative compact reactor could revolutionize energy supply in remote areas.
Innovative electrochemical cells by Tokyo Metropolitan University researchers offer a breakthrough in carbon capture and utilization, converting captured CO2 into formate, a sustainable green fuel.
CATL has launched the Tianxing B-series battery, designed specifically for electric buses, promising an impressive 15-year lifespan and 932,000 miles life. The new battery sets a benchmark with its 175 Wh/kg energy density.
Scientists from China have unveiled a lithium-sulfur battery that continues to operate even when folded or cut in half. This innovation addresses safety and longevity issues associated with traditional lithium-ion batteries.
Utilizing advanced robotic technology, Japan has started the complex task of removing debris from the Fukushima nuclear plant. This significant milestone comes after technical setbacks, marking a crucial step in the long journey to decommission the disaster-stricken facility.
Scientists have found a novel way to turn carbon dioxide into methanol using three-dimensional silicon photoelectrodes, potentially paving the way for sustainable liquid solar fuels. Could this new technique bring us closer to a future without reliance on fossil fuels?
A new solid-state battery, Goliath P1, developed by UK startup Ilika, has successfully passed a critical safety test, handling extreme heat without reaching dangerous temperatures. This breakthrough could significantly enhance the safety and efficiency of electric vehicles.