In the high-stakes arena of electric vehicle (EV) technology, where breakthroughs often focus on range and charging speed, a quiet revolution is underway in Austria, challenging conventional wisdom about battery safety. While the industry grapples with the inherent risks of thermal runaway in lithium-ion batteries, a team of researchers at TU Graz has engineered an …

Discover how advanced energy audit software automates data collection, supports ASHRAE levels, and runs predictive analytics to optimize industrial efficiency.

Discover how a breakthrough hydride-based deep eutectic solvent enables safe, ambient temperature hydrogen storage with high density and low energy loss.

Imagine a future where our waste isn’t just managed, but transformed into the very energy that powers our world. This isn’t science fiction; it’s the burgeoning reality of green hydrogen production directly from wastewater—a revolutionary approach that promises to tackle two of humanity’s most pressing challenges simultaneously: energy security and water scarcity. This innovative pathway …

Imagine a factory floor, a symphony of whirring machinery, clanging metal, and the pervasive hum of industrial energy consumption. Hidden within this intricate dance, often overlooked, are the silent giants of energy recovery: flue gas heat exchangers. These critical components are designed to reclaim valuable thermal energy from exhaust gases. Yet, their performance frequently degrades …

Lithium-ion batteries have revolutionized portable electronics, electric vehicles, and renewable energy storage due to their high energy density. However, their inherent flammability and susceptibility to thermal runaway events pose significant safety challenges. In response, a new wave of research and development is focused on integrating safety mechanisms directly into the battery’s core, creating self-extinguishing and …