Japan’s National Institute for Materials Science has introduced TEGNet, an AI model that speeds thermoelectric generator design by 10,000-fold while achieving high energy conversion efficiencies.

From wearable technology to industrial heat recovery, thermoelectric generators which convert waste heat into electricity ...

Researchers in Japan and South Korea have independently achieved major breakthroughs in thermoelectric generator design, using AI and computational optimization to slash development time and boost ...

Industrial processes account for more than 30% of global primary energy consumption, with a substantial portion dissipated as waste heat across sectors such ...

“People think of solar as a daytime technology, but panels are actually thermodynamic devices 24 hours a day,” Abdelmaseh has said. “If you can harvest the temperature swing at night, you get a new ...

The TEGNet emulator accelerates thermoelectric generator design, achieving 99% accuracy while cutting computation time to a ...

Water–energy nexus turns water from a compliance issue into a hard operating KPI. High-recovery reuse and digital ...

It’s 2026, so everyone’s an AI player, right? Take Veolia, as a case in point. OK, it’s best known as a €44.4 billion ...

The Siemens spin-off introduced electric heating systems replacing fossil fuel combustion in manufacturing processes.

Ecovent Midi delivers reductions in both embodied and operational carbon, without compromising airflow performance or ...

Significant reductions in energy consumption, CO₂ emissions, and operating costs for energy-intensive industries Growing ...