Innovative Heat-Driven Elastocaloric Cooling with Shape Memory Films

A new prototype harnesses waste heat for cooling, utilizing shape memory alloy films to minimize electricity use.

A new prototype harnesses waste heat for cooling, utilizing shape memory alloy films to minimize electricity use.

Adjusting the HDD standby settings in TrueNAS can significantly reduce power consumption for home servers, allowing drives to sleep during idle periods.

A novel optical receiver design could enable real-time updates to AI model parameters, reducing energy demands and enhancing efficiency in robotics and other applications.

Ferveret, a startup founded by MIT researchers, has developed a cooling system that significantly reduces energy and water usage in data centers, leveraging principles from nuclear reactor technology.

The Raspberry Pi can significantly reduce utility costs through efficient computing and smart home automation.

NASA has announced five distinct categories for its Blue Marble Awards, recognizing excellence in environmental management and sustainability efforts across its programs.

A new machine learning framework promises to significantly reduce the time and cost associated with developing lithium-ion batteries, addressing a critical bottleneck in the industry.

Explore how smart home devices can enhance comfort while saving energy and reducing costs.

AI technologies present a dual-edged sword for energy consumption, yet they hold promise for enhancing the efficiency and resilience of power grids.