Driven by Moore’s Law and modern, ubiquitous computation power demand, the market will continue to demand higher chip performance. Therefore, modern chips with ever-higher power densities present ...

Treating cooling and heating as siloed, disconnected systems is an outdated yet still common mindset that results in wasted energy, higher greenhouse gas emissions, and unnecessary costs. A fresh ...

Researchers outline a computer simulation model addressing the challenge of solar power's inherent intermittency by adding biomass as another renewable energy source to advance a reliable, affordable ...

High-performance motion control demands compact and economical servomotors. Fortunately, because most servo applications only intermittently demand maximum continuous-torque motor output, a smaller ...

An international research group led by scientists from Scotland's University of Strathclyde conducted an energy, economic, and environmental analysis of BPVT solar panels using jet impingement for ...

Researchers in India say that photovoltaic-thermal (PVT) systems offer greater performance stability than conventional PV systems in hot climates. Using irradiance and temperature data, the team ...

As electrification reshapes the transportation industry, the use of smaller, denser, and more efficient electronic and electrical (E/E) assemblies is intensifying the need to manage heat stemming from ...

Learn how smartphone cooling systems use vapor chambers and heat dissipation to manage internal thermals, helping devices maintain performance under heavy use. Pixabay, rmartinr Smartphones have ...

Treating cooling and heating as siloed, disconnected systems is an outdated yet still common mindset that results in wasted energy, higher greenhouse gas emissions, and unnecessary costs. NORTHAMPTON, ...