The trend toward increased development of artificial intelligence, data centers, electric transportation, advanced manufacturing, military operations, and aerospace systems requires immense amounts of electricity to maintain and scale performance. Power modules play a significant role in modern electrical systems. The current architecture of power modules has significant limitations when integrated into higher power systems. The Ultra Low Inductance Smart (ULIS) power module, developed by researchers at the National Renewable Energy Laboratory (NREL), is set to overcome these limitations.
View More The Next Generation of Power Electronics: A Bright Path AheadTag: Electrical Engineering
Advancements in Superconductors: New Hopes or False Promises?
A new publication in Nature reported the development of a near-ambient superconductor, a material without electrical resistance. Traditionally, materials only display superconductivity at low temperatures (-123 °C) or high pressure (>990,000 atm). The introduction of a superconductive material that operates at ambient temperatures and lower pressure could introduce faster and more energy-efficient technologies. However, a lack of rare resources and scrutiny of initial data may prevent this technology from reaching its full potential.
View More Advancements in Superconductors: New Hopes or False Promises?