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Home / Technology / Breakthrough Power Module Slashes Energy Waste

Breakthrough Power Module Slashes Energy Waste

19 Jan

•

Summary

  • New silicon carbide power module achieves record efficiency.
  • ULIS technology offers five times energy density, smaller size.
  • Module boasts reliability for extreme conditions and lower manufacturing costs.
Breakthrough Power Module Slashes Energy Waste

Global electricity demand is surging due to data centers and manufacturing, pressuring power systems worldwide. NREL's new Ultra-Low Inductance Smart power module, ULIS, offers a promising solution by dramatically improving energy conversion efficiency. This silicon carbide technology achieves five times the energy density and takes up less space, resulting in smaller, lighter, and more energy-efficient equipment ideal for data centers, grids, and advanced vehicles.

The ULIS module significantly reduces parasitic inductance, enabling faster and more efficient switching of electrical current. This translates to extracting more value from existing energy supplies and making next-generation power converters more affordable and compact. Designed for reliability in extreme environments, ULIS can monitor its own condition, anticipating component failures, which is critical for high-risk applications like aviation and military operations.

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ULIS features a radical, flat octagonal design that minimizes magnetic interference and simplifies manufacturing, lowering costs to hundreds of dollars per unit. It also utilizes flexible polymer materials for a thinner, lighter structure. This adaptable, modular design is available for licensing and poised to make a significant impact across various sectors, including the U.S. power grid, aviation, and future fusion energy systems.

Disclaimer: This story has been auto-aggregated and auto-summarised by a computer program. This story has not been edited or created by the Feedzop team.
ULIS is a new silicon carbide-based power module developed by NREL that dramatically improves electricity conversion efficiency and power density.
ULIS features exceptionally low parasitic inductance, allowing for faster and more efficient switching of electrical current, thereby minimizing energy loss.
ULIS is suitable for data centers, electrical grids, microreactors, and advanced platforms like next-generation aircraft and military vehicles.

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