Wide-Bandgap Semiconductors allow power electronic components to be faster, smaller, more efficient and more reliable than their silicon-based predecessor. These advantages make it possible to reduce weight, volume and replacement costs in a wide range of applications. Harnessing these capabilities will lead to much-needed energy savings in industrial and consumer applications.
WBG Semiconductors allow devices to operate at higher temperatures, voltages, and frequencies, making the tools using these materials significantly more powerful and energy efficient than previously possible. WBG materials can emit light in the visible spectrum, which is a useful optical property. Gallium nitride semiconductors are enabling the growing sector of ultra-high efficiency light emitting diodes. Wide-Bandgap Semiconductors are expected to pave the way for exciting innovations in electronics, lighting, and a wide range of other diverse applications. Achieving the potential of WBG semiconductors requires committed development in bleeding-edge manufacturing processes. Businesses investing in this crucial technology will help the U.S. industry maintain a much needed competitive advantage.
As manufacturing improves and markets expand, costs are expected to decrease, making WBG-based devices competitive with the less expensive Silicone based alternatives. WBGS technology is well suited to revolutionize industrial motors, electronics, grid integration, utility applications, electric vehicles and plug-in hybrids, military, geothermal, and lighting sectors.
WBG materials have the potential to enable cutting-edge electronic and optical devices with vastly superior performance compared to current technology. Specific benefits center around reduced energy losses, higher-voltage operation, higher-temperature operation, higher frequencies, improved power quality, and greater lighting efficiency.
WBG semiconductors are a foundational technology that promises to transform multiple industries and markets. Low-cost, high-performance power electronics are expected to become integral to everything from household appliances and consumer goods to military systems, vehicles, and a modernized grid that incorporates renewable energy.
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