Soraa's new GaN crystal growth method is adapted from that used to grow quartz crystals, which are very inexpensive and represent the second-largest market for single crystals for electronic applications (after silicon). More extreme conditions are required to grow GaN crystals and therefore a new type of chemical growth chamber was invented that is suitable for large-scale manufacturing. A new process was developed that grows GaN crystals at a rate that is more than double that of current processes. The new technology will enable GaN substrates with best-in-world quality at lowest-in-world prices, which in turn will enable new generations of white LEDs, lasers for full-color displays, and high-performance power electronics.
If successful, Soraa's advanced LEDs would improve the energy efficiency of buildings, substantially reducing greenhouse gas emissions and positioning the U.S. as a leader in the new substrate manufacturing industry.
Improving the energy efficiency of our buildings reduces pressure on the electrical grid, improving its stability.
Energy savings of up to 300 terawatt-hours per year corresponds to about 210 million metric tons of carbon greenhouse gases. In addition, replacing fluorescent lamps with LEDs will reduce environmental mercury exposures.
These applications represent markets of more than $50 billion per year and have the potential to reduce electricity consumption in the United States by 10% or more.