Sensata Technologie's power conversion and energy storage solutions leader Dynapower has been selected to provide 220 megawatts of IGBT chopper rectifiers to the Advanced Clean Energy Storage hub powering the production of green hydrogen to accelerate the decarbonization of the Western United States. Located in Delta in Utah, the Advanced Clean Energy Storage hub will be the world's largest renewable energy storage facility. The hub will capture excess wind and solar energy and with the help of Dynapower's power conversion systems convert it to green hydrogen using electrolysis and store it in underground salt caverns. The first two caverns at the hub will store up to 300-gigawatt hours of dispatchable clean energy and feed it back to the grid when it's most needed. Dynapower's high-power, highly reliable IGBT chopper technology was chosen for this project due to several key advantages, including a high power factor across the input range, compliance with IEEE 519 grid harmonics, a simplified and lower-cost transformer design, low DC ripple, and a rapid response to changes in power generation.
Sensata Technologie's power conversion and energy storage solutions leader Dynapower has been selected to provide 220 megawatts of IGBT chopper rectifiers to the Advanced Clean Energy Storage hub powering the production of green hydrogen to accelerate the decarbonization of the Western United States. Located in Delta in Utah, the Advanced Clean Energy Storage hub will be the world's largest renewable energy storage facility. The hub will capture excess wind and solar energy and with the help of Dynapower's power conversion systems convert it to green hydrogen using electrolysis and store it in underground salt caverns. The first two caverns at the hub will store up to 300-gigawatt hours of dispatchable clean energy and feed it back to the grid when it's most needed. Dynapower's high-power, highly reliable IGBT chopper technology was chosen for this project due to several key advantages, including a high power factor across the input range, compliance with IEEE 519 grid harmonics, a simplified and lower-cost transformer design, low DC ripple, and a rapid response to changes in power generation.
