Solid-State Transformers for Direct Offshore Wind Turbine Grid
4 sources Conventional offshore wind chain: turbine iron-core + inter-array AC + offshore substation + HVAC/HVDC to shore, 4-8% losses. Read More
Power quality compliance and grid reliability: harmonics, THD, power factor, voltage regulation, reactive power, IEEE 519, NERC CIP standards, and measurement instruments.
4 sources Conventional offshore wind chain: turbine iron-core + inter-array AC + offshore substation + HVAC/HVDC to shore, 4-8% losses. Read More
4 sources Conventional islanding requires separate switchgear + controller cabinet + protective relaying coordination. SST input AC-DC converter can disconnect Read More
3 sources Miami-based ON.energy completed initial testing of its medium-voltage AI UPS at the National Lab of Read More
3 sources VDC: NVIDIA AI Factory + OCP Mount Diablo (Microsoft+Meta+Google 2025) — data center standard. 1500 VDC: utility-scale solar Read More
4 sources Conventional MV-LV: 4-35 kVAC → iron-core step-down → 277-480 VAC secondary → downstream conversion at load. 800 VDC architecture (NVIDIA Read More
4 sources Electrolyzer stack voltages: 200-1500 VDC depending on cell technology and stack configuration. Hydrogen Council projects 10-25 Read More
4 sources SST + BESS + grid-forming control replaces diesel generator for distribution/microgrid black start. Black-start sequence: SST detects Read More
3 sources RXPE commissioned a 34.5 kV 150 Mvar delta-connected STATCOM at Tenaris TAMSA Veracruz steel plant in November 2024 reducing Read More
4 sources Bloom Energy + AEP: up to 1 GW solid-oxide fuel cell purchase agreement (late 2025) — largest single fuel-cell transaction. Read More
4 sources TSEA Energy announced a 5 million investment in a 160,000-square-foot manufacturing facility in Eden, North Carolina to Read More