Questa sezione non è ancora tradotta. Il contenuto seguente è mostrato in inglese, come pubblicato. Leggi la versione inglese.
Envision says its 800 V DC power system, fed by solid-state transformers from 10 kV, is in commercial use at an AI campus in Inner Mongolia
What changed
TechRadar reports that China's Envision says it has put an integrated 800-volt direct current power architecture into commercial operation at its Galaxy AI campus in Ulanqab, Inner Mongolia, after trials of its Dubhe controller began in August 2026. The design uses a solid-state transformer to convert 10 kV medium-voltage AC directly to an 800 V DC distribution line, with batteries that respond to fast GPU load swings and give backup for several minutes. Envision says the Galaxy campus is expected to grow to 3 GW and links the system to its Mission Gobi plan for 5 GW of renewable-powered computing by 2030. Envision calls it the first commercial use of this configuration. It has not published independently verified efficiency, cost or full-load figures.
View original source (opens in a new tab)
Read the original: TechRadar (via Tom's Hardware): Envision says its 800 V DC power system, fed by solid-state transformers from 10 kV, is in commercial use at an AI campus in Inner Mongolia (opens in a new tab)
We summarise in our own words and link the source. Figures are as reported by the source and not independently verified. Report a correction.
Related index data
A supplier link means the company is named in the story or offers this kind of product. It does not mean a contract unless the story says so.
Related on CoolPower Index: Chip power and cooling, AI news.
More in UPS & Power Distribution
- Allegro MicroSystems launches current sensors and drivers for 800 V power distribution and 48 V server fans and pumps in AI data centres 11 Nov 2026
- Infineon expects close to €4 billion of revenue from data centre power supplies in fiscal 2027, after €16.35 billion of total revenue in fiscal 2026 10 Nov 2026
- Envision says an 800 V DC power system with solid-state transformers is now running live AI workloads at its Ulanqab campus 2 Nov 2026