百万卡时代来了！全球最大AI「超级单体」在中国点亮
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TL;DR - Envision Group (远景科技集团) has brought online its "Ulanqab Xinghe Base" in Inner Mongolia, claiming the world's largest single-building AI compute block ("超级单体") at >120,000 m², as the flagship of its Mission Gobi plan. It matters because it reframes frontier AI scaling as an energy/infrastructure problem — power, cooling, and interconnect — rather than a pure chip race.
- Park-level plan is 2GW capacity supporting ~1M accelerators and "million-P" compute; cited for contrast, OpenAI's Abilene Stargate site is reported at ~400k cards, while >60% of US 2027-target datacenter capacity reportedly hasn't broken ground.
- Power is self-generated: a dedicated wind farm supplies >80% of annual energy via direct line, stabilized by Envision's Tianji weather model (wind/solar forecasting), Tianshu energy model (dispatch optimization), and EnOS IoT OS unifying turbines, storage, and compute load into one control loop.
- Electrical architecture uses solid-state transformers plus embedded BESS on an 800V DC bus to shorten the medium-voltage-to-GPU chain and cut conversion losses; multi-timescale storage (hourly + second-level) absorbs renewable volatility and AI training/inference load transients.
- Thermal design is co-engineered with power delivery — Ulanqab's cold climate enables free cooling combined with air and liquid cooling; Envision delivers civil works, power, green electricity, storage, and cooling, while customers "ship in cards and deploy."
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百万卡时代来了！全球最大AI「超级单体」在中国点亮
TL;DR - Envision Group (远景科技集团) has brought online its "Ulanqab Xinghe Base" in Inner Mongolia, claiming the world's largest single-building AI compute block ("超级单体") at >120,000 m², as the flagship of its Mission Gobi plan. It matters because it reframes frontier AI scaling as an energy/infrastructure problem — power, cooling, and interconnect — rather than a pure chip race.
- Park-level plan is 2GW capacity supporting ~1M accelerators and "million-P" compute; cited for contrast, OpenAI's Abilene Stargate site is reported at ~400k cards, while >60% of US 2027-target datacenter capacity reportedly hasn't broken ground.
- Power is self-generated: a dedicated wind farm supplies >80% of annual energy via direct line, stabilized by Envision's Tianji weather model (wind/solar forecasting), Tianshu energy model (dispatch optimization), and EnOS IoT OS unifying turbines, storage, and compute load into one control loop.
- Electrical architecture uses solid-state transformers plus embedded BESS on an 800V DC bus to shorten the medium-voltage-to-GPU chain and cut conversion losses; multi-timescale storage (hourly + second-level) absorbs renewable volatility and AI training/inference load transients.
- Thermal design is co-engineered with power delivery — Ulanqab's cold climate enables free cooling combined with air and liquid cooling; Envision delivers civil works, power, green electricity, storage, and cooling, while customers "ship in cards and deploy."