DeepSeek’s gigawatt ambition meets the reality of electricity
2026-09-07 08:00General🔥 42.2 heat score
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DeepSeek is promoting a gigawatt-level data center project in Ulanqab, Inner Mongolia. Its full-load power consumption is equivalent to that of 750,000 households. The project relies on the region’s abundant wind and solar resources and the advantage of low electricity prices, aiming to reduce computing costs. Although AI computing requires different logic from state-supported encrypted mining, both follow the principle of “computing costs follow electricity prices.” This data center needs to operate at full capacity around the clock, posing high challenges to grid connectivity, the stability of green electricity supply, and price volatility control, essentially testing the capacity of the local power system. While the project helps to utilize new energy locally and alleviate the pressure of wasted wind and solar power, the power industry still needs to adapt in terms of planning logic, connection standards, and pricing mechanisms. The future success of the project depends on the progress of substation construction, energy storage solutions, and the signing of long-term electricity price agreements.
DeepSeek is promoting a gigawatt-level data center project in Ulanqab, Inner Mongolia. Its full-load power consumption is equivalent to that of 750,000 households. The project is located in an area with abundant wind and solar resources and low electricity prices, aiming to reduce computing costs. As a new type of productive force supported by the state, AI computing power differs from encrypted mining in nature, but both follow the logic of “computing power follows electricity prices”. This data center needs to operate at full capacity all day long, posing high challenges to the grid’s connection capabilities, the stability of green electricity supply, and electricity price fluctuations control. Essentially, it is a stress test for the local power system’s capacity. Although the project helps to utilize new energy locally and alleviate the pressure of wasted wind and solar power, the power industry still needs to adapt in terms of planning logic, connection standards, and electricity price mechanisms. The future implementation of the project depends on the progress of substation construction, energy storage regulation solutions, and the signing of long-term electricity price agreements.