Moscow's 1GW mining load forces a 2032 grid ban

Crypto mining in Moscow consumes roughly 1GW of electricity, and the Russian government has decided that is load it is no longer willing to carry. As Data Center Dynamics reports, Government Decree No. 936 bans mining and mining-pool participation in Moscow, the surrounding region, and parts of Kursk through the end of 2032, following similar restrictions in ten other regions where mining bans run through March 2031. The 1GW figure is what turns the decree into an infrastructure story: DCD cites projections that Moscow-area mining load could reach as much as 3.6GW by 2032, equal to 17 percent of peak demand across the entire Russian grid, at which point mining stops being a niche buyer and becomes a load planners have to design around. The decree's answer is to treat it as sheddable load—the class of customer whose access to the grid is lowest priority.

The ban does not extend to Siberia or the eastern territories, where power prices are significantly cheaper, and DCD expects much of the Moscow region's mining capacity to move there. If that migration happens, Russia keeps its mining industry and its second-place share of Bitcoin's global computing capacity—an estimated 175 exahashes per second in Q1 2026, about 16.4 percent of the network—but it moves the load to a part of the grid that will have to absorb it. Removing load from a constrained capital is one thing; building the capacity to host it somewhere else is another, and the decree does not speak to that second task.

Citing Forbes Russia, TechExpo, and the Russian Federal Property Management Agency, DCD reports that 38 data-center projects worth 128.6 billion rubles ($2.2bn) have been paused over the last three years, while 128 projects representing around 1 trillion rubles ($13.28bn) have been announced—nearly a third of the announced pipeline stalled. Both Russia overall and Moscow in particular have very little vacant data-center capacity available.

A stalled pipeline is the signature of an underpowered market, not an oversupplied one: if Moscow had vacant data centers, the mining ban would be less urgent. Instead, the city has paused construction and limited capacity, and a 1GW load has been ordered out. The ban frees headroom for other users in the capital, but a ban does not create new generation or new transmission; it shifts the system's pressure east.

Russia's chosen tool is the administrative version of a load-class decision: grid access is scarce, so the government has ranked existing industry and data centers above crypto mining, a defensible logic since mining is a load that can be relocated elsewhere in the country, making it a weak claimant on fixed infrastructure. The alternative would have been to price the scarcity and let miners decide whether Moscow's power was worth buying; a price signal would have kept the load in Moscow if miners valued the capacity, and it would have funded the grid if they did not. The decree chooses certainty, which is exactly what a strained grid needs in the near term.

The open question is whether eastern Russia is ready for the load it is about to inherit. Siberia's cheap power is the draw, but cheap electrons without interconnection are just numbers on a tariff sheet, and Moscow's 2032 ban may relieve one congested grid while creating a second bottleneck farther east. The next thing to watch is whether the eastern interconnections get built to match the load Moscow just directed east.