Russia Bans Crypto Mining in Moscow and Kursk by 2026

Woofun AI reports that Government Resolution No. 936, published on July 31, formally extends cryptocurrency mining prohibitions to Moscow, the entire Moscow Region, and nine specific Kursk territories. This regulatory expansion integrates these densely populated areas into Russia’s existing framework of regional mining restrictions, rather than instituting a blanket nationwide ban on cryptocurrency activity. The geographic scope is precise, targeting zones where power infrastructure faces acute competitive pressure from residential, commercial, transport, and data infrastructure demands.

The prohibition timeline is strictly defined, with restrictions taking effect on August 15, 2026, and remaining in force through December 31, 2032. This six-and-a-half-year window aligns with long-term energy planning cycles, ensuring that the affected grids are protected during periods of peak demand and infrastructure transition. The duration suggests a strategic commitment to preserving local electricity allocations for non-mining consumers over the medium term, rather than a temporary or reactive measure.

Structurally, the decision prioritizes local electricity allocation over concerns regarding Bitcoin’s global network stability. The policy does not target the cryptographic protocol or the decentralized nature of the asset but focuses squarely on the physical consumption of power within specific municipal boundaries. By isolating the issue to regional grid capacity, the government avoids broader ideological conflicts with the cryptocurrency sector, framing the ban as a technical necessity for urban power management rather than a political stance against digital assets.

Woofun AI data shows that Moscow’s energy system requires at least 950 megawatts of additional generation capacity, according to Russia’s official electricity-development plan. The Energy Ministry’s development plan provides critical context for the mining restriction, indicating that adding large, continuous computing loads would exacerbate pressure on a system already deemed insufficient. This deficit underscores the rationale for excluding high-consumption industrial activities like crypto mining from metropolitan power grids, where reliability for essential services is paramount.

Economically, industrial mining is less naturally suited to major metropolitan power markets than to regions offering cheaper electricity, surplus generation, and large industrial sites. The resolution provides no figures indicating that Moscow currently hosts a significant share of Russian or global cryptocurrency mining, nor does it cite data on active facilities, electricity consumption, or hash rate in the newly restricted areas. The absence of such metrics suggests the measure functions as a preventative grid policy and regulatory formality, preemptively blocking potential future loads rather than dismantling an existing, thriving global mining hub within the city limits.

The regulatory wording explicitly covers both direct cryptocurrency mining and participation in mining pools from the affected territories. A mining pool combines computing power from multiple operators and distributes rewards based on the work contributed by each participant, a model that could otherwise be used to obscure physical location. Including pool participation prevents miners from keeping equipment active in Moscow while arguing that the cryptocurrency is technically produced through an organization registered elsewhere, closing a potential loophole in jurisdictional enforcement.

Enforcement relies on the premise that the relevant factor is where the computing equipment operates, not where the pool coordinating the work is based. Consequently, an operator cannot legally avoid the restriction by connecting machines in Moscow to infrastructure located in another Russian region or foreign jurisdiction. Authorities and electricity-network companies will bear the burden of identifying the facilities and consumption patterns behind unauthorized activity, requiring sophisticated monitoring of grid usage to distinguish between legitimate industrial loads and covert mining operations.

This Moscow and Kursk decision follows earlier restrictions introduced in regions where mining was viewed as a risk to electricity reliability, specifically Government Resolution No. 280, published on March 20. That resolution converted seasonal restrictions in designated parts of Buryatia and Zabaykalsky Krai into year-round bans, running from April 1, 2026, through March 15, 2031. The differing timelines reflect the unique seasonal and structural challenges of Siberian grids versus the year-round, high-density demands of central Russian urban centers, demonstrating a tailored approach to regional energy security.

The Energy Ministry has presented these regional measures as essential for preserving electricity supplies for other consumers, citing that restrictions in Siberia reduced power consumption by more than 300 megawatts. This reduction helped the system pass winter demand peaks without limiting other users, validating the efficacy of targeted bans.

Concurrently, Russia’s mining industry faces separate legal scrutiny, including a fraud case involving the country’s largest cryptocurrency miner, which, while unrelated to the Moscow electricity restrictions, signals a broader tightening of controls over where and how miners operate within the country.

Operators remaining in Moscow and Kursk must close facilities, sell equipment, or relocate to regions where mining remains legal and electricity capacity is available, facing significant transport and installation costs. Unlike China’s 2021 mining crackdown, which shut down the industry nationwide, Russia’s selective territorial bans are unlikely to disrupt Bitcoin’s global computing power materially. The immediate effect is local: reserving limited electricity capacity for other consumers, potentially shifting some equipment to other Russian industrial regions or prompting operators to leave the country entirely if domestic capacity becomes harder to secure.