Home Bitcoin Mining Bans in 2026: Where It's Still Legal (And Where It Isn't)
Home Bitcoin Mining Bans in 2026: Where It's Still Legal (And Where It Isn't)
In August 2026 Moscow told home miners to stop. Not for a month. Until the end of 2032. It is the biggest home-mining ban so far, and it has people asking a simple question: is mining at home slowly being pushed out everywhere?
The honest answer is no, home mining is not banned everywhere. But the rules are getting tighter in more places every year, and almost always for the same reason. It is not about Bitcoin. It is about the power grid.
The short answer
✓Moscow, the Moscow Region and parts of Kursk banned crypto mining from 15 August 2026 until 31 December 2032.
✓The reason given was grid strain. Mining was already pulling around one gigawatt in the Moscow power system.
✓The ban covers mining pools too, not just machines. So you cannot get around it by pointing your hash rate somewhere else.
✓Most countries are not banning mining. They are pricing it, permitting it or moving it — which is a slower squeeze, not a wall.
✓The practical fix for most people is not to fight the rules. It is to put the miner somewhere the power is built for it.
On 25 July 2026 the Russian government signed decree No. 936. It was published on 31 July and came into force on 15 August 2026. It runs to 31 December 2032.
The rule covers Moscow, the wider Moscow Region and parts of the Kursk region. Two things make it unusually strict:
It covers pools as well as machines. A mining pool is a group of miners that share their work and split the reward. Banning pool participation closes the obvious loophole.
It targets data centres, not just bedrooms. Reporting put it at roughly 65 data centres and about 734 MW of load inside the affected area.
The number that explains it
Regional energy officials said mining demand in the Moscow power system had already reached about one gigawatt. That is roughly the output of a large power station, being used inside a city that also has to heat, light and move ten million people.
Timeline
How Russia got from legalising mining to banning it in its capital
2024
Mining is made legal
Russia legalises crypto mining nationally. Registered miners can operate openly.
2025
Regional limits begin
Instead of one national rule, Russia starts switching mining off region by region, usually in places where the grid is tight or demand peaks in winter.
Jul 2026
Decree No. 936 is signed
Signed 25 July, published 31 July. It names Moscow, the Moscow Region and parts of Kursk.
Aug 2026
The ban starts
Mining and mining-pool participation stop in the named regions.
Dec 2032
The earliest end date
The ban is written to run for more than six years, which is longer than most mining hardware stays useful.
How to read this chart
Read this from the top down. Each row is one step in the same story: mining was allowed, then it was allowed only in some places, then it was switched off where the grid was tightest. Notice how fast the last three steps happen — under two months from signature to switch-off.
▶A national ban never happened. Regional bans did.
▶The gap between the decree being published and taking effect was about two weeks.
▶Six-plus years is longer than the useful life of most miners bought today, so for planning purposes it behaves like a permanent rule.
Why grids push back on mining
A power grid is a big shared pipe. Everyone connected to it draws from the same supply at the same time. Grid operators plan for the worst hour of the worst day — the coldest winter evening, or the hottest afternoon when every air conditioner is on.
Most household loads are spiky. Your kettle runs for two minutes. Your oven runs for an hour. Your washing machine finishes and stops.
A Bitcoin miner is different. It is a flat, constant load. It draws almost exactly the same power at 3am on a Sunday as it does at 6pm on a Tuesday, every day, all year. That is wonderful for a grid with spare capacity, because steady customers are easy to plan around. It is a problem for a grid that is already close to its limit, because there is no hour of the day when that load goes away.
Chart 1
Electricity used in one year: a home versus real miners (kWh)
How to read this chart
Each bar is how many kilowatt-hours that thing gets through in a full year. The first bar is a typical European home using about 3,500 kWh for everything — lights, cooking, hot water, washing, television. The rest are real miners from the live catalogue, running every hour of the year.
▶One Antminer S23 Hyd running non-stop uses roughly as much electricity in a year as fourteen average European homes.
▶The Whatsminer M79S is closer to fifty homes on its own.
▶Even the smallest machine here is about six homes. There is no such thing as a small always-on miner from the grid’s point of view.
▶Nothing here says mining is wasteful. It says mining is large, and large loads have to be planned for rather than plugged in quietly.
The real limit in most homes is not the law. It is the breaker panel on the wall.
How much power is one miner, really?
This is where a lot of first-time miners get a surprise. Below are real power figures from live machines, next to everyday things you already own. All numbers are in watts, which is just the speed at which something uses electricity.
Chart 2
Power draw: household items versus real Bitcoin miners (watts)
How to read this chart
Longer bar means more power used at any given moment. The first five bars are ordinary household items. The last four are real Bitcoin miners from the live OneMiners catalogue, using their actual rated power.
▶An Antminer S21 pulls slightly more power than a boiling electric kettle — except the kettle stops after two minutes and the miner does not.
▶The Whatsminer M79S at 20,000 W is roughly seven kettles running at once, forever.
▶This is the honest reason grids and landlords care. It is not the coin. It is the constant draw.
Where home mining is getting harder
Very few countries have said the words "home mining is illegal". What is happening instead is quieter and, for most people, more decisive. There are four different pressures, and they do not feel the same:
The four ways home mining gets squeezed
Pressure
What it looks like
How it feels to a home miner
Outright ban
A law or decree that stops mining in a named area for a set period.
Sudden. You stop, or you break the law.
Grid connection limits
New high-load connections are frozen or need a permit that is not being granted.
You can keep what you have, but you cannot grow.
Tariff redesign
Miners are moved to a separate, higher electricity tariff, or lose a flat rate.
Nothing is illegal. The maths just stops working.
Local rules
Noise limits, planning rules, insurance clauses, or a landlord who says no.
Small, personal, and the most common reason people actually stop.
These stack. A tariff change plus a noise complaint ends more home setups than any ban.
Notice that only the first row is a ban. The other three are the far more common story, and they are the ones you can actually plan around.
Your home wiring is the first limit
Long before any government gets involved, most home miners hit a much smaller wall: the circuit in the wall. Every plug socket sits on a circuit with a maximum safe load, set by a breaker. Go over it and the breaker trips — which is the system working correctly.
Here is what a normal domestic circuit can actually carry.
Chart 3
What one household circuit can safely carry, and what miners need
US standard 15 A circuitabout 1,800 W
US standard 20 A circuitabout 2,400 W
EU standard 16 A circuitabout 3,680 W
US 30 A dryer circuitabout 7,200 W
Antminer S19k Pro needs2,530 W
Antminer S21 needs3,290 W
Antminer S23 Hyd needs5,510 W
Whatsminer M79S needs20,000 W — off the scale
How to read this chart
The grey bars are what a normal home circuit can carry. The gold bars are what real miners need. The scale is the same for both, so you can compare them directly. A gold bar longer than the grey bar above it means that miner cannot run on that circuit.
▶A single Antminer S21 will not run safely on a standard US 15 A socket. It needs a dedicated higher-rated circuit.
▶An Antminer S23 Hyd needs something close to a dryer or cooker circuit all to itself.
▶The Whatsminer M79S runs past the end of the chart. At 20,000 W it is an industrial load, not a household one, and it belongs in a facility.
▶Never solve a tripping breaker with a bigger breaker. The breaker size matches the cable in the wall. Changing it without changing the cable is how fires start.
Power figures are from the live catalogue. A US 15 A circuit carries about 1,800 W continuously and an EU 16 A circuit about 3,680 W. Always have an electrician confirm what your specific installation can carry.
Plain-English safety note
Anything above a normal wall socket is an electrician's job, not a weekend job. A dedicated circuit, correct cable, correct breaker and a proper isolator are not optional extras. If you rent, check your tenancy agreement and your insurance before you plug anything in — a lot of policies quietly exclude business equipment.
Most of the pressure on home mining arrives as an energy decision, not a crypto decision.
The three ways people are responding
Comparison
Keep mining at home, or move the machine somewhere built for it
Mining at home
●You control the hardware and can see it.
●No hosting fee to pay.
●You pay retail electricity, which is the highest price on the market.
●Noise, heat and space are your problem every single day.
●One rule change, one tariff change or one neighbour can end it.
●Uptime depends on your internet, your power and your patience.
Hosted mining
●The miner runs in an industrial site built for constant heavy load.
●Electricity is bought at industrial scale, not retail.
●Noise and heat stop being your problem entirely.
●Repairs, monitoring and restarts are handled on site.
●You give up physical access and pay for the service.
●You are choosing a provider, so the provider now matters a great deal.
How to read this chart
Two columns, same question. The left column is what most people start with. The right column is what most people move to once the electricity bill or the noise wins. Neither is automatically correct — the right answer depends on your electricity price, your space and your tolerance for noise.
▶If your electricity is genuinely cheap and you have the space, home mining can work.
▶If you are paying normal household rates, the power price alone usually decides it.
▶Hosting swaps a hardware problem for a provider-choice problem. That is a real trade, not a free win.
What hosting changes
Hosting means your miner physically lives in a data centre built for it, and you keep everything it earns. The site handles power, cooling, network and repairs. You watch it from an app.
The reason it matters in a story about bans is simple. Every pressure listed above — grid strain, connection limits, tariffs, noise, planning — is a wrong-location problem, not a mining problem. A machine in an industrial site with its own substation is not competing with a city's evening peak.
20
OneMiners hosting sites
2,163 MW
Contracted capacity
$0.0480
Average power rate per kWh
98%+
Observed uptime
Across the OneMiners hosting network that is 20 sites and about 2,163 MW of contracted capacity, at an average of $0.0480 per kWh on the seven-year fixed rate, with a 95%+ uptime guarantee and a 7-year hardware warranty. The cheapest active site runs at $0.0364 per kWh.
The word to focus on is fixed. The Moscow story, and most of the tariff stories around the world, are stories about a price or a permission changing underneath someone who had planned around it. A multi-year fixed rate is the direct answer to that specific risk.
No. In most of the world it is completely legal. Moscow, the Moscow Region and parts of Kursk are a specific regional ban, not a global one. What is spreading faster than bans is higher tariffs, permit freezes and local noise or planning rules.
Why does the Moscow ban include mining pools?
A mining pool is a group of miners sharing work and splitting rewards. If you banned only the machines, someone could argue they were just running hardware for a pool elsewhere. Including pools closes that gap.
Does one miner really use as much power as a house?
A high-power model can, yes. An Antminer S23 Hyd running all year uses roughly what an average European home uses for everything. Smaller machines use less, but they are still far above any normal appliance because they never switch off.
Can I just plug a miner into a normal wall socket?
Usually not safely. A standard US 15 A socket tops out around 1,800 W, and most modern miners need more than that on a dedicated circuit. Have an electrician check before you buy, not after.
Will more cities ban mining?
Where grids are tight, expect more pressure — though usually as pricing and permits rather than outright bans. The pattern so far is that bans follow visible grid strain, not politics about crypto itself.
What happens to my miner if a ban arrives where I live?
The hardware is still yours and still works. It just has to run somewhere else. That is exactly the case hosting is built for, and it is why people with machines in multiple jurisdictions sleep better.
Where these numbers come from
Russian government decree No. 936, signed 25 July 2026, published 31 July 2026; in force 15 August 2026 to 31 December 2032.
Reporting on affected load and data-centre count: news.bitcoin.com, crypto.news, cryptotimes.io, August 2026.
Miner power and price figures: live OneMiners catalogue, 27 August 2026.
Household electricity comparison uses a 3,500 kWh per year European average.
Disclaimer
This article is for information and education only. It is not financial advice. Mining results change with the Bitcoin price, network difficulty, your electricity rate and your hardware. Numbers shown are examples from public data on the date of writing, not a promise of any result. Always do your own research.
Antminer S19k Pro - 110 TH/s
Antminer S21 - 188 TH/s
Antminer S21+ Hyd - 395 TH/s
Antminer S23 Hyd - 580 TH/s
Whatsminer M79S - 1.35 PH/s
