Mining Location Cost Calculator
Miner Relocation Cost Comparison
Compare electricity costs across major mining destinations to understand why miners relocated after China's 2021 crackdown.
Mining Viability Comparison
Key Insight: Mining operations can relocate in months due to minimal infrastructure needs - only electricity and internet required.
When China shut down Bitcoin mining in 2021, the entire global crypto landscape shifted overnight. Overnight, more than three-quarters of the world’s Bitcoin mining power vanished from one country. It wasn’t a market crash. It wasn’t a hack. It was a government order-and the miners didn’t disappear. They just packed up and left.
The Great Migration Begins
In 2021, China didn’t just crack down on crypto trading-it went after mining itself. That’s key. Previous rules had targeted exchanges and wallets, but this time, the central government told provinces to shut down mining farms. Inner Mongolia moved first, banning energy-hungry operations. Then came the nationwide ban. Miners had weeks, sometimes days, to shut down. Why did they comply? Because the stakes were too high. Fines, asset seizures, and even criminal charges were real threats. And unlike stock traders, miners couldn’t just log off. They owned physical machines-thousands of ASIC chips, each the size of a toaster, humming 24/7, using megawatts of electricity. These weren’t software apps. They were industrial equipment. And they could be moved.Why Miners Could Move So Fast
Bitcoin mining doesn’t need factories, ports, or supply chains. It needs two things: electricity and internet. That’s it. So when the orders came, miners didn’t rebuild-they relocated. Entire farms were disconnected, loaded onto trucks, shipped across borders, and plugged back in. The whole process took months, not years. The machines are modular. One miner can be moved. So can a thousand. The same power cables, cooling systems, and network gear were reused. No new tech was needed. Just a new grid. That’s why the migration was so fast-and so massive. It was the largest industrial relocation in crypto history.Kazakhstan: The First Winner
Before 2021, Kazakhstan accounted for less than 2% of global Bitcoin mining. By late 2021, it jumped to over 18%. It became the second-largest mining hub in the world, briefly surpassing the U.S. Why Kazakhstan? Simple: cheap, abundant power. The country has huge coal reserves and underused power plants. Its energy prices were among the lowest in the region. Plus, the government didn’t ban crypto-it welcomed it. Mining licenses were easy to get. Local officials even offered tax breaks. But there’s a catch. Most of Kazakhstan’s electricity comes from coal. That meant the carbon footprint of Bitcoin mining spiked. Environmental groups raised alarms. But for miners, cost came first. And in Kazakhstan, it was still cheaper than staying in China.
Texas: The New American Hub
While Kazakhstan took the early lead, Texas became the long-term winner. By 2023, Texas hosted nearly half of all Bitcoin mining in the U.S.-and the U.S. was now the top mining country in the world. Texas didn’t just have low electricity prices. It had a deregulated grid. That meant miners could negotiate power deals directly with energy providers. They could buy surplus wind and solar power when prices dropped-even at night, when demand was low. Some miners even signed contracts to shut down during heatwaves, helping the grid avoid blackouts. That’s right. Miners became grid stabilizers. During the 2021 Texas freeze, mining rigs were among the first loads to be cut, freeing up power for hospitals and homes. In return, the state gave them space, tax breaks, and zero regulatory interference. Today, Texas has over 5.2 gigawatts of Bitcoin mining capacity. That’s more than the entire country of Canada. And it’s still growing.Other Destinations: Russia, Iran, and Beyond
Not everyone went to Kazakhstan or Texas. Russia saw a sharp rise in mining, especially near its Siberian power plants. Iran, despite U.S. sanctions, opened up mining as a way to earn hard currency. Some miners even moved to Paraguay, where hydropower is cheap and government policy is neutral. But these places had downsides. Russia’s internet infrastructure was less reliable. Iran’s banking system made it hard to convert profits. Paraguay’s grid couldn’t handle large-scale growth. The real winners were the places that offered three things: cheap power, stable rules, and good connectivity. That’s why the U.S. and Kazakhstan dominated.
What Happened to China’s Mining Industry?
China’s mining sector didn’t just shrink-it collapsed. From 75% of global hashrate in 2020, it dropped to under 1% by 2023. Thousands of mining farms were shut down. Equipment was sold off, scrapped, or shipped abroad. Some miners tried to go underground. A few small operations still exist in remote provinces, but they’re risky. The government still monitors power usage closely. Any spike in electricity demand in a region triggers an audit. Most miners gave up. The result? China went from being the heart of Bitcoin mining to an afterthought. And the network didn’t suffer. In fact, it got stronger.The Bigger Picture: Decentralization Wins
Before 2021, Bitcoin mining was dangerously centralized. Over 75% of the network’s power came from one country. That made the network vulnerable. A single policy change could have crippled Bitcoin. The exodus fixed that. Today, mining power is spread across more than 100 countries. The U.S. leads. Kazakhstan is second. Then Russia, Canada, Germany, and others. No single country controls more than 15%. That’s good for Bitcoin. Decentralization means resilience. If one country cracks down, the network keeps running. Miners can always move again.What This Means for the Future
The Chinese exodus proved one thing: Bitcoin mining is mobile. It doesn’t belong to any nation. It follows the cheapest, cleanest, most reliable power-no matter where it is. That’s why future mining will keep shifting. When Europe tightens emissions rules, miners may move to Canada or the U.S. Southwest. When Saudi Arabia builds its renewable grid, miners might head to the desert. The same logic applies everywhere. The lesson? Don’t assume mining will stay put. It never does. And that’s not a weakness-it’s Bitcoin’s strength.Why did Chinese miners leave in 2021?
Chinese miners left because the government banned cryptocurrency mining nationwide. Unlike earlier rules that targeted trading, this ban specifically shut down mining farms. Fines, asset seizures, and legal penalties made staying too risky. Miners had no choice but to relocate or shut down.
Where did most Chinese miners go?
Most went to Kazakhstan and the United States, especially Texas. Kazakhstan offered cheap coal power and loose regulations. Texas offered low electricity rates, a deregulated grid, and access to renewable energy. Together, these two regions absorbed over 80% of the displaced mining capacity.
Can Bitcoin miners move again like they did in 2021?
Yes. Bitcoin mining equipment is portable and only needs electricity and internet. If another country bans mining or raises power costs, miners can pack up and relocate within months. This mobility is built into Bitcoin’s design-it’s not a fixed industry. It’s a mobile utility.
Did the exodus hurt Bitcoin’s network?
No. The network briefly slowed as equipment was moved, but hashrate recovered quickly. In fact, Bitcoin became more secure. Before 2021, over 75% of mining was in one country. Now, it’s spread across dozens, making the network far harder to disrupt.
Is mining still banned in China today?
Yes. China’s ban remains in full effect. The government still monitors electricity usage closely and shuts down any suspicious spikes. While a few small, hidden operations may still exist, there’s no legal mining in China anymore. The industry has effectively disappeared.
