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Bitcoin Mining Was Never Banned In China

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An extraordinary reveal: Mining was never banned in China.

Yes, you read that right. In fact, not only was it not banned, but Chinese miners are leading the world in innovative uses of Bitcoin mining.

But what of this Reuters report and others that says it was banned?

Let’s have a closer look.

Yes, network hashrate dropped from 179.2 EH/s to 87.7 EH/s (a 51.1% drop) seemingly confirming that China banned mining.

After all, China was according to Cambridge 46% of global hashrate the month prior to the “ban” (April 2021). So the figures roughly tally up with the thesis that “mining has been banned in China.”

But there’s a big gap in this logic. If you are a disruptive student, and the principal sends you away from school, those “days absent from school” don’t mean you’ve been expelled. It could mean you’ve merely been suspended. Turns out that’s exactly what happened in China.

Here’s how we know.

Click HERE to download a PDF of “Bitcoin Mining Was Never Banned In China” — report #3 of the “FUD Fighters” series powered by HIVE Digital Technologies Ltd

1. Investigative reporting

Let’s start with the mainstream news reports.

First, NBC reported in May 2021 that at least some miners were “unfazed” by the latest “ban”.

The New York Times then reported a “ban” in China in September 2021, citing this policy disclosure from the Chinese Government (more on that later), even though that same month, publicly available data from Cambridge showed that mining activity had already bounced back to 22.3% of global hashrate.

Cambridge data showed that by Dec 2021 China was still at 19.1% of global hashrate.

It wasn’t until May 2022 that CNBC ran a full report on the significant Bitcoin mining hashrate still operating within China, even though this data had been publicly available to all media outlets since September 2021.

Apart from the New York Times piece, the evidence points to mining never being banned, merely suspended. Let’s look more closely then at the New York Times article and the document they cite as evidence for a ban.

2. Our surprising find in Chinese legislation

When I read the document the New York Times used as evidence for a ban, it did not support their interpretation.

The Chinese policy document of 24 September 2021 does not legislate a ban, but rather a moratorium on the establishment of any new mining sites, plus a “signal of intent” (but not a ban) to “at some stage” grandfather existing mining activity (which three years later has still not occurred).

Regarding the statement of intention: the policy says that bitcoin mining sites are something that should be gradually eliminated, because it does not support the Chinese Government’s carbon neutral goals. Other reasons stated are that it is easy to use for money laundering and a high user of electricity.

Cultural factors not taken into account by the New York Times

In China, it is common that policy says one thing, but what is implemented is very different

As a general rule, in the more developed cities, the letter of the law will be carried out literally. However, in smaller cities and regions, this is seldom the case.

For example, officially in China there is a policy where all banks must by law reduce the steps their customers go through to get any legal certified documents.

However, in most cities, private banks don’t follow the regulation, the opposite is practised. For example, if a parent or spouse dies and you need to get the leftover amount in their bank account, the bank can say “your death certificate is not enough”. There have been cases of the bereaved needing to bring the dead body to the bank to prove it. I kid you not.

More developed cities will follow the letter of the law. But in China, most mining activity is now happening in Inner Mongolia, far from the large developed cities. In these regions what matters culturally is not the government regulations but your network. If you have the right network you can do “this and that” to go around the legislation.

So in summary:

1. Mining was never banned, rather there was a moratorium on new mining and unfriendly overtures about grandfathering existing mining facilities at some point.

2. Fossil fuel use was the stated primary reason (though we know from inside sources within the Communist party that while this was definitely a factor, capital control was the primary reason). Energy policy expert Magdalena Gronowska has cross-validated this.

3. Apart from coal-based mining, the moratorium was never implemented in the more secluded regions. There, new mining activity has come online.

4. The New York Times did not accurately portray the Chinese policy document, lacked an appreciation of cultural factors that rendered even the moratorium something that may not be widely enforced, and failed to cross-check publicly available hashrate records which would have told them that mining activity was still occurring on a large scale in China.

This would not be the first time there has been a discrepancy between what is reported and what actually happened in Bitcoin mining ban stories. News reports of “bans” in Paraguay (it wasn’t, it was a clamp-down on power-theft), and New York (it wasn’t, it was a two year moratorium only on new fossil-fuel based mining) were similarly overstated.

Then just this month, numerous media outlets even within the crypto-community reported that Venezuela had banned bitcoin mining “to protect the power-grid”, even referring to the government’s action as “an anti-corruption initiative.”

However, it turns out the source of power outages were due to widespread corruption (theft of power within government) that led to the well documented case of Venezuela’s State Owned energy company PDVSA being unable to deliver enough power to stabilize their own grid. For context: Venezuela is tied for second worst out of 180 nations on Transparency International’s corruption index, over time trending more corrupt not less.

But back to China. Sebastian Gouspillou, CEO of BigBlock who is experienced in mining matters in China, gave permission for us to include his own take on this: “They cut the mining and then started it again after a few weeks. But not everywhere; only where it was useful.”

3. Interviews with players in the bitcoin mining industry

In total, we talked to four independent mining organizations operating in China (HashX_Mining, and three others who wished to remain anonymous). What’s interesting is that none of them say they are “risking it all as a CNBC news article dramatically suggested, but rather are actively encouraged by Chinese authorities to help solve different energy challenges.

We discovered that Bitcoin mining is not only occurring in China, but miners are actively using the positive environmental externalities of Bitcoin mining, particularly heat recycling and stranded renewable energy monetization.

For context, the first reported examples of heat recycling from Bitcoin mining were in Canada as early as 2018. Since then, heat recycling has emerged as a major way that Bitcoin mining (basically an electric resistance heater that mines Bitcoin) can lessen the need for fossil fuel heating. China has joined the heat recycling party.

One mining distributor confirmed: “With the downturn in the Chinese economy, some heavy industry has left Inner Mongolia and Xinjing province. As a result, there is often an oversupply of electricity.” Chinese authorities have invited Bitcoin mining companies to fill the void, to stop renewable energy being wasted.

These Bitcoin mining operations in Inner Mongolia are typically only 200-500 miners (~1 MW), and all using either hydro, wind or solar energy.

Think of Inner Mongolia as the Texas of China. Like Texas it had a fossil fuel past, but is now pushing for renewable energy solutions faster than any other part of the country (reportedly 57% of the country’s wind farms). And like Texas it has needed and wanted Bitcoin mining to help monetize wasted renewable energy and counterbalance renewable intermittency.

So why did China suspend mining operations in the first place, and why are the ones they let back mostly smaller and renewable energy based?

Capital controls

Large scale bitcoin mining was problematic for China. It offered a way to get money out of China. Large operations turned Yuan into Bitcoin, then Bitcoin into USD. A second reason, but not as important: large operations were often using coal factories. This endangered the government’s emission targets.

The original miner suspension represented a chance to clamp down on capital flows out of the Yuan. By allowing mining companies with 200-500 units to monetize wasted renewable energy, it helps China stabilize grids and monetize wasted renewable energy without the danger of large capital outflows.

Special thanks again to Dan Leslie from @HashX_Mining, Sebastian Gouspillou, CEO of Big Block, Magdalena Gronowska, partner at Metamesh and two Chinese nationals who wished to remain unnamed in compiling this special report.

——-

Additional Context

Other reveals from our interviews with Chinese mining companies.

  1. While a lot of hashrate migrated to other countries (US initially, Ethiopia more recently), a lot of new hashrate has also come into China since the China “ban”
  2. No offgrid coal-based mining occurs any more. It’s too easy to spot, it competes for baseload energy and interferes with Central Govt’s emission targets. This has caused a significant reduction of the emission intensity of Chinese mining post-”ban”.
  3. Mining is mostly hydro, micro-hydro (particularly in the wet season). The areas above the red line are very wet months for 4 regions: Xi’an, Wuhan, Bejing and Xining, where hydro becomes incredibly cheap.

But we also uncovered a lot of ongrid mining and, more surprisingly, a lot of retail ongrid mining.

  1. Retail ongrid miners mine at a loss, because they pay, well, retail electricity rates. Why would they mine at a loss? Simple: to get money out of China, or out of the Yuan into USD. They convert Chinese Yuan for ASICS and electricity which creates BTC, which gets converted into USD. Many retail miners are happy to take the profitability hit simply to have a way to convert Yuan to USD.
  2. Local provincial govt often supports what Central Govt does not, because it’s economically advantageous to do so. We heard more than one story where the provincial govt gave an effective “licence to mine” in return for the rights to use their recycled heat.

    For example, one 13 MW mining operation, an example of that new hashrate, works in tandem with the Provincial Govt. They buy electricity from them and in return the govt gets the right to use their recycled heat for free. Because 95% of the energy from Bitcoin mining is disbursed through heat, this is almost as effective as getting heating for free. What do they use that (free) heat for? Heating water for fish farms.

Click HERE to download a PDF of “Bitcoin Mining Was Never Banned In China” — report #3 of the “FUD Fighters” series powered by HIVE Digital Technologies Ltd

This is a guest post by Daniel Batten. Opinions expressed are entirely their own and do not necessarily reflect those of BTC Inc or Bitcoin Magazine.





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Bitcoin mining

Bitcoin Mining Difficulty Hits Record 92 Trillion

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The Bitcoin mining difficulty reached a new all-time high of 92.67 trillion on September 11. This represents a 3.04% increase over the last 24 hours and continues an upward trajectory in mining competition.

The Bitcoin difficulty chart plots the historical increases and decreases in mining difficulty over time. It measures how hard it is for miners to find a valid hash for the next block. Higher difficulty requires more computing power to mine new Bitcoin.

When combined with the Bitcoin price, difficulty helps determine miners’ profitability and return on investment. The metric soared in 2024 amid massive growth in Bitcoin’s overall hash rate and adoption.

The rising difficulty shows intensifying competition on the Bitcoin network as more miners fight for limited block rewards. This is generally constructive for network security and decentralization.

Despite rough market conditions this year, the difficulty increase displays the unprecedented demand for Bitcoin block rewards. It underlines the incredible security offered by the collective computing power of miners around the world.

The difficulty adjustment algorithm built into Bitcoin’s code dictates the pace of change in mining competition. It is programmed to find blocks approximately every 10 minutes, maintaining a steady influx of new Bitcoin over time.

This predictable Bitcoin issuance schedule makes its inflation rate easy to model and appeals to investors compared to fiat currencies subject to central bank policies.





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Japan's Largest Power Company TEPCO is Mining Bitcoin Using Renewables

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Tokyo Electric Power Company (TEPCO), Japan’s largest electricity provider, has begun mining Bitcoin through its subsidiary Agile Energy X using excess renewable energy that would otherwise be wasted, as per reports from Asahi.

With over 27 million residential and business customers, TEPCO established Agile Energy in 2022, and now they are exploring Bitcoin mining powered by surplus renewable energy. The subsidiary has installed mining rigs next to solar farms in Japan’s Gunma and Tochigi prefectures.

The initiative helps reduce wasted green energy from solar and wind farms that are forced to curtail production to avoid overloading Japan’s grid. This energy is now being diverted to generate Bitcoin.

“Green energy producers have to operate their businesses on the assumption that part of the power they generate is wasted,” said Agile Energy President Kenji Tateiwa. “If bitcoins were to provide a new source of income for similar power producers, who are being exposed to overinvestments, that would prompt more green energy to be introduced.”

The project shows how Bitcoin mining can incentivize renewable energy growth by providing producers with additional revenue streams. Tateiwa said Bitcoin profits could encourage further investment in clean energy to power the mining.

Other countries are also tapping excess renewables for Bitcoin mining, like El Salvador, which uses its geothermal energy. This dispels the myth that Bitcoin is environmentally hazardous, as much mining uses energy that would otherwise be wasted. 

More and more companies and countries are figuring out how to turn waste and surplus energy into the hardest money on earth. As more renewables come online, Bitcoin mining will help reduce wasted power and emissions.





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Bitcoin Hashrate Records New ATH Surpassing 740 EH/s

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The Bitcoin network hash rate reached a new all-time high on September 3rd, surpassing 740 exahashes per second (EH/s). This comes even as Bitcoin prices trade below $60,000.

A higher hash rate reflects more computational resources spent processing transactions and mining new Bitcoin. This is despite Bitcoin sliding over 10% this week, which highlights the disconnect between network fundamentals and short-term pricing.

Leading mining companies such as Whatsminer and MicroBT are launching advanced machines to take advantage of the surge in hash rate. Whatsminer has introduced four new mining rigs and a forthcoming solar-powered mining container system. Meanwhile, MicroBT has rolled out its M6XS+ miners, capable of processing between 190 and 450 terahash.

Riot Platforms also purchased Block Mining for $92.5 million to enhance its hash rate and broaden its market presence. Additionally, miners are looking into AI integration and potential acquisition opportunities to address persistent identity challenges in the industry.

Bitcoin’s rising hash rate indicates strong confidence in its long-term sustainability. With significant advancements in mining technology and supportive political conditions enhancing profits, miners are rapidly expanding their infrastructure to handle transactions and secure the Bitcoin network.

While the hash rate doesn’t directly influence Bitcoin’s price, it reinforces the underlying network security. Hashrate milestones also tend to precede bullish market moves and Bitcoin’s halving events.





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