Everything you need to know about solar cryptocurrency mining

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Mining cryptocurrencies such as bitcoin cash (BCH) and bitcoin core (BTC) utilizes electricity in order to power the ASIC machines that profit from mining coins. Over the last few years, as digital assets have attracted more and more people and the SHA-256 hashrate (the BTC and BCH consensus algorithm) has surged to all-time highs, people have complained that the amount of energy used to mine is extremely expensive. However, while some people spend a lot of time debating whether or not mining is using too much energy, there are lots of miners using various renewable energy methods including wind power, hydropower, and solar. A great example of this can be seen in Christian Ander’s explanation of how he was making lots of money using excess solar to mine bitcoin than he was selling the energy to the power station.

“Time to start your miners tonight almost free energy in Stockholm tomorrow — instead of selling my surplus solar energy, I mine bitcoin,” Ander remarked. “1 kWh = 1,16 Kr($0.12) — That is more than 10 times the money if I would sell it to the grid. Using the most common miners on the market ($100 each which convert 1,3 kW -> BTC).”

Currently, certain miners in China and Canada are using hydropower to reduce offset electric costs and other mining operators use low-cost geothermal power in Iceland as well. But Ander isn’t the only one who has developed the idea of minting digital assets with solar power. Lots of people have been promoting the concept while the SHA-256 hashrate climbs exponentially, pushing operators toward greener energy solutions. For example, on July 1, 2017, a man from San Diego explained how he’s been mining in the desert with twenty-five S9 miners inside his greenhouses. According to this miner, he ran everything 100% off-grid with solar and battery power and said he was “profitable.” Solar farming, typically, can be profitable for those simply selling to the grid but it depends on the land’s rental costs, geographic location, and the size of the solar installation. Recent estimates disclose that on average a typical solar farm can create between $21,250 and $42,500 per acre every year.

The Grid Backup Plan Provides Minimal Risk

Tam Hunt, the founder of a renewable energy project called Community Renewable Solutions, has pointed out how solar energy could improve bitcoin mining and reduce energy consumption. Hunt’s study shows that instead of selling electricity to the grid, mining cryptocurrency could be far more lucrative. The research claims that the “solar-plus-Bitcoin operation pays for itself in about two years” and after the return-on-investment (RoI) is completed “there is minimal risk remaining.” That is because if the price of bitcoin suddenly crashed below profitable levels, the operation has a backup plan as they can just sell the power to the grid. Hunt describes how off-grid mining operations can be done in areas with no power lines and where acreage is extremely affordable.

“Under this scenario, the miners are connected to the internet via a satellite connection, but otherwise the entire project is off-grid — All solar power is used for mining,” Hunt notes in his study. “This kind of facility could also include onsite storage to both smooth production and to extend mining operations beyond daylight hours.”

No Major Solar Mining Operations in 2019, but One Firm Claims to be Building a 20MW Sun-Powered Facility in Australia

Recently, there’s been a lot of FUD surrounding bitcoin mining consuming too much energy. China’s National Development and Reform Commission (NDRC) detailed on April 9 that the department believes bitcoin mining “waste resources and pollutes the environment.” But there’s a lot of data and reports that show it is not true and that mining rigs can also produce their own heat power as well. A recent Coinshares study shows that 78% of bitcoin miners utilize renewable energy sources. In March 2018, the co-founder of the Nakamoto X exchange, Kamil Brejcha, showed the world how he used excess mining heat to grow fruits like tomatoes. Later that year there was a residential block in the freezing Russian province of Siberia with local grandmothers mining coins for profit and heat dissipation. Known as the Siberian babushkas, a woman explained how they used the hot air from miners to dry spices. “All the hot air is perfect for drying pumpkin, tea, and herbs — It dries very quickly — In just one day,” one of the babushkas explained.

There are different methods people use to harness renewable energy to mine BTCs. Surprisingly, solar energy is not being used by major mining operations as the dominant renewables powering facilities have been hydro and geothermal. Although last summer, reports showed that Hadouken Pty Ltd was approved to build a 20-megawatt solar farm that will be particularly used to mine digital currency. The mining operation is said to be situated in Collie Australia near a power company called Muja that produces 854 megawatts of electricity. Similarly, if there were a sudden cryptocurrency price fall and mining wasn’t that profitable, Hadouken could easily sell the power to the grid. If individuals like Christian Ander have noticed that using solar-generated electricity to mine bitcoin makes 10X what could be made selling the power to the grid, then many other people are likely aware of the same idea.

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