There exists a peculiar strain of corporate optimism that believes you can save the world while simultaneously getting rich. Usually, this delusion presents itself through PowerPoint presentations about carbon credits or vague promises about planting trees.
But here comes Adidamm, a global crypto mining outfit making the wonderfully audacious claim that they’re going to mine Bitcoin at industrial scale using renewable energy that literally nobody else wants. The kicker? They might actually pull it off.
Picture this: approximately 160 terawatt-hours of electricity is used by Bitcoin mining globally each year, roughly equivalent to the entire electrical consumption of Poland or Argentina. The US consumes the most power mining bitcoins, gobbling up 145.6 GWh and accounting for well over a third (37.9%) of the global power consumption.
Meanwhile, renewable energy projects from Texas to Tasmania sit idle during peak production periods, hemorrhaging money because they generate more electricity than the grid can absorb. Enter Adidamm, whose very name, blending Sanskrit “Adi” (first) and Old Norse “Damm” (judgment), suggests they believe they’ve found the philosopher’s stone of crypto mining: turning waste into wealth.
The Beautiful Problem Of Stranded Energy
The renewable energy industry suffers from what economists might call a champagne problem. Sometimes you have too much of a good thing. According to the International Energy Agency’s report, in 2023 alone, global energy curtailment of renewables reached 1,300 terawatt-hours, which exceeds Japan’s entire annual electricity consumption. Solar farms generate maximum power precisely when nobody needs it. Hydroelectric dams overflow with the spring melt while factories are idle. Oil and gas operations flare billions of cubic meters of natural gas annually—energy literally burned off into the atmosphere because there’s no infrastructure to capture it.
This phenomenon, known as “stranded energy,” represents billions of dollars in lost revenue annually. Spun up in July 2020, the West Texas solar plant, operated by “one of the top five energy companies globally,” has been forced to sell 10.1% of its total energy generation at a loss. Traditional solutions, massive battery banks, pumped hydro storage, require infrastructure investments that make venture capitalists weep. Adidamm’s proposition follows a different logic: rather than store the energy, why not convert it directly into digital gold?
Utilising stranded energy, which is often more cost-effective, provides an avenue for more competitive energy pricing for Bitcoin mining. This efficiency not only enhances profitability but also democratises participation in the Bitcoin mining process. The company’s “Secure the network. Preserve the planet. Deliver long-term value” pledge might sound like marketing fluff, but the underlying economics are surprisingly sound.
The Carbon-Negative Gambit
Adidamm Holdings Pty Ltd arrives at a fascinating inflection point in crypto history. As of 2024, nearly 40% of Bitcoin mining is powered by renewable energy sources, representing a significant improvement from previous years. The industry has undergone what theologians might call a conversion experience, transforming from a coal-powered pariah to a renewable energy evangelist.
The mathematics of carbon-negative mining require Olympic-level mental gymnastics, but Adidamm’s approach shows promise. The outcomes indicate that initiating such a system at the start of 2020 with an investment of approximately $42 million could recoup its costs in about 3.5 years. In contrast, selling electricity to the grid would extend the power plant’s return on investment period to 8.1 years. Furthermore, the environmental evaluation revealed that adopting renewable solar energy for mining could avert the emission of around 50,000 tons of CO2 annually.
Adidamm’s algorithmic hedging treasury, essentially a financial shock absorber for Bitcoin’s notorious price swings, represents another layer of sophistication. Traditional miners ride the volatility roller coaster white-knuckled and praying. Adidamm claims to have built the financial equivalent of a gyroscope, maintaining stability while the market convulses around them. The ISO 27001-level security protocols and “audited uptime” sound impressively bureaucratic, precisely the kind of language that makes institutional investors reach for their checkbooks.
Their research shows that linking the use of energy-intensive cryptocurrency mining with green hydrogen technology, a “dynamic duo,” can boost the renewable energy sector. “Building a green hydrogen infrastructure to help produce cryptocurrency can accelerate renewable energy and create a more sustainable energy landscape,” Lal said. Utilising clean energy sources to power blockchain mining operations and produce green hydrogen can lead to increased solar capacity, expanding sustainable energy production nationwide. Adidamm appears positioned to capitalize on this emerging synergy.
The Global Chess Game
Geography matters immensely in crypto mining, and Adidamm’s headquarters position them strategically for expansion across Oceania and North America. You can see this phenomenon most clearly in Texas, where flared gas alone could power nearly a third of the total Bitcoin network, and where miners are rapidly signing power purchase contract agreements to exploit the state’s frequent negative energy costs. (U.S. market share of Bitcoin hash rate has risen from 4% to 42% in just two years).
The company’s timing borders on prescient. United States Bitcoin miners spent $2.7 billion on electricity in the first few months of 2024. “Since the start of 2024, Bitcoin mining in the U.S. has consumed an enormous 20,822.62 GWh of electric power,” said Paul Hoffman, analyst at Best Brokers. “At the average commercial electricity rate of $0.1281 per kWh as of February, this amounts to an expenditure of $2,667,378,196.47.” Yet paradoxically, renewable energy producers often struggle to find buyers for their excess capacity.
Bitcoin mining provides an opportunity for independent power producers to sell their electricity on a worldwide market, according to Sangha Renewables President Spencer Marr. Not only could bitcoin mining upend how the power industry works, but the adoption of the technology at scale could eventually create a new way of tracking energy prices, according to Marr. “Just as Brent provides a global index for the price of crude oil, I think bitcoin mining will, over time, create a global index for the price of electricity.” Adidamm seems to understand this emerging dynamic perfectly.
The regulatory landscape adds another dimension to Adidamm’s strategic positioning. In the US, New York State has banned new fossil fuel mining plants with a two-year moratorium, citing environmental concerns, while Iowa, Kentucky, Montana, Pennsylvania, Rhode Island, Texas, and Wyoming have encouraged bitcoin mining with tax breaks. Texas incentives aim to reduce methane emissions from flared gas through bitcoin mining. Adidamm’s renewable-only approach sidesteps these regulatory hurdles entirely.
Adidamm frames the company’s narrative around three pillars: credibility building in a sceptical crypto market, ESG positioning through carbon-negative claims, and security messaging via ISO-aligned controls. These aren’t just buzzwords. They’re precisely the language institutional investors need to hear before writing nine-figure checks.
The most compelling aspect of Adidamm’s proposition isn’t technological but rather philosophical. They’re betting that Bitcoin mining, long vilified as an environmental catastrophe, can become the unlikely savior of renewable energy economics. If a solar plant or a wind farm has the ability to convert its excess electricity nearly instantly into bitcoin instead of selling it at a loss, renewable energy companies could significantly boost their revenue. That, in turn, would make the financing of new green energy projects more palatable and reduce the industry’s need for government subsidies.
Whether Adidamm becomes the Tesla of crypto mining or another footnote in blockchain history depends on execution. The company needs to secure renewable energy partnerships, navigate volatile Bitcoin prices, and convince skeptics that “carbon-negative Bitcoin mining” isn’t an oxymoron. But if they succeed, and the economics suggest they might, they’ll have solved one of renewable energy’s most vexing problems while printing money in the process. Sometimes the best way to save the planet is to make it profitable. Adidamm understands this fundamental truth, and they’re betting billions that the rest of the world will too.
