Italian energy company Alps Blockchain, in partnership with Bolivian firm Kuruvika, has launched a Bitcoin mining operation at a decommissioned 127-megawatt (MW) natural gas power plant in Cochabamba, Bolivia. The facility currently uses approximately 27 MW of power and operates with a hashrate of 1.23 exahashes per second (EH/s), according to a report from Beets. The company plans to increase power consumption to 45 MW by the end of the year.
Repurposing Stranded Energy for Crypto Mining
The partnership represents a growing trend in the cryptocurrency mining industry: repurposing stranded or underutilized energy infrastructure for digital asset production. The Cochabamba plant, previously offline, now hosts mining hardware that draws power directly from the site’s natural gas supply. This approach can reduce energy waste and provide a revenue stream for otherwise idle assets. Alps Blockchain, which specializes in energy-intensive blockchain operations, sees Bolivia as a strategic location due to its available natural gas reserves and relatively low energy costs.
Expansion Plans and Local Impact
Alps Blockchain’s current 27 MW operation is just the first phase. The company aims to scale up to 45 MW by late 2024, which would significantly increase the site’s hashrate and mining output. The expansion could create local jobs in maintenance, security, and operations. For Bolivia, a country with limited cryptocurrency adoption and regulatory uncertainty, this project marks one of the first large-scale Bitcoin mining ventures. The partnership with Kuruvika, a local firm, may help navigate regulatory requirements and community relations.
Why This Matters for the Crypto Mining Industry
The Bolivia project highlights a broader shift in Bitcoin mining toward using flared or stranded natural gas. Miners are increasingly seeking locations where energy is cheap or otherwise wasted, reducing both operational costs and environmental criticism. If successful, this model could be replicated in other regions with decommissioned power plants or surplus gas. However, the venture also faces risks, including potential regulatory changes in Bolivia, fluctuating Bitcoin prices, and the technical challenges of operating in a remote location.
Conclusion
Alps Blockchain’s launch of Bitcoin mining at a decommissioned Bolivian gas plant demonstrates the practical reuse of stranded energy assets for cryptocurrency production. With current power usage at 27 MW and plans to reach 45 MW, the project could serve as a case study for similar initiatives worldwide. The partnership with local firm Kuruvika underscores the importance of regional expertise in emerging crypto-mining markets. The long-term viability will depend on energy prices, regulatory clarity, and Bitcoin’s market performance.
FAQs
Q1: What is Alps Blockchain’s role in this project?
Alps Blockchain is the Italian energy company leading the Bitcoin mining operation. They provide the mining hardware and operational expertise, while Bolivian partner Kuruvika handles local logistics and regulatory compliance.
Q2: How much power does the mining facility currently use?
The facility currently consumes approximately 27 megawatts of power, with plans to expand to 45 megawatts by the end of 2024. The plant has a total capacity of 127 megawatts.
Q3: Why is a decommissioned power plant being used for Bitcoin mining?
Decommissioned power plants often have existing electrical infrastructure and access to cheap or stranded energy sources, such as natural gas. This reduces mining costs and repurposes assets that would otherwise remain idle, aligning with the industry’s push for energy efficiency.
