El Salvador is emerging as a Bitcoin mining powerhouse with its volcanoes, but this dilemma is hindering its progress.

Discover how El Salvador can harness the heat of its volcanoes to establish itself as a Bitcoin mining epicenter powered by 100% renewable energy.

El Salvador possesses geothermal generation potential capable of redefining its position on the global digital asset map. The presence of the volcanic chain within the country grants it a natural competitive advantage: baseload energy available 24 hours a day, without dependence on fossil fuels or weather variations. This natural infrastructure allows experts like those at Hashrate Index to project a Bitcoin mining ecosystem that is not only sustainable but also immune to the volatility of gas and oil prices.

According to the latest report published by the firm, entitled “The State of Bitcoin Mining in Latin America 2026”, the Central American country —a pioneer in converting Bitcoin as legal tender in 2021— it maintains a powerful narrative, although technical data reveals that it is not yet a fully competitive market. 

With a mining power close to 1,1 EH/s With a national installed capacity of 2.200 MW for 6,5 million inhabitants, El Salvador faces the challenge of transforming its political discourse into a low-cost industrial reality.

The volcanic infrastructure of El Salvador and the deployment of LaGeo

The development of state mining has been closely linked to LaGeoThe entity responsible for managing national geothermal resources. Currently, the Ahuachapán and Berlín plants contribute approximately 204 MW to the system. Based on this operational foundation, the Government promoted Volcano EnergyA public-private partnership backed by Tether seeks to harness geothermal energy to power data centers. But is this energy enough to compete with regional giants? For now, the numbers suggest it's just the beginning of a technical scaling process.

Under this premise, the levelized cost of geothermal energy in the country is between $0,03 and $0,06 per kWhThis range is highly attractive for any computing-intensive operation, especially because it offers a constant supply that solar or wind power alone cannot guarantee. 

However, analysts they point out The gap between theoretical potential and the fee paid by large industrial miners remains the main bottleneck for attracting large-scale Bitcoin miners outside of state-run projects.

Current limitations in the Salvadoran electrical system

Despite government optimism regarding Bitcoin mining, El Salvador's electrical grid currently operates without one. structural surplusThis means that, unlike countries such as Paraguay, where excess hydroelectric power is sold off at rock-bottom prices, in El Salvador the industrial rate hovers around $0,20 per kWh. As a result of this cost structure, the country is almost four times more expensive for a miner than the Paraguayan market, which has been driving private investment to other regions of Latin America where profit margins are wider.

In fact, the report highlights that Paraguay has become the fourth most important country in the industry, in terms of Bitcoin hashrate, controlling around 4,3% of the global blockchain network power with about 43 EH/s.

In addition to this economic factor, there is the technical reliability of the service, with an average of 13,7 outages per customer per year and more than 18 hours of downtime annually. For an industry like Bitcoin, where every minute of downtime translates into a direct loss of revenue, these metrics represent a latent operational risk.

On the other hand, the regulatory landscape has also undergone changes; following the agreements with the International Monetary Fund in 2024, the obligation to accept Bitcoin was diluted, becoming a voluntary option for businesses and partially cooling the pressure on the everyday use of the cryptocurrency.

Chinameca and the 400 MW horizon

According to the report, El Salvador's viability as a world-class mining center depends entirely on expanding its power generation capacity. At this point, the geothermal field of Chinameca appears as the fundamental piece of the puzzleWith the support of the World Bank in the exploration phases, it is estimated that the total geothermal capacity could exceed 400 MW in the long term.

If this goal is achieved, the country would generate a real energy surplus for the first time, allowing tariffs to fall and Bitcoin mining to become an economically rational activity for third parties.

Ultimately, the Hashrate Index analysis indicates that there is a marked difference between creating a narrative and building actual hashrate. "El Salvador invented the narrative of volcanic mining, but Paraguay built the real hashrate."The report concludes that this gap will only be closed through the technical implementation of new megawatts, since competitiveness in this sector is not achieved solely through laws, but with cheap and stable energy.