Guatemala

San Jose— 139 MW Coal

Coal

→ More Coal plants in Guatemala

CompareView on Map

San Jose stands out as the fifth largest power generation facility in Guatemala, with a capacity of 139 MW that accounts for 3.77% of the country’s total installed capacity of 3,689 MW. This coal-fired power plant, commissioned in 2000, ranks second among the five coal plants operating in Guatemala, underscoring its significant role in the national energy landscape where hydroelectric power is the dominant fuel type. The technology behind San Jose, which utilizes coal, represents a traditional approach to power generation, contrasting with the more prevalent renewable sources in the region. The facility's contribution is vital, especially considering that coal plants are essential for providing a stable base load of electricity, particularly during periods when hydroelectric output may be lower due to seasonal changes or climatic conditions. In the vicinity of San Jose, other notable plants include the Jaguar Energy power station, which operates at a larger capacity of 300 MW also using coal, and the Arizona Vapor facility, which generates 170 MW through oil. This mix of fuel types nearby creates a diverse energy landscape, essential for ensuring stability and reliability in power supply. With Guatemala having a total of 76 plants, the presence of San Jose significantly bolsters the national grid, particularly in regions where hydroelectric plants may not be as readily available. The country’s energy profile, characterized by a heavy reliance on hydroelectric resources, also indicates a growing need for energy diversification, which San Jose aptly addresses. Operated by local companies, San Jose has been a key player in Guatemalan energy since its commissioning, and its ongoing operation is critical for meeting the demands of a growing economy. Looking toward the future, the role of San Jose will be increasingly important as Guatemala seeks to balance its energy mix while addressing sustainability goals in the face of climate change.