GE Vernova to Provide H-Class Gas Turbine Equipment for San Felipe Power Plant in Dominican Republic
Key Ideas
- GE Vernova secures its first order for H-Class natural gas-fired combined cycle power generation equipment in the Caribbean for the San Felipe power station in the Dominican Republic.
- The move aligns with the nation's climate ambitions and supports the expansion of renewable energy, showcasing a commitment to delivering less carbon-intensive and reliable electricity.
- The new power plant features GE Vernova's highly efficient H-Class technology, with the ability to operate on a variety of fuels, including blends of hydrogen and natural gas to reduce carbon emissions.
- The San Felipe power plant, expected to be one of the most efficient in the Caribbean, aims to significantly reduce carbon dioxide emissions and contribute towards near-zero operations within the next decade.
GE Vernova has obtained its first order for H-Class natural gas-fired combined cycle power generation equipment in the Caribbean for the San Felipe power plant in Punta Caucedo, Boca Chica, Dominican Republic. This move is in line with the country's climate goals and facilitates the growth of renewable energy alongside dispatchable power. The Dominican Republic has transitioned most of its oil-fired generation to natural gas, with the fuel being crucial to its energy transformation. The new 470MW power plant will incorporate GE Vernova's H-Class technology, known for its efficiency and low emissions. Generadora San Felipe general manager Antonio Ramirez emphasized the importance of delivering environmentally friendly and reliable electricity to support the nation's productivity and people's well-being. The power plant's GE Vernova equipment allows for fuel flexibility, including the use of hydrogen blends to further reduce carbon emissions. The project, executed by Grupo TSK, is set to start operations in 2027 near the LNG terminal to enhance fuel accessibility. GE Vernova's commitment to decarbonization and innovation is showcased through its advanced gas turbine technology, contributing to a greener energy landscape in the region.
Topics
Utilities
Renewable Energy
Innovation
Carbon Emissions
Energy Transition
Decarbonisation
Power Generation
Efficiency
Climate Ambitions
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