SANTO DOMINGO, Dominican Republic, Dec. 17, 2024 — ECNETNews reports that GE Vernova Inc. has secured a significant order to provide its advanced Class H natural gas-fired combined cycle power generation equipment for the 470 megawatt (MW) power plant being developed by Generadora San Felipe Limited in Punta Caucedo, Boca Chica. This marks GE Vernova’s inaugural H-Class gas turbine order in the Caribbean, reinforcing the Dominican Republic’s commitment to its climate goals and sustainable development by enhancing the integration of renewable energy sources.
In recent years, the Dominican Republic, recognized as one of the fastest-growing economies in Latin America, has effectively transitioned from oil-based electricity generation to a more sustainable model that heavily relies on natural gas. Currently, natural gas constitutes nearly 50% of the country’s total energy production, playing a pivotal role in its energy transition while supporting the growth of renewable energy initiatives.
“Our new plant, empowered by GE Vernova’s cutting-edge H-Class technology, will bolster our mission to deliver cleaner and more reliable electricity, which is essential for the nation’s economic development and the well-being of its citizens,” stated the General Manager of Generadora San Felipe. “We chose GE Vernova due to its proven track record in innovative decarbonization solutions and our ongoing partnership.”
The upcoming San Felipe power plant features a sophisticated multi-shaft generator system, consisting of a GE Vernova 7HA.02 gas turbine connected to an H65 generator, paired with an STF-A650 steam turbine linked to an H35 generator, along with a state-of-the-art triple-pressure heat recovery steam generator (HRSG) with superheating capabilities and a condenser.
“The development of the San Felipe power plant represents a bold initiative, and we are excited to be part of it,” commented the President of GE Vernova’s Gas Power division in the Americas. “Upon completion, this facility is set to become one of the Caribbean’s most efficient power plants, with the potential to incorporate post-combustion carbon capture systems to significantly mitigate carbon emissions.”
