Pacifico Energy has announced its commitment to the GW Ranch project, an ambitious off-grid energy complex in Texas designed to support the burgeoning demands of hyperscale data centers and AI innovation. The project, spanning over 8,000 acres in Pecos County, aims to deliver nearly 7 GW of power, combining natural gas-fired generation with battery energy storage.
The company’s off-grid approach is a notable departure from traditional energy infrastructure, promising unparalleled speed-to-deployment and reliability. “GW Ranch isn’t just about scale—it’s about certainty,” said Constantyn Gieskes, vice president at Pacifico Energy. “Every aspect of the project has been designed to solve problems with the status quo in data center development.”
The project’s phased development begins with the first gigawatt of generation coming online in 2028, with the full 5 GW of gas-fired power expected by 2030. Pacifico Energy emphasizes the project’s modular design, which allows for scaling, and its advanced emissions-control technology to mitigate environmental impact. The company has initiated permitting processes with the Texas Commission on Environmental Quality and has secured support from Pecos County officials.
The GW Ranch design includes dual gas pipeline connections and 1.8 GW of battery energy storage, ensuring independence from the ERCOT grid and no impact on consumer prices or grid reliability. “GW Ranch is a direct benefit to Pecos County’s growth, while meeting the growing demand of our nation’s data processing,” said Joe Shuster, Pecos County Judge.
The project aligns with Pecos County’s efforts to diversify its economy, promising to increase the county’s tax base, create new jobs, and conserve water without straining local infrastructure. “Pecos County’s continued effort to diversify the local economy directly aligns with the development of GW Ranch,” said Remie Ramos, economic development director for Pecos County.
Pacific Energy’s GW Ranch project could set a precedent for future energy infrastructure developments, particularly in supporting data-intensive industries. The off-grid model, combined with advanced emissions controls and modular design, presents a compelling case for similar projects. However, the success of this model will hinge on its ability to deliver on its promises of speed, reliability, and minimal environmental impact. As the energy sector continues to evolve, projects like GW Ranch will be critical in shaping the future of power generation and distribution.