U.S. firm VoltaGrid and energy services giant Halliburton have entered into a strategic alliance that seeks to transform the supply of electricity to data centers. power supply for data centers on a global scale. on a global scale. The collaboration focuses on providing decentralized power generation systems through advanced, modular and sustainable solutions.
The initiative begins operations in the Middle East, a region with growing demand for digital infrastructure and reliable energy needs. There, both companies will deploy technologies that integrate turbines, reciprocating engines and the QPac platform developed by VoltaGrid, designed to provide efficient power supply in critical industrial environments.
Combined strengths for scaling the energy transition
Halliburton will contribute its global infrastructure and operating experience in complex environments, while VoltaGrid will contribute its engineering, procurement and natural gas-fired power technology capabilities. natural gas technology. This synergy is intended to accelerate the availability of energy solutions tailored to the demands of data centers in emerging and advanced markets.
The joint proposal is aimed not only at ensuring reliability and scalability, but also at significantly reducing the carbon footprint footprint of technological installations, in line with the sustainability and efficiency goals that mark the future of the sector.
Global projection with a sustainable approach
The agreement also expands VoltaGrid’s commercial reach, allowing its customer base to access new markets with the operational backing of Halliburton. This boost represents a key step towards a decentralized, reliable electrical infrastructure aligned with the demands of an increasingly digitized world.
With this collaboration, both companies reinforce their commitment to sustainable and scalable energy solutions capable of supporting the growth of data centers. data centers and other critical and other critical infrastructures without compromising performance or security.
Source and photo: Halliburton
