Parker Hannifin, the global leader in motion and control technologies, will supply its Heatric Printed Circuit Heat Exchanger (PCHE) technology for the UK’s first full-scale long-duration energy storage (LDES) facility, developed by Highview Power. Developed by Parker’s Filtration Group, Heatric technology is known for its compact design and high thermal efficiency. This landmark collaboration will enable the facility to store 300 MWh of energy and deliver 50 MW of power per hour over six hours — positioning Parker as a pivotal player in the UK’s rapidly evolving energy storage landscape.
Credit: Parker Hannifin
Once operational in Carrington, near Manchester, the facility will be instrumental in stabilizing the UK electricity grid while maximizing the utilization of renewable energy resources. By effectively capturing surplus electricity generated from renewable sources for later use, the Carrington installation will help reduce reliance on fossil fuels during periods when renewable generation falls short of demand. This innovative approach not only minimizes the potential waste of renewable energy but also enhances grid flexibility and sustainability.
Heatric’s advanced evaporative heat exchanger technology will be an integral part of the energy storage system. The Heatric PCHE is designed for high efficiency, ensuring minimal energy loss during the capture and release of stored power.
The signing of this contract marks a significant milestone for Parker Hannifin, as it represents the first application of Heatric’s heat exchanger technology in energy storage.
Adrian Bunn, General Manager for Parker Hannifin’s Filtration and Energy Solutions Division, emphasized the importance of this collaboration: “Our collaboration with Highview Power on its 50 MW facility highlights Parker Hannifin’s commitment to advancing the transition to a clean energy future. Heatric’s cutting-edge PCHE technology will enhance the efficiency and performance of Highview Power’s innovative energy storage systems, ensuring that renewable energy is captured and utilized effectively. Together, we are paving the way for a more reliable and efficient clean energy landscape that will benefit both our communities and the environment.”
"Highview Power's energy storage system will serve as critical infrastructure in delivering the long-duration energy storage necessary for the UK to achieve net zero," said John Goldie, UK Programme Director for Highview Power. "The Heatric PCHE technology appears to be well-suited to supporting our liquid air energy storage system, and we look forward to seeing how it performs."
Long-duration energy storage is essential for the widespread adoption of renewable energy and plays a crucial role in addressing climate change. The Carrington project represents a significant opportunity for the further deployment of Heatric PCHE technology and is expected to commence commercial operations in 2026.
To learn more about the Parker Heatric product, please visit the product landing page at ph.parker.com/gb/en/heatric-printed-circuit-heat-exchanger