Younicos to design 49 MW energy storage system

49 MW lithium-ion system in UK will support multiple, market-driven use cases ranging from peaking to frequency regulation

Content Dam Pennenergy Online Articles 2016 12 Younicos

Centrica chose energy storage firm Younicos to design a battery-based energy storage system. To be completed by winter 2018, the 49 MW lithium-ion system will respond to fluctuations in electrical demand in less than a second.

The battery plant will be built at the site of the former Roosecote coal and gas-fired power stations in Barrow-in-Furness, Cumbria, U.K., and will be owned and operated by Centrica, a leading British energy and services company. Younicos software will be key to ensuring that the system meets the various demanding requirements set by the UK Transmission System Operator (TSO).

“We are grateful for Centrica’s trust in Younicos and proud to lead the charge in the transformation of energy systems worldwide,” Younicos CEO Stephen L. Prince commented. “With prices for renewable power as well as for battery technology in steep and continuous decline, battery storage systems are the best solution to quickly build more flexible, stable and cost-effective grids. I’m gratified that Centrica and Younicos will have the opportunity to demonstrate the technical and economic value of batteries in meeting peak demand, while also improving grid performance and resiliency for ratepayers in the UK in the years to come.”

Intelligently controlled batteries are best suited to smooth out short-term fluctuations in power supply and demand quickly and precisely, enabling the integration of a much larger share of intermittent clean energy sources. Younicos has already installed over 150 MW of battery storage globally.

The German-American company built its first commercial battery in Schwerin, Germany, and provided the software and controls for UK Power Network’s 6 MW “Smarter Network Storage” (SNS) project in Leighton-Buzzard. It has also designed and delivered more than 75 MW of storage systems in the U.S.

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