NEC Energy Solutions contracted to build and operate a total of 50 MW of lithium-ion based energy storage facilities for VLC Energy, a joint venture between Low Carbon and VPI Immingham, to provide Enhanced Frequency Response to the UK electricity grid among other services. Under construction now, the facilities are expected to be operational by November 2017.

NEC Energy Solutions, Inc. (NEC ES), a subsidiary of NEC Corporation (NEC; TSE: 6701), announced today that it has signed a contract to build and operate a total of 50MW of energy storage projects with VLC Energy, a new joint venture company created by Low Carbon, a renewable energy investment company, and VPI Immingham, the owner of one of the largest combined heat and power plants in Europe and part of the Vitol Group.

The projects, which include a 40 MW facility in Glassenbury, UK and a 10 MW installation in Cleator, UK will be the largest portfolio of battery sites connected to the UK grid once operational later this year. The Cleator and Glassenbury sites secured two contracts with National Grid in August 2016 for battery energy storage systems to provide Enhanced Frequency Response (EFR) to the UK system operator.
NEC ES will provide turnkey EPC and O&M services which includes its GSS® grid storage solution, installation and commissioning, and ten years of operations and maintenance services for each project. The facilities will be operated by NEC ES under the new EFR guidelines, will provide seasonal Triad avoidance services and will also participate in other markets. Project execution is already underway and the systems are expected to be installed and operational in November 2017.
Justin Thesiger, Operations Director, at Low Carbon, said, "Were delighted to work with NEC Energy Solutions to develop the UKs largest portfolio of energy storage plants for National Grid. These battery sites will pave the way for more renewable energy sources, such as solar power and wind energy, to be connected to the UKs overall power mix by helping to balance energy supply and demand more effectively. This in turn should help to challenge the causes of climate change and meet growing demand for renewable energy."