Project : Carrington Storage – 680 mw power plant

Timeline & Progress

Work on Paddington Village began in 2017, with the first phase completed to coincide with the opening of The Spine. Current works focus on developing Paddington South, including new lab facilities and mixed-use plots, following the demolition of the former police station.

The scheme continues to attract major investment from academic and commercial partners, positioning Liverpool as a key northern hub for research, technology and healthcare innovation.

Location & Access

Paddington Village sits within the Knowledge Quarter Liverpool (KQ Liverpool) area, close to the city centre and within walking distance of major transport links, including Lime Street Station and the M62 corridor. The site benefits from excellent connectivity to both the city centre and surrounding Merseyside boroughs.

Contractor Accommodation

YourShortLet provides high-quality serviced accommodation throughout Liverpool, ideal for contractors and professionals working on the Paddington Village development. Our homes are fully furnished, offering modern living areas, equipped kitchens, reliable broadband, private parking and weekly cleaning.

With flexible booking options and locations across Liverpool city and suburbs, YourShortLet offers practical, comfortable housing within a short commute to Paddington Village and the Knowledge Quarter.

Further Information About Carrington Storage Scheme

The Carrington Storage scheme is one of the largest single-site battery energy storage projects ever delivered in the UK, and adding this context strengthens the significance of the development. With a capacity of 680MW and 1,360MWh, the system will be capable of delivering two hours of flexible, instantaneous power, supporting up to 2.2 million homes. Highlighting this scale helps position the project as a nationally important piece of energy infrastructure that directly supports the transition towards a renewable-dominated grid.

It would also be valuable to include a clear paragraph summarising the major project partners involved. The delivery model is unusually collaborative and includes Envision Energy as the BESS technology supplier, Statkraft providing route-to-market services and revenue guarantees, and a multidisciplinary group of engineering partners including Siemens, Siemens Energy, Hitachi Energy and AECOM. Local firms are also playing a role, with ACS Construction Group undertaking civil works and Roger Bullivant completing piling operations. Presenting these partners together provides a clearer picture of the technical expertise behind the scheme.

Employment and regional benefit are also worth bringing into your project description. At peak construction, Carrington Storage will support more than 200 jobs, creating local employment opportunities and contributing to Greater Manchester’s growing low-carbon economy. The scheme forms part of the Trafford Low Carbon Energy Park, helping to establish a cluster of clean energy technologies in a previously industrial location. This positions the project not only as an engineering asset but also as a contributor to economic regeneration.

Including Statera Energy’s wider strategic ambitions provides important context for readers. Statera aims to reach more than 5GW of operational BESS capacity by 2030 and currently has 2.1GW operational or under construction. Its broader pipeline exceeds 16GW of flexible infrastructure, representing up to £7 billion of investment by 2030. Showing how Carrington Storage fits within this wider programme strengthens the narrative around long-term sector growth and leadership.

It is also worth reinforcing the project’s role within the UK’s net zero strategy. Battery storage plays a critical part in balancing the intermittency of renewable generation, reducing curtailment and providing fast-response services to stabilise the grid. This project supports the Government’s ambition to fully decarbonise the electricity system by 2030. Framing the scheme in terms of national policy and energy security helps demonstrate its long-term value.

Finally, expanding the site context improves understanding of the project’s location and suitability. The development is situated at Trafford Low Carbon Energy Park, an area being repositioned as a major clean energy hub following its historic use as a power generation site. The presence of nearby grid infrastructure and large-scale industrial land makes it an ideal location for deploying grid-scale storage. This contextual detail strengthens the rationale for selecting the site and highlights its contribution to a wider cluster of low-carbon activity.