Envision and Statera Collaborate on Major UK Renewable Energy Storage Project

Envision and Statera Team Up for Sustainable Energy Future

Envision Energy, a renowned global leader in green technology, has made headlines by joining forces with Statera Energy, a UK-based enterprise, to develop the Battery Energy Storage System (BESS) for the ambitious Carrington Storage Project. With a substantial capacity that reaches a remarkable 680 megawatts (MW) or 1360 megawatt-hours (MWh), this initiative stands as one of the UK's largest single-site battery storage projects to achieve financial closure. The endeavor marks a pivotal milestone toward achieving a more renewable and flexible power system that enhances grid reliability and supports the nation’s low-carbon initiatives.

Situated at the Trafford Low Carbon Energy Park in Greater Manchester, the Carrington Storage Project is set to be energized by late 2026. Once operational, this project anticipates supplying electricity to approximately 2.2 million households for up to two hours. This capability not only stabilizes the grid but also reduces instances of renewable energy waste and bolsters the UK's goals of achieving net-zero emissions and ensuring energy security. Key stakeholders involved in this project include Statera Energy, Lloyds, Statkraft, NatWest, Santander, Siemens Bank, SEB, and Mizuho. Their collaboration signifies strong faith in large-scale battery storage as an essential driver of the ongoing energy transition.

Envision Energy is set to deliver its state-of-the-art AI-powered Battery Energy Storage System. This advanced BESS is tailored for optimal integration with renewable sources, promising high efficiency and an extended operational lifespan. Statera selected Envision not just for its proven global expertise in energy storage technologies but also for its innovative, AI-based solutions. The integration of a Large Energy Model allows the system to actively monitor real-time grid conditions, participate in grid-forming controls, and maintain stability amid increasing renewable energy penetration. Its “forecast - dispatch - trade - self-learning” closed-loop algorithm transitions revenue generation from intuition-based methods to model-driven approaches, ensuring replicable, measurable, and sustainable growth.

This collaboration signifies a transformative leap from conventional “hardware assets” to cutting-edge “artificial intelligence assets.” This new approach emphasizes high energy density, reduced noise pollution, and enhanced flexibility alongside elevated profitability, creating a solid foundation for a sustainable and profitable renewable energy framework.

Henry Peng, Senior Vice President and President of Latin America and Europe at Envision Energy, stated, “As one of the largest sites for Battery Energy Storage Systems (BESS) in the UK, the Carrington Storage project is a significant stride towards realizing the country’s clean energy targets. We are honored to work closely with Statera and an array of leading energy and financial stakeholders to implement our AI-powered BESS solutions, thus propelling Statera’s goal of achieving over 5GW of BESS capacity by 2030. Together, we are enhancing grid reliability and driving the UK toward a low-carbon energy future.”

Matt Arnold, Director of BESS Flex Gen at Statera Energy, expressed enthusiasm for the partnership, saying, “Our collaboration with Envision Energy on the Carrington Storage project highlights their excellent track record in the delivery of large-scale energy storage solutions and their integrated AI-driven approach. This partnership strengthens our capacity to deliver flexible and reliable energy to the UK grid, in alignment with the country’s transition to a low-carbon future.”

Envision Energy, already well-established in Europe with ongoing operations and energy transition developments across the UK, France, and Spain, sees the successful execution of the Carrington project further solidifying its standing in the European renewable energy and storage sectors. As the world continues to embrace sustainable energy solutions, partnerships like these signify a promising horizon for a renewable-led energy future.