Highview Power Taps Epcogen for World's Largest LAES Facility

• Highview Power's groundbreaking Carrington project promises to transform energy storage, powering over 1 million homes with the world's largest liquid air energy installation.

Highview Power has raised capital to establish its first large-scale liquid air energy storage (LAES) project, the Carrington Power Project in Manchester, UK. This facility will be the world’s largest LAES installation, featuring a 50 MW, 300 MWh (six-hour) long-duration energy storage capacity, capable of providing power to over 1 million homes. AXISCADES Technologies' subsidiary, Epcogen, has been awarded a long-term contract to handle multi-discipline engineering activities for the project, which is set to begin commercial operations in 2026.

Epcogen began Front-End Engineering Design (FEED) for the Carrington project in mid-2022, with pre-engineering activities continuing until 2024. The project is now moving into the EPC execution stage. Additionally, Epcogen is involved in FEED activities for Highview Power’s larger-scale facilities, which will have a total capacity of 2.5 GWh. Highview Power’s UK office will oversee Process Technology and Project Management, while its Dubai office will manage Procurement & Project Engineering. This collaboration marks a significant advancement in global energy storage solutions.

How Will Highview Power's Carrington Project Impact Global Energy Storage Solutions?

• Innovative Technology Implementation: The Carrington Project will showcase liquid air energy storage (LAES) technology, which utilizes low temperatures to liquefy air and store energy. This method stands to improve the efficiency and scale of energy storage, potentially influencing the design and deployment of future storage projects worldwide.
• Low-Carbon Alternative: The project aligns with global decarbonization efforts by providing a clean storage solution that can integrate with renewable energy sources. This strengthens the case for using LAES as a viable substitute for fossil fuel-based power generation during peak demand periods.
• Scalability: Highview Power's strategy to expand from Carrington to larger-scale facilities with a total capacity target of 2.5 GWh indicates the scalability of LAES technology. Once proven successful at Carrington, this model can be replicated globally, encouraging investment in similar large-scale projects.
• Grid Stability and Flexibility: With the capability to provide energy over a six-hour duration, the Carrington Project can enhance grid stability by effectively balancing supply and demand. This flexibility is crucial as more intermittent renewable sources like wind and solar are integrated into the grid.
• Economic Impact: The construction and operation of the Carrington facility are expected to generate job opportunities in engineering, technology, and during the operational phase, thereby boosting local economies in Manchester and potentially inspiring similar projects elsewhere.
• Global Collaboration Potential: Involvement of international firms like AXISCADES Technologies suggests a collaborative approach toward advancing energy storage solutions. This could pave the way for partnerships across borders, fostering innovation and shared best practices.
• Energy Access Improvement: Highview Power’s commitment to powering over 1 million homes through sustainable methods highlights the potential for LAES to improve access to reliable energy. This is particularly significant in regions with underdeveloped energy infrastructures.
• Research and Development Catalyst: The establishment of such a prominent facility can act as a catalyst for further research into LAES technology. Increased focus on optimization, efficiency, and cost reduction can lead to widespread adoption of LAES globally.
• Policy and Regulatory Influences: The success of the Carrington Project may influence energy policies and regulations across countries, encouraging governments to consider LAES and other innovative storage solutions as essential components of their energy strategies.
• Sustainability Metrics: By continuously monitoring and reporting the environmental impacts of the Carrington Project, Highview Power can provide real-world data to evaluate the sustainability and lifecycle emissions of LAES technology, thus contributing to the global discourse on green energy solutions.

These points collectively demonstrate how the Carrington Project not only serves as a significant step forward in energy storage technology but also sets a framework for future advancements in the renewable energy landscape.