Website: [highviewpower.com](https://highviewpower.com) ### Introduction Highview Power is a UK-based energy storage company founded in 2005, with its headquarters in London, England, and additional international offices in North Sydney, Australia, Dubai, and Chennai, India. The company was established to develop long-duration energy storage solutions, with a mission to reshape the future of energy by providing sustainable, scalable storage systems that support the integration of renewable energy into the grid. Highview Power focuses on innovative technologies to address the intermittency of renewable energy sources, ensuring grid stability and energy security. While specific employee counts are not publicly disclosed in the latest available data, the company has grown its presence and influence in the energy storage sector over nearly two decades. Highview Power is a privately held company and does not have a publicly traded ticker symbol. It has garnered significant attention and investment from major financial and industrial players, reflecting confidence in its technology and market potential. The company’s work centers on liquid air energy storage (LAES), a novel approach to long-duration energy storage that differentiates it from more conventional battery-based systems. ### Key Products and Technology Highview Power specializes in long-duration energy storage (LDES) through its proprietary Liquid Air Energy Storage (LAES) technology. Below is a detailed overview of its primary technology: - **Liquid Air Energy Storage (LAES) System** - **Type**: Long-duration energy storage - **Technical Specifications**: The LAES system can store energy for durations ranging from hours to weeks, with current projects targeting capacities such as 300 MWh (Manchester, UK facility) and up to 3.2 GWh (Hunterston, Scotland facility). Specific efficiency figures are not widely disclosed, but LAES is noted for its ability to scale capacity and duration independently. - **Energy Source**: The system uses electricity (often excess renewable energy) to cool air to cryogenic temperatures (-196°C), turning it into liquid. When energy is needed, the liquid air is warmed and expanded to drive a turbine, generating electricity. - **Key Differentiators**: LAES offers a sustainable alternative to fossil fuel-based backup systems, with no reliance on rare materials (unlike lithium-ion batteries). It uses widely available components, has a long operational life (30+ years), and can provide grid stability services like frequency regulation. Its environmental footprint is low, as it produces no emissions during operation. - **Development Stage**: The technology is beyond the concept phase, with operational pilot plants already demonstrated. Highview Power broke ground on a 300 MWh facility in Manchester, UK, in November 2025, and plans to power up the world’s largest liquid air battery facility in 2026. Larger 3.2 GWh projects are in planning and funding stages. - **Target Customers**: Utilities, grid operators, and renewable energy developers seeking to balance supply and demand, as well as industrial sectors requiring reliable backup power. Highview Power’s technology stands out in the LDES market for its ability to provide both energy and stability services without the geographical constraints of solutions like pumped hydro, making it adaptable to diverse grid needs [Highview Power](https://highviewpower.com). ### Regulatory and Licensing Status As Highview Power’s LAES technology is not nuclear-based, it does not fall under the purview of the U.S. Nuclear Regulatory Commission (NRC) or similar nuclear-specific regulatory bodies. Instead, its projects are subject to local energy and environmental regulations in the regions where they are deployed, primarily in the UK and potentially other international markets. In the UK, Highview Power has achieved significant regulatory support through eligibility for the government’s ‘Cap and Floor’ scheme for long-duration energy storage, as announced on September 23, 2025, for two 3.2 GWh projects [BusinessWire](https://www.businesswire.com/news/home/20250923277288/en/Highview-Power-Announces-Two-Long-Duration-Energy-Storage-Projects-Eligible-for-Support-Under-UK-Governments-Cap-and-Floor-Scheme). Key regulatory milestones include securing planning permissions and grid connection agreements for projects like the Hunterston facility in Scotland and the Manchester plant. There are no major regulatory hurdles reported that would delay deployment, and the company is on track for its first large-scale commercial operations by 2026, as noted in recent news [BBC Future](https://www.bbc.com/future/article/20251009-the-liquid-air-alternative-to-fossil-fuels). The timeline to commercial deployment appears to be within the next 1-2 years for initial projects, with further scaling dependent on funding and market demand. ### Team and Leadership Highview Power’s leadership team includes experienced professionals in energy and infrastructure. Key figures based on the most current public information include: - **Colin Roy** - Executive Chairman: Roy has extensive experience in energy and infrastructure investment, guiding Highview Power’s strategic direction. - **Rupert Pearce** - CEO: Pearce, who joined Highview Power in recent years, brings a background in technology and telecommunications leadership, focusing on scaling innovative solutions in the energy sector. - **Richard Butland** - Co-Founder and Commercial Director: Butland has been instrumental in the development and commercialization of LAES technology since the company’s inception. Specific X handles or LinkedIn profiles for these individuals are not verified or publicly highlighted in the latest data, so they are omitted here. Leadership information is sourced from the company’s official website and news coverage [Highview Power](https://highviewpower.com). ### Funding and Financial Position Highview Power has raised substantial capital to support its growth, surpassing £500 million in total funding as of November 2025. Key funding milestones include: - **Latest Round**: On November 11, 2025, Highview Power secured £130 million to develop a 3.2 GWh hybrid energy storage facility in Hunterston, Scotland. This round included contributions from investors like Centrica [Centrica Media Centre](https://www.centrica.com/media-centre/news/2025/highview-surpasses-half-a-billion-pounds-of-funding/). - **Previous Significant Round**: In June 2024, the company received a £300 million investment led by the UK Infrastructure Bank and Centrica, with participation from Rio Tinto, Goldman Sachs, Kirkbi, and Mosaic Capital, to support its first commercial-scale LAES plant in the UK [Wikipedia](https://en.wikipedia.org/wiki/Highview_Power). Key institutional backers include the UK Infrastructure Bank, Centrica, and Goldman Sachs, reflecting strong strategic and financial support. Highview Power remains pre-revenue at a commercial scale, with its focus on constructing and commissioning its first major facilities. Financial performance details are limited due to its private status, but the consistent inflow of large investments suggests robust investor confidence in its technology and market potential. ### Recent News and Developments | Date | Event | Details | |---------------|------------------------------------------|---------------------------------------------------------------------------------------------------| | Nov 25, 2025 | Funding for Scotland Project | Secured £130 million for a 3.2 GWh hybrid energy storage facility in Hunterston, Scotland [Orrick](https://www.orrick.com/en/News/2025/11/Highview-Power-Secures-130-Million-for-3-2GWh-Hybrid-Energy-Storage-Project). | | Nov 24, 2025 | Groundbreaking in Manchester | Construction began on a 300 MWh LAES facility in Manchester, UK, with Mayor Andy Burnham in attendance [Solar Power Portal](https://www.solarpowerportal.co.uk/energy-storage/manchester-hosts-groundbreaking-for-highview-s-300mwh-liquid-air-storage-system). | | Nov 11, 2025 | Additional Funding Announcement | Total funding surpassed £500 million with £130 million raised for Hunterston project [BusinessGreen](https://www.businessgreen.com/news/4521620/highview-power-raises-130m-scottish-long-duration-energy-storage-facility). | | Oct 13, 2025 | Media Coverage on LAES Technology | BBC Future highlighted Highview’s LAES as a significant alternative to fossil fuels, with the largest facility set for 2026 [BBC Future](https://www.bbc.com/future/article/20251009-the-liquid-air-alternative-to-fossil-fuels). | | Sep 23, 2025 | UK Government Support | Two 3.2 GWh projects deemed eligible for the UK’s ‘Cap and Floor’ scheme for LDES [BusinessWire](https://www.businesswire.com/news/home/20250923277288/en/Highview-Power-Announces-Two-Long-Duration-Energy-Storage-Projects-Eligible-for-Support-Under-UK-Governments-Cap-and-Floor-Scheme). | ### Partnerships and Collaborations Highview Power has established strategic partnerships to advance its technology and market reach: - **Centrica**: A major investor and strategic partner, Centrica’s involvement since at least 2024 provides not only funding but also expertise in energy markets and grid integration, enhancing Highview’s credibility and access to UK utilities [Centrica Media Centre](https://www.centrica.com/media-centre/news/2025/highview-surpasses-half-a-billion-pounds-of-funding/). - **UK Infrastructure Bank**: As a lead investor in the £300 million round in 2024, this partnership aligns Highview with national priorities for clean energy infrastructure, offering financial and policy support. - **INOX India**: In 2024, INOX India secured a contract for Highview Power’s LAES project, indicating a technology collaboration for equipment supply and project execution, as noted in posts on X. These partnerships underscore Highview Power’s focus on integrating with established energy players and leveraging governmental support to scale its operations. ### New Hampshire Relevance Highview Power’s LAES technology could have potential relevance for [[New Hampshire]], particularly in supporting the state’s grid reliability and renewable energy goals. New Hampshire’s proximity to the ISO-NE grid, which manages electricity across New England, presents an opportunity for LDES solutions to address intermittency issues with wind and solar power. The technology’s ability to provide long-duration storage aligns with the region’s need for stable power during peak demand or low renewable output periods, especially in winter. While Highview Power’s current projects are focused in the UK, the technology’s scalability and lack of geographical constraints (unlike pumped hydro) make it feasible for deployment in the Northeast US. Its readiness, with commercial operations expected by 2026, could align with New Hampshire’s legislative initiatives like HB 710, which may encourage innovative energy solutions, though specific SMR provisions are less relevant to non-nuclear technologies. Potential applications include grid power stabilization for ISO-NE, backup power for data centers (a growing sector in NH), and industrial load support. There are no direct connections or expressed interests in New Hampshire or the Northeast US in the latest data, but the region’s focus on clean energy integration could make it a future market for Highview Power. ### Competitive Position Highview Power operates in the competitive LDES market, where it faces rivals such as: - **[[Form Energy]]**: Known for iron-air battery technology, Form Energy focuses on multi-day storage with significant funding (nearly $500 million as of 2022). Highview’s advantage lies in its use of abundant materials and grid stability services, though Form Energy may have a cost edge in certain applications. - **[[Eos Energy Enterprises]]**: Specializing in zinc-based batteries, Eos offers scalable storage solutions with recent UK project advancements under the ‘Cap and Floor’ scheme (as per X posts). Highview’s LAES provides longer-duration capabilities and no reliance on mined materials, a potential sustainability edge. Highview Power’s unique risk is the relatively unproven commercial scalability of LAES compared to battery technologies, though its environmental and operational benefits position it well for markets prioritizing sustainability. ### Closing Note Highview Power is at an advanced pre-commercial stage, with strong funding and imminent large-scale deployments signaling a promising trajectory in the long-duration energy storage market. *Report generated December 24, 2025*