Egg Power, the clean energy infrastructure investment arm backed by Liberty Global, has secured development rights for the Chirmorie Wind Farm in South Ayrshire, Scotland. The project was acquired from Coriolis Energy and Electricity Supply Board, marking a decisive move into onshore wind at scale.
The deal represents the company’s fourth renewable project rights acquisition in the UK and its first since locking in a £400 million construction debt facility in late 2025. Notably, the timing aligns with intensifying capital deployment across Europe’s energy transition landscape.
AI-Driven Energy Demand Reshaping Investment Logic
As part of Liberty Growth, egg Power operates at the intersection of infrastructure and digital demand. The investment thesis increasingly centers on powering telecom networks, hyperscale data centers, and compute-heavy enterprises.
The surge in artificial intelligence workloads and data consumption continues to reshape electricity demand curves. Consequently, long-term renewable capacity is no longer just an ESG lever, it is becoming core infrastructure for digital economies. egg Power’s positioning reflects this shift, targeting corporate power purchase agreements (CPPAs) to deliver predictable, low-cost energy to enterprise customers.
Chirmorie Wind Farm: Scale, Timeline, and Impact
Development activity is already underway, with construction expected to begin later this year. The project targets commercial operations by 2028.
Once operational, the wind farm will generate approximately 275,000 megawatt hours annually. This output is projected to cut more than 120,000 tonnes of CO₂ emissions each year, reinforcing its role in grid decarbonization.
Meanwhile, the asset stands out as egg Power’s largest acquisition to date, signaling a transition from incremental solar builds to utility-scale wind deployments.
egg Power has steadily assembled a diversified renewable portfolio, including Grange, a 70 MW solar project acquired in December 2025, Rainsbrook, a 20 MW solar project acquired in July 2025, and Rag Lane, a 52 MW solar project acquired in November 2024. Together, these assets represent 140 MW of total capacity and are expected to generate around 150 GWh annually from 2027. Furthermore, this layered portfolio approach provides both near-term generation and long-term scaling optionality, aligning closely with evolving enterprise energy procurement cycles.
Executive Perspective on Strategic Milestone
Ilesh Patel, who leads the egg Power business at Liberty Global, said: “Chirmorie is our first onshore wind project and our largest acquisition to date. It represents a key milestone in our journey towards a greener future as we develop, build, own and operate projects and services to provide low-cost clean energy to our customers through Corporate Power Purchase Agreements. Onshore wind has an incredibly important role to play alongside other renewable energy technologies as part of a lower carbon future. Coriolis Energy and ESB have left the project in a great position for us to bring it online in 2028 and we look forward to progressing it further in the next few months.”
Beyond generation capacity, the project integrates regional economic and environmental benefits. Construction and operations will create local employment while strengthening supply chain participation.
Ecological measures will include planting native grasslands and wildflower meadows, reinforcing hedgerows, and establishing habitat corridors across the site. Therefore, the project reflects a broader shift toward multi-dimensional infrastructure, where energy assets deliver both economic and environmental returns.
egg Power’s Chirmorie acquisition underscores a deeper structural transition: renewable energy is rapidly becoming foundational to compute infrastructure. As AI scales and data ecosystems expand, energy reliability and cost predictability will define competitive advantage. The move into onshore wind signals that developers are no longer optimizing for capacity alone, but for strategic alignment with the next wave of digital demand
