Renewable energy company Drax has marked a significant milestone in the modernisation of its Scottish assets with the completion of the first solar power installation at the historic Galloway hydropower scheme.

The project, part of a wider £850,000 investment, saw state-of-the-art solar panels fitted to the roof of the Glenlee power station in Galloway. Working with project partner Geo Green Power, Drax plans to install approximately 1,500 panels across its Galloway and Lanark hydro networks. The energy produced by these panels will primarily support the internal power requirements of the hydro schemes, a move expected to offset roughly 500 tonnes of carbon dioxide by reducing reliance on fossil-fuel-generated electricity from the national grid.

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This initiative is a key component of Drax's broader strategy to reach net zero emissions across its entire value chain by 2040.

Mike Wynd, Drax's Head of Hydro, commented: "This is an exciting new chapter for Drax's historic Lanark and Galloway schemes. By combining modern solar panels with our mature hydro systems, we're moving the company closer to its net zero by 2040 ambitions. These power stations have made a remarkable contribution to Scotland's energy needs, generating renewable electricity for almost a century. Through this solar power project, we are setting them up for a bright future for many more years to come."

James Cunningham, Managing Director of Geo Green Power, added: "We're delighted to be working alongside Drax, a household name in the energy industry, reducing their carbon footprint and assisting in their continued efforts to improve the organisations sustainability."

The Galloway and Lanark schemes are among Scotland's most significant industrial heritage sites. The Lanark scheme, commissioned in 1927, is recognised for its national architectural importance. The Galloway scheme, which comprises eight dams and six power stations, is also protected for its distinct Modernist classical design. By integrating solar technology, Drax aims to ensure these long-standing renewable assets remain viable and sustainable for future decades.