Tag: galloway

Historic Tongland Power Station restored following £2 million refurbishment

One of Scotland’s oldest hydroelectric power stations has been given a new lease of life following a £2 million refurbishment by Drax, helping preserve the historic facility for future generations. Tongland Power Station, near Kirkcudbright in Scotland, is part of the Galloway Hydro Scheme which was developed in the 1930s.

The power station is one of six hydroelectric facilities within the Galloway Hydro Scheme, a network of dams, reservoirs and power stations stretching across Dumfries and Galloway. Together they have provided renewable electricity to Scotland for generations.

The project saw the power station’s exterior carefully restored using specialist materials designed to protect and preserve the historic building for decades to come. Special measures to protect the power station during the construction work were put in place, with Tongland designated as a Category A listed building by Historic Environment Scotland due to its importance in the development of hydropower and its “finely detailed modernist classical design”.

In addition to the work to the building’s external façade, Drax has revamped the site’s exhibition space within the main station building to enable the power station to once again host school tours. Further work to the building’s internal paint work will be carried out this year.

Ian Kinnaird, Drax’s FlexGen Assets Director, said: “The Galloway Hydro Scheme has been generating flexible, renewable electricity for 90 years, and this major refurbishment means it will continue to do so for many more years to come.

“This was a complex project, with great care taken by Drax and our contracting partners to protect this historic building during the work. Tongland has been part of Scotland’s energy story for almost a century, so everyone involved should feel incredibly proud to see it looking as good as new.”

The completion of Tongland’s external refurbishment is part of a wider investment in Scotland by Drax. The company is currently installing around 1,500 solar panels across its Galloway and Lanark hydro schemes, completing an £80m upgrade of its iconic ‘Hollow Mountain’ Cruachan Power Station, and work will soon start on an upgrade at its Glenlee site.

ENDS

Media contact

Aidan Kerr
E[email protected]

About Drax

Drax’s purpose is to enable a zero carbon, lower cost energy future. Our strategic aims are to be a UK leader in flexible, renewable generation and a global leader in sustainable biomass pellet production.

Our operations

Drax owns and operates a portfolio of flexible, low-carbon and renewable UK power assets – biomass, hydro, pumped storage and OCGT generation – which provide dispatchable power and system support services to the electricity grid.

We are the UK’s largest source of renewable power by output, and Drax Power Station is the UK’s largest single source of renewable electricity by output.

Through our pellet production facilities in North America, Drax is a leading integrated producer of sustainable biomass.

Drax supplies renewable electricity to UK industrial and commercial customers, offering a range of energy-related services including energy optimisation, as well as electric vehicle strategy and management.

Website: www.drax.com

From boardrooms to classrooms: why energy efficiency matters now more than ever

The debate about Britain’s energy future is often framed in terms of large-scale infrastructure and national policy. But some of the most immediate and meaningful progress happens much closer to home, namely on rooftops, in classrooms, and inside the buildings we use every day. 

That is why energy efficiency is not a “nice to have”. It is one of the fastest, fairest and most costeffective ways to lower bills, cut carbon emissions and strengthen energy resilience, particularly for schools and households under financial pressure. 

Our Scotland Community Manager with Head Teacher and pupils from Taynuilt Primary School

Over recent years, Drax has focused on turning that principle into action. Through the Drax Foundation, we invested over £1.2 million in programmes that improve energy efficiency and tackle fuel poverty in the communities where we operate last year. In 2025 alone, 22 schools benefited from new LED lighting and or solar installations, cutting electricity bills by an average of over 60%, while also reducing emissions and improving energy literacy among pupils. Over the same period, more than 1,000 households experiencing fuel poverty received direct financial and practical support to help keep the lights on and homes warm. 

These are not abstract benefits. For schools, lower energy bills free up scarce budgets to reinvest in teaching, facilities and student support. For families facing fuel poverty, energy efficiency can be the difference between persistent crisis and longterm stability. 

This local impact matters even more in the context of the UK Government’s renewed emphasis on rooftop solar for public buildings. The recent announcement by Ed Miliband, Secretary of State for Energy Security & Net Zero, to extend solar installations to a further 100 schools and colleges recognises something we see firsthand. Energy efficiency and onsite renewables deliver immediate savings and longterm resilience. 

Drax’s work with schools over the past three years reflects that same logic. By pairing physical improvements such as solar panels and efficient lighting with education and dataled energy management tools, schools are empowered not only to cut costs today, but to embed longterm energysmart behaviours across their communities. 

Importantly, this commitment starts at home. In February 2025, Drax Group approved an £850,000 investment to install solar panels across our Lanark and Galloway hydro sites –  once complete, these installations are expected to generate around 480MWh of renewable electricity. The primary aim is to displace our demand for electricity drawn from the grid, with any additional power to be given back to the grid. The project is expected to reduce annual Scope 2 emissions across eight hydro facilities by around 500 tonnes of COe and support the displacement of fossilbased generation within the national grid. 

Delivering this project has required exceptional care and collaboration, from navigating grid connection processes to sensitively installing panels on historic buildings. It highlights both the practical challenges and the longterm value of investing in energy efficiency and onsite renewables. Beyond the emissions savings, the project also demonstrates the strong complementarity of hydro and solar power, which generate at different times and together help strengthen system resilience. 

As pressure on public finances, households and energy systems continues to grow, the lesson is clear. Some of the most impactful climate and affordability solutions are already available. Energy efficiency is fast, proven and scalable and, when combined with targeted solar investment, it delivers benefits that communities can feel almost immediately. 

The transition to a lowercarbon, lowercost energy system will not be achieved by a single policy or technology alone. But by focusing on practical action in schools, in communities, and in our own operations, we can make progress that is both measurable and meaningful.