Scotland’s £2.5bn education estate challenge: how energy efficiency can help
Scotland’s education estate is under increasing pressure. Ageing buildings, rising energy costs and ambitious net zero targets are competing for limited capital, making energy efficiency in education an increasingly important part of long-term estate planning.
New research from the Scottish Funding Council puts the scale of the challenge into sharp focus. Its College Infrastructure Investment Plan 2027-28 to 2036-37 estimates that around £2.5 billion of investment is required across Scotland’s college estate over the next decade, covering 24 colleges, 99 campuses and 270 buildings (Scottish Funding Council, 2026a).
Around £1.3 billion is required for maintenance and estate condition works, with a further £1.2 billion needed for transformational projects (Scottish Funding Council, 2026a). But this isn’t just a college issue. Across Scotland’s wider education estate, schools, colleges and universities face many of the same pressures: ageing infrastructure, constrained budgets, rising energy costs, maintenance backlogs and the need to accelerate decarbonisation.
The challenge is becoming increasingly clear: how can education providers modernise their estates, improve energy efficiency and progress towards net zero without putting further pressure on capital budgets? Ageing education estates and the cost of standing still
Scotland’s colleges play a critical role in supporting learners, communities and the country’s future skills base. But the infrastructure underpinning them increasingly needs investment. The new investment plan highlights challenges around ageing infrastructure, building condition and the need to create modern environments capable of supporting future skills, digital learning and net zero ambitions (Scottish Funding Council, 2026a). Audit Scotland has also highlighted a significant gap between the funding available to colleges and the level required for estate repairs and transformation (Audit Scotland, 2026).
Meanwhile, the Scottish Funding Council has identified estates issues as a direct contributor to financial pressure within colleges, including backlog maintenance, RAAC, defective cladding and the requirement to modernise buildings to meet changing teaching, curriculum and regional skills needs (Scottish Funding Council, 2026b). For education leaders, this creates a difficult balancing act. Capital is needed to address urgent maintenance while finance and estates teams are simultaneously being asked to reduce energy costs, modernise facilities and decarbonise buildings.
Why energy efficiency needs to be part of Scotland’s education estate strategy
While the £2.5 billion investment requirement relates specifically to Scotland’s colleges, the wider challenge extends across schools, colleges and universities. Large and complex education estates can represent a significant opportunity to improve building performance through energy efficiency and renewable energy technologies.
Scotland has committed to reaching net zero greenhouse gas emissions by 2045 (Scottish Government, 2026). Improving the performance of existing buildings will therefore be an important consideration for education organisations managing long-term estate and decarbonisation strategies. Rather than treating energy infrastructure as separate from wider estates investment, the two can increasingly be considered together. Every refurbishment or infrastructure project creates an opportunity to ask: could this building also use less energy, cost less to operate and generate less carbon?
Reducing energy costs across schools, colleges and universities
A more strategic approach to education energy efficiency can help institutions address several challenges simultaneously. Technologies such as LED lighting, solar PV, battery storage, building controls and energy management technology can be considered as part of wider estate improvement and education decarbonisation programmes. For an education organisation planning significant maintenance or refurbishment, the conversation can therefore move beyond:
“How do we repair this building?”
towards:
“How can we make this building cheaper, smarter and more sustainable to operate for the next 10 or 20 years?”
For many schools, colleges and universities, that means identifying where energy is being wasted before developing a long-term programme of energy-saving measures across the estate.
Funding energy efficiency without competing for capital
One of the biggest barriers to education estate decarbonisation is funding. Colleges Scotland has highlighted the significant gap between current investment and the funding required, noting that approximately £262 million would be needed in 2027/28 alone, compared with capital investment of under £44 million in the current year (Colleges Scotland, 2026).
It has also highlighted the conclusion that current levels of public funding are insufficient to sustain or transform the college estate on their own (Colleges Scotland, 2026; Scottish Funding Council, 2026a). For education organisations, this makes exploring alternative routes to funding energy efficiency projects increasingly important.
At eEnergy, we believe energy improvements shouldn’t have to compete with investment in teaching, learning and other essential estate priorities. Alongside traditional CapEx, solutions such as Energy-as-a-Service (EaaS), Power Purchase Agreements (PPAs) and operating leases can provide alternative routes to delivering energy projects, depending on the technology, estate and financial requirements.
This can help schools, colleges and universities explore projects such as solar PV, LED lighting and other energy efficiency improvements, while protecting capital for other strategic priorities. The objective is simple: identify where energy is being wasted, develop the right investment strategy and start delivering energy and carbon savings sooner.
Building a smarter, more energy-efficient education estate
The challenge facing Scotland’s college estate is significant, but it also creates an opportunity to rethink how buildings are improved. Investment in education estates isn’t simply about maintaining physical infrastructure. Modern, sustainable and digitally enabled environments can support learners, educators, communities and Scotland’s wider economic and skills ambitions (Scottish Funding Council, 2026a; Colleges Scotland, 2026).
And that principle extends beyond colleges. Across Scotland’s schools, colleges and universities, the next generation of education estates will need to be more energy efficient, resilient, sustainable and affordable to operate. For finance and estates teams, there is a bigger question to consider:
How can every investment in our estate lower energy costs, improve infrastructure and accelerate decarbonisation at the same time?
With billions of pounds of investment required and capital budgets under pressure, improving energy efficiency across Scotland’s education estate should form an important part of the conversation. At eEnergy, we help education organisations identify, fund and deliver energy improvements across their estates, reducing energy consumption, costs and carbon while protecting capital for other priorities.
Unlock more from your education estate
Discover how eEnergy can help you identify energy-saving opportunities across your schools, colleges or university estate and find the right funding route to deliver them. Speak to our education energy specialists, Tyrone Garrick and Mark Dolling today to find out how we can support you.
References
Audit Scotland (2026) Scotland’s colleges 2026. Audit Scotland.
Colleges Scotland (2026) £2.5 billion estates investment required to secure future skills and economic growth. 4 November 2026.
Scottish Funding Council (2026a) College Infrastructure Investment Plan 2027-28 to 2036-37. Available at: Scottish Funding Council (Accessed: 5 November 2026).
Scottish Funding Council (2026b) Financial Sustainability of Scotland’s Colleges. October 2026. Scottish Funding Council.
Scottish Government (2026) Climate change and net zero policy. Scottish Government.
