Clean Energy & Heat

Proven Capability Across Scotland

Project Overview

Taylor & Fraser delivers clean energy and low‑carbon heat solutions across some of Scotland’s most complex, sensitive and high‑profile buildings. With over a century of engineering heritage and decades of MEP delivery, we apply proven construction expertise to modern energy systems that reduce carbon, improve efficiency and provide long‑term operational resilience.

Our work in the energy sector spans heat pumps, biomass, district heating and solar PV, delivered within heritage assets, live university campuses, schools, cultural venues and commercial facilities. Clients choose Taylor & Fraser for our ability to combine technical competence, quality delivery and in‑house capability with a clear understanding of operational and stakeholder requirements.

Taylor and Fraser Role

50+ years of off‑site manufacturing experience
50+ Scottish islands successfully delivered
Heat pumps, biomass, solar PV & heat networks
Heritage, education, cultural & public sector estates

Our Energy & Clean Heat Capability

Taylor & Fraser provides a full turnkey service for clean energy projects, from early feasibility and design coordination through installation, commissioning and long‑term aftercare.

Core Technologies

Air Source Heat Pumps (ASHP) for heritage, education and commercial buildings.
Ground Source Heat Pumps (GSHP) for University campuses and specialist facilities.
Biomass Heating Systems for rural, estate and local authority assets.
Solar PV installations integrated into both historic and modern buildings.
Heat networks and low‑carbon infrastructure supporting multi‑building estates.
Our in‑house BIM and digital engineering capability ensures coordinated, buildable solutions that minimise risk, reduce disruption and deliver predictable outcomes.

Selected Energy Sector Projects

The following projects demonstrate the breadth of Taylor & Fraser’s experience in the clean energy sector and our ability to deliver across diverse building types and environments.

Air Source Heat Pumps

Hawthornden Castle – ASHP installation within a highly sensitive heritage setting
Florentine House, University of Glasgow – Decarbonisation of an occupied university building
Chemify – ASHP installation supporting a modern commercial and laboratory environment

Ground Source Heat Pumps

Gordonstoun School – GSHP installation providing long‑term, low‑carbon heat for an educational campus
University of St Andrews – Music Department – GSHP system tailored to specialist academic and performance spaces

Biomass Heating

Ben Alder – Biomass boiler installation in a remote location
Kinvechy House – Biomass heating solution for an estate property
Stewarton Academy – Biomass installation within a live school environment
Perth and Kinross Council – Biomass boiler installations supporting local authority decarbonisation programmes

Solar PV

Hawthornden Castle – Heritage‑sensitive solar PV installation
University of Strathclyde – John Anderson Building – Large‑scale PV installation within a city‑centre campus
Citizens Theatre – Solar PV supporting sustainable operation of a major cultural venue
University of Glasgow – Fraser Building – PV installation integrated within a live university estate

Quality, Safety & Delivery Assurance

Quality underpins every energy project we deliver. Our ISO‑aligned management systems and proactive quality control ensure clean energy systems perform as intended throughout their lifecycle.

Project‑specific inspection and test plans
Continuous quality control during installation
Robust commissioning, validation and soft landings
Clear handover and user training
Long‑term maintenance aligned to SFG20 principles
This approach ensures reliable performance, optimised energy savings and client confidence.

Off‑Site Manufacturing & Modern Methods

Our off‑site manufacturing (OSM) capability is a key differentiator in energy delivery and is rooted in decades of practical experience working in some of Scotland’s most remote and challenging locations.

Taylor & Fraser has successfully delivered projects across more than 50 Scottish islands over a period exceeding 50 years. This geography has necessitated a long‑standing reliance on off‑site fabrication, pre‑assembly and logistics‑led planning well before modern OSM became industry standard.

From our Paisley facility, we fabricate mechanical and renewable plant components in controlled conditions, allowing systems to be transported, installed and commissioned efficiently in locations where site access, labour availability and programme certainty are critical.

Benefits of this established OSM approach include:

Proven delivery in remote locations.
Reduced on‑site installation time.
Improved health and safety through controlled fabrication.
Lower waste and embodied carbon.
Consistent build quality and repeatability.
Minimal disruption to occupied or operational buildings.

With ongoing investment in Design for Manufacture and Assembly (DfMA), Taylor & Fraser continues to build on over half a century of OSM‑led delivery, applying these principles to modern clean energy and heat projects across Scotland.

A Trusted Energy Partner

Taylor & Fraser works in long‑term partnership with universities, local authorities, estates and cultural organisations to deliver practical, high‑quality energy solutions. Our experience, in‑house capability and commitment to continuous improvement allow us to support clients at every stage of their journey towards Net Zero. From heritage castles to university campuses, we deliver clean energy systems that work — today and for the long term.

More Case Studies