Energy as a service to sustainable and inclusive development, avoiding unintended environmental and societal consequences.
Our Vision
The Glasgow Centre for Sustainable Energy:
- Sees energy as a service to human development
- Believes energy provision must be sustainable and accessible to all, avoiding unintended environmental and societal consequences.
- Takes a holistic, whole-system and life-cycle approach to energy.
- Tackles global sustainability challenges where the energy vector has a key role to play in supporting sustainable pathways to 2050 and beyond.
- Works closely with local communities, local authorities, charities and NGOs, national and international professional organisations, governments and industry
- Acts as a neutral platform for progressive dialogue among key stakeholders, facilitating advancements towards timely implementation of sustainable energy solutions at multiple scales.
- Serves our University, Glasgow, Scotland, the UK and the world.
Engage with us
- For UofG staff: Add yourself to our database of collaborators
- For UofG Early Careers Research and Post Grad: Please register your interest here
- Download the Glasgow Centre for Sustainable Energy brochure [PDF]
Glasgow Centre for Sustainable Energy film
Find out more about the Centre in this short film.
Research expertise
Executive and Professional Education
Tapping into Talent
Early Careers Researchers
News
-
13 FebThe University of Glasgow is launching a new research centre focused on supporting the global transition to sustainable, low-carbon energy systems. The Glasgow Centre for Sustainable Energy brings together academics from across the University to find interdisciplinary new ways of delivering the radical reform of energy services and infrastructure required to reach net-zero.
-
06 Nov
Research shows potential of biodegradable circuit boards for wireless comms tech
The partnership between the University of Glasgow and Jiva Materials aims to cut down on the electronic waste produced by traditional printed circuit boards, or PCBs. PCBs account for up to 40% of the world’s waste electrical and electronic equipment. Conventional PCBs, which use flame-retardant composites or ceramics, are impossible to recycle and are sent to landfill. -
09 Sep
Clyde Hydrogen powers ahead with Ecotricity investment
Clyde Hydrogen, a University of Glasgow spinout, has secured strategic investment from green energy pioneer Ecotricity to fast-track development of its revolutionary hydrogen technology. The deal, which closes Clyde Hydrogen’s Pre-Seed2 funding round, will see the company test its prototype energy storage system at one of Ecotricity’s renewable energy sites in the UK.