Last updated on 29 September 2022
Low energy LED floodlights recently installed at Sports Park Weetwood – part of the University of Leeds – are set to reduce carbon emissions by 6.7 tonnes a year.
Their installation is among the latest activity in the work by Estates and Facilities to move the campus towards delivering net zero emissions by 2030, a key commitment of the University Climate Plan.
The LED floodlights use less electricity than previous equipment and have greater light output, which means fewer fittings need to be installed. They also have a longer life span.
It is estimated the new lights will save 29,879 kWh of energy per year, which equates to a reduction of 6.7 tonnes of CO2 equivalent emissions.
Ann Allen, Director of Campus Innovation and Development said:
“All the work that we do makes a difference to students and staff however our work to move the campus towards delivering net zero by 2030 is the biggest single project by the Estates and Facilities team to make a difference to our planet and is at the core of the University’s Climate Plan.”
“It includes the targeted refurbishment of buildings, the installation of low carbon technologies and solar panels across the estate – including sports facilities like those at Weetwood – and the electrification of our vehicle fleet.”
“This work builds on activity over many years to save electricity across the breadth of the Leeds campus including installation of LED lighting and working with Faculties to use out campus more effectively.”
Reducing carbon emissions across the University
Other activity to reduce emissions – outlined in the recent Climate Plan quarterly report – includes work to develop a new heating, cooling and ventilation policy to reduce energy use. A shutdown of the steam network over the summer months contributed towards a 15% reduction in emissions between June and August 2022.
University Residences have begun a programme of low energy lighting upgrades, starting at Lupton.
A major project is currently underway to assess the opportunities for building retrofit and heat pump installation across campus to reduce energy demand, alongside identification of opportunities to install further solar panels on University buildings.
Further work has been commissioned including a report into climate resilience on campus, and an analysis of electrical requirements over the next 25 years.