Scheme:
Phase 1 Public Sector Decarbonisation Scheme
Technologies used:
Solar PV, LED lighting, Pipework insulation, Air source heat pump, Building Energy Management System (BEMS)
Region:
West Midlands
Client type:
Higher education institution
Keele University
Key information
Estimated savings
£46k
Annual savings
£963k
Total grant value
243
Annual carbon savings tCO2e*
Working with Salix
Project overview
Keele University has put in place an ambitious decarbonisation plan to significantly reduce its carbon emissions. Sustainability has been a key focus for the University, who declared a climate emergency at the beginning of 2020. Their three step decarbonisation plan, which is funded by the Public Sector Decarbonisation Scheme (PSDS) is expected to save 241 tCO2e tonnes of carbon per year and help them reach net zero by 2030.
The University received £963,171 grant from the Department for Business, Energy & Industrial Strategy (BEIS) PSDS delivered by Salix, to decarbonise their heating in three stages.
The first phase of their plan focused on lab upgrades, hot water, LED lighting and heating while the second stage centred around the installation of an air source heat pump (ASHP) in a small school residence hall as well as solar PV and an 8kwh battery to operate the pump.
Step three of their plan focuses on implementing a new smart room level heating control system in nine large academic buildings. This technology will detect if the room is occupied and adjust the room temperature accordingly. The installation of immersion heaters will further their goal of reducing carbon emissions as they utilise electricity rather than gas.
The money received to undertake feasibility studies will lead to more projects because we now know what needs to be done and where – and we are committed to get them all done.
Technical breakdown
- Lab upgrades
- LED Lighting
- Solar PV implementation
- Pipework insulation
- Building Management Systems (BMS)
- Air Source Heat Pumps (ASHP)
Collaboration
Keele is working with its Student Union to upgrade the aging infrastructure in Union buildings. The installation of LED lighting has brought significant financial savings of around £5,647 a year. Beyond this, the University has worked to instil its eco-ethos into the studies undertaken by the students.
Keele has also been in conversation with other Higher Education Institutions regarding their decarbonisation projects via The Environmental Association for Universities and Colleges (EAUC) forums.
Next Steps
Keele is currently constructing the UK’s largest University-based renewable energy park which will have 12,500 solar panels, two wind turbines and a grid-scale battery.
The park will produce up to 50% of the University’s total demand in electricity.
In addition, the University received additional funding from BEIS and Salix’s Low Carbon Skills Fund (LCSF) which was utilized for Project Development Support and Heat Decarbonisation Plan Support. The fund has provided the opportunity for feasibility studies which showcased the area’s most in need of upgrading. As a result, Keele are going to focus on upgrading from gas to electric boilers.
October 2021
*tonnes of Carbon Dioxide, calculated using Green Book emissions factors for electricity published by the government.
In Partnership with
