Bristol University has been given a £2.5 million grant to embed carbon reduction technologies and practices in its first research and innovation hub at Temple Quarter Enterprise Campus.
A comprehensive range of environmental measures will be introduced in the renovated industrial buildings that will be the home for Bristol Digital Futures Institute (BDFI) on Avon Street, St Philips.
The ‘Sustainable Campus Testbed’ award is one of nine projects at top research centres and facilities in UK universities that are set to improve their environmentally sustainability, thanks to a £18.9 million funding boost.
The funding has been made through a pilot initiative to explore how UK Research Partnership Investment Fund(UKRPIF) – funded research centres and facilities can be enhanced to address net zero carbon emission targets.
The testbed project will significantly decarbonise the energy use of the Institute’s datacentre and buildings, and includes:
- A Smart Energy System including a battery energy storage facility with a microgrid demand control system. This will maximise the use of low carbon energy by storing roof-top solar energy and storing/using grid sourced energy at times of low carbon intensity.
- An artificial-intelligence-driven Datacentre energy management system to reduce energy consumption of the Reality Emulator and its datacentre hardware. The use of sensors and our ability to analyse vast amounts of data will allow for quick, automated decisions on those parts of the system that can be put into sleep mode, shut down or turned on again.
- Sensors for real-time data monitoring of building occupation and status.
- Heat metering to provide heat, temperature and flow rate data from the Datacentre chillers to export heat elsewhere.
- Using smart sensor technologies in BDFI’s public spaces to monitor and evaluate the use of native trees and optimal planting mixes for carbon capture and biohedges/biowalls to improve interior air quality.
- Ensuring that knowledge and evidence from the testbed will be evaluated for use across University of Bristol’s campuses and the wider higher education sector.
Bristol Digital Futures Institute director of programmes and operations Dr Jenny Knapp said: “The smart technologies we are introducing are a unique opportunity to test and evaluate the potential value of such technologies for a university campus. Often, sustainable technologies are costed out of building plans for being untested, expensive or lacking evidence to support them.
“Our plans take full advantage of BDFI’s facilities and expertise to offer high performance, advanced analysis, digital twin capability and emulation in ways not previously possible – knowledge that we hope will help inform the development of more sustainable campuses and for other organisations.”
Research England executive chair, David Sweeney said: “The UK Research Partnership Investment Fund has a strong track record in funding state-of-art facilities that support world-leading research and strengthen partnerships between universities and other organisations active in research.
“By piloting these innovative approaches to tackling net zero in infrastructure, we hope that this scheme will help us to learn more about what works so that we and the HE sector can factor this into future activity and build upon the already successful UKRPIF model.”
It is estimated that these measures could save approximately 65 tonnes of CO2 a year, the same as emissions from the annual electricity use of 42 households, with the potential for a further 185 tonnes if metering determines that the heat generated is suitable for export to the planned local district heating network.
The former 200 year old industrial buildings at 65 Avon Street are being renovated and installed with state-of-the-art facilities to be the new home for BDFI. The building will open this summer and MyWorld, a University of Bristol-led programme for creative technologies, will join BDFI in the building, in 2023.
It will house BDFI’s globally unique Reality Emulator, a large-scale, configurable, sector-agnostic digital twin and emulation facility and the Neutral Lab, an open, experimental, and collaborative space where interdisciplinary, cross-sector teams can come together around BDFI projects.