Solar panels begin carbon reduction scheme at University of Huddersfield

solar

Over 500 solar panels are being installed on the roof of one of the University of Huddersfield’s largest buildings as part of a major carbon reduction scheme across the institution, in response to the climate emergency.

The work is part of the University’s ’10 Point Plan’ towards achieving Carbon Neutral status for Scope 1 and 2 by 2030. Scope 1 emissions are those from sources directly owned or controlled by the University, while Scope 2 are those generated by use of energy bought from a utility provider.

The photovoltaic (PV) panels will be positioned on top of the Technology Building, the first phase of a planned investment of £1 million in measures to reduce carbon emissions on the campus.  The Plan was developed in conjunction with staff and students, and adopted by the University’s Council in 2020.

Deputy Vice-Chancellor Professor Tim Thornton said: “The panels on the Technology Building will bring major benefits by generating an anticipated 150,000 kWh per year, while addressing another key aim in reducing conventional energy consumption from the National Grid,”

“The working group of staff and students that collaborated to produce the 10 Point Plan reflects the strong commitment to achieving carbon neutrality across all areas of the University.”

The solar panels will be installed as part of a programme of works in the Technology Building, including an eye-catching new façade facing out onto the University Plaza. New facilities for researchers from the School of Computing and Engineering will be created inside the building, while existing systems such as lighting and heating are being improved to become more energy efficient.

The researchers will be using their new facilities to investigate new technologies which may have a global benefit in reducing carbon emissions, including micro-generation, battery storage and electric vehicle charging.

Work on the striking new façade begins soon, while contractors Robertson Construction have already begun a series of projects to prepare for the major work on and around the building.

“The work to transform the Technology Building is fully aligned with our 10 Point Plan,” continued Professor Thornton. “Making our pre-existing facilities more energy efficient is vital, and it was a requirement from the very outset of the planning of new buildings such as the Barbara Hepworth Building.

“Low energy LED lighting is used throughout, and its ventilation system uses highly effective and efficient automated controls. Recent work on the Oastler and Joseph Priestley East buildings also incorporated better energy efficiency, as will any future building or redevelopment projects.

“With Robertson Construction beginning their work on the Technology Building, this was the perfect opportunity to begin the next phase of our carbon reduction plans. The ongoing move of our data centres from energy-sapping hardware on campus into the cloud is another way in which we will reduce energy consumption on campus.

“Behind the scenes, we have also installed thousands of low-energy LED lighting units while major improvements to the heating and cooling systems in several buildings are also improving our energy efficiency.” Professor Thornton concludes.

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