Schneider Electric is helping to power the University of Nottingham with its EcoStruxure Building solution, optimising the operation of the university’s building management system.
The system plays a pivotal role in reducing energy consumption and expenditure, while also enabling departments to drive greater cost savings through a better understanding of energy through a single platform. As a result, the University is seeing a 5% reduction to energy consumption and a 3% reduction on overall energy costs in areas where EcoStruxure has been deployed.
The inherent usability and transparency of the new system has also driven other operational savings. Maintenance costs have been reduced by 25%, while workplace safety and comfort costs have also dropped by 25%.
In line with the university’s goal to slash its CO2 footprint, the Schneider Electric EcoStruxure solution has enabled it to improve its control of renewable technology by 75% and drastically reduce emissions. Occupant comfort has also been upgraded – overall control of the building is up 70%, while temperature control is at 50%.
With the improvements made to the system, the project is set to pay for itself within a staggering seven to 10 years.
Andy Nolan, sustainability director at the University of Nottingham, said:, “The EcoStruxure architecture has helped us revolutionise how we manage the estate. It has improved every aspect of operations, from on-site energy efficiency, cybersecurity to comfort optimisation. We are already looking to expand our usage into EcoStruxure Building AdvisorTM.”
Simon King, account manager, University of Nottingham at Schneider Electric, added, “We have implemented a transparent but effective system at the university that works across a very complex site with multiple applications and facilities, all of different ages with different architectures. Our EcoStruxure platform aims to give users complete visibility into operations and empowers them to intervene effectively to drive improvements and efficiencies.”