Willmott Dixon to build Passivhaus-grade Centre for Medicine at the University of Leicester
Willmott Dixon has been officially selected in order to build the University of Leicester’s £42 million Centre for Medicine to Passivhaus standards, a news report in the local business media has revealed.
Covering 12,836 square metres, the new centre is set to be completed in 2015 and will provide teaching rooms, offices, lecture theatres, dry lab research facilities and support spaces to more than 2,350 staff and students.
In order to achieve the Passivhaus standard, the Centre for Medicine has been designed to include features that minimise its energy use, including a subsoil heat exchange system to pre-warm and pre-cool incoming air, heat recovery mechanisms within the ventilation system, and automated exterior window blinds to keep rooms cool in summer, as well as super-insulation, triple glazing and LED lighting throughout.
Any modern building, especially those designed to meet the specific requirements set in the healthcare industry and reach the very restrictive Passivhaus standard, will certainly require a very effective energy management system to be put in place, and that’s exactly where the HeatSave programmable wireless thermostatic valves can really come in handy.
The HeatSave wireless thermostatic valves represent a very good solution for the healthcare industry, where energy costs are 2nd only to labour costs. That’s because the TRVs can help customers slash their energy bills by up to an impressive 30 percent by allowing them to thoroughly control the heating patterns for every single one of their radiators.
If you want to find out more about the HeatSave wireless programmable thermostatic radiator valves, get in touch with our dedicated product team, they’ll be more than happy to answer all your questions and queries.