University halls warm to Thermaskirt

One of Cambridge University’s oldest purpose built student residences, Cripps Court, has recently undergone a complete refurbishment to bring it up to 21st century standards.

The need to update the accommodation into clean and comfortable living spaces for the 200 student tenants was combined with the desire to become a more energy efficient building.

Discrete Heat’s ThermaSkirt heating system was called upon to fulfil all the briefs and provide a cost effective alternative to traditional heating systems.

Heating such a large building with many individual rooms results in hefty energy bills. Combined with the lengthy instalment process that traditional systems entail gave enough reason for the architects to look into the unique alternative ThermaSkirt provides. Pitched against the proposed panel radiators, Discrete Heat’s ThermaSkirt was found to offer better energy efficiency and space saving as well as much easier installation advantages.

The combining of the skirting board and radiator into one unit allows for quicker installation times due to the saving of over 2.4 km of pipework that would be necessary if using a traditional radiator and skirting system. Health and Safety queries were immediately addressed due to the low profile nature of ThermaSkirt and its secure fixing to the wall. Both of these features allow it to be a hardy and practical heating system that is resilient to the exuberant student environment with which it has to cope.

The practicality of use is reflected in the ease with which ThermaSkirt is installed. After a day’s on-site training the contractors, Munro Building Services, were able to fit the product so efficiently that they could often complete up to 12 rooms a day with just a four man team.

Andy Maltby of Munro Building Services commented, “ThermaSkirt was a quick and simple to install retrofit that enabled us to easily navigate around the contours of the rooms while freeing up wall space that would otherwise be taken up by radiators, allowing for maximum use of the walls within the facilities. Having installed successfully on time and on budget I would happily work with the ThermaSkirt product again”.

The reduction in fuel bills is mirrored in the £4,000 worth of copper pipe work and joints that was saved due to the simplicity of the ThermaSkirt design, and with no need to paint the skirting after fitting labour costs are further reduced.

Maintenance costs are also low compared to those of radiator systems and ThermaSkirt’s practical engineering allows it to be accessed easily if repairs are required. The cost reductions combined with the maximisation of useable space for the students, which in turn allows for a wider choice of interior fixtures makes ThermaSkirt a firm success.