Wireless retrofit saves energy in student flats

Controls, BMS, Siemens
A 31% reduction in energy bills is expected for student accommodation in Bradford following the retrofitting of a wireless Siemens Synco living building-management system to control heating.

Retrofitting a wireless building-management system to student accommodation in Bradford is expected to reduce energy consumption by 31% and achieve a 2.4-year return on the investment. Kexgill Student Group, which operates some 600 properties across the UK, worked with Siemens to install the Synco living controls system in a building comprising 14 individual flats to help ensure consistent temperature delivery and optimised energy use according to the needs of the occupants.

Two central controllers in closed cabinets oversee the temperature and energy needs of all 14 apartments and communal areas in the building.

When the building is occupied, the temperature is set at 21°C, dropping to 19°C when it is largely unoccupied. The temperature is further reduced to 17°C overnight.

A useful by-product of the Synco system is improved building security. With constant room temperatures, occupants are less likely to open windows to keep cool — and then forget to close them. Window contacts turn the heating off if windows are left open.

For more information on this story, click here: August 2011, 108
Related links:
Related articles:



modbs tv logo

Baxi survey reveals care home leaders need support to achieve heat decarbonisation goals

Baxi recently surveyed over 400 senior and middle management care home managers in both the private and public sector this summer in an effort to understand the enablers required to help decarbonise the sector.

CIBSE launches Society of Vertical Transportation to elevate standards worldwide

CIBSE has officially launched the Society of Vertical Transportation (SoVT), an international professional community for individuals and organisations working across the design, engineering, installation and innovation of lifts, escalators and emerging vertical mobility systems.