Project Background
The Olympic Velodrome building, also termed as the Pringle due to its curved roof, was the first Olympic venue to be completed in early 2011.
Nominated for a Royal Institute of British Architects (RIBA) Stirling Prize 2011 to recognise its design excellence, the venue has a seating capacity of 6,000.
The facility is fitted with well-placed roof lights which reduces the need for artificial lighting. Its unique design also cuts down the energy required to heat the main arena. The design included natural ventilators in the external timber cladding to ensure the comfort of competitors and spectators alike.
The Project
Our Solution
Although not the specified methodology, we suggested installing 4 vents into each 6 m x 3 m wall panel at the production facility. This saved both installation time and reduced the number of contractors required on a site where space and security were key issues.
Another advantage of pre-installing the vents into the panels was the elimination of specialist access requirements for onsite installation at heights of up to 20 m.
A clear understanding of the clients’ goals and our lean approach speeded up the installation process considerably and removed a number of logistical issues onsite. Group SCS designed and manufactured control panels and installed these and cabling throughout the venue’s 6 zones, fully integrating them with the building’s BMS system.
This BMS system monitors external and internal conditions and adjusts the vent settings accordingly so that optimum conditions are always achieved in the venue, while minimising its environmental impact.
Installing 4 vents into each 6 m x 3 m wall panel at the production facility
Saved installation time and reduced the number of contractors required onsite
Eliminated specialist access requirements for onsite installation at heights of up to 20m
Designed and manufactured control panels and installed these and cabling throughout the venue’s 6 zones, fully integrating them with the building’s BMS system
The BMS system monitors external and internal conditions and adjusts the vent settings accordingly so that optimum conditions are always achieved in the venue