CP Electronics puts Building Managers in Control of New Bh2, Bournemouth Leisure Complex

CP Electronics puts Building Managers in Control of New Bh2, Bournemouth Leisure Complex
Photo Credit To CP Electronics

The site of an old bus station and NCP car park in Bournemouth has been transformed into a modern leisure complex, complete with intelligent lighting control solutions from CP Electronics.

The UK’s largest supplier of lighting controls has supplied a range of microwave presence detectors and its RAPID fully addressable lighting control system to the project to cover the main public areas and back-of-house corridors, in addition to the various types of external feature lighting. For ease of use and effective time management, the controls can be operated via a head end PC. The installation is enabling building managers to optimise the use of lights in various sections of the complex through one central location.

A complex installation

Far from a simple project, CP worked closely with the main Building Services Contractor, Accolade Building Services, to facilitate a seamless installation for this challenging building design.

Dave Emerton, Commercial Director at Accolade Building Services, explained: “The design of the building was quite complex. There were some areas where you simply could not install cables from one corridor to another, so we needed to think carefully about which products to install, and how we were going to install them.”

A more efficient use of lighting

The installation of microwave detectors is enabling more efficient use of lighting, particularly in corridor areas. These detect the slightest movement in the detection zone, and activate the lighting accordingly, ensuring corridors are only lit when required to prevent wasted energy. Microwave detectors are ideal for large spaces, areas that have an awkward shape, or where fine motion detection is required. They were well-suited to the corridors within this building.

The detectors are connected to CP’s RAPID relay modules, which connect to a head end PC. This enables building managers to switch individual groups of luminaires on and off and exercise more effective time management; for example, programming the lights to turn off during times when the leisure complex is closed. This is enabling building managers to effectively optimise the use of lighting, based on building use and footfall. 

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