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A sophisticated lighting control system can provide significant cost savings. A variety of control methods present a solution to suit any setting, ensuring that energy is not consumed unnecessarily, while providing the user with complete flexibility and control over their environment. For more information, download our Office Lighting Energy Management brochure below.
Dynalite automation solutions are found in a multitude of environments from office towers to scientific laboratories, to sports fields and stadiums. Some
featured case studies below provide different project scenarios.
Office Lighting Energy Management
(3.2Mb) A comprehensive overview of energy management in an
office environment
Typical Products & Their Uses
(1.5Mb) Product & application guidelines
Case Studies
Stadia
2008
Beijing Olympics
The High Tech and Green Olympics
Skilled
Park
Eco Friendly Stadium - Home to the Gold Coast Titans
Vector
Arena
Entertainment hub of the pacific
Suncorp Stadium
Reliability is paramount at this multi-use sporting & entertainment arena.
Corporate Applications
MHA
This state of the art facility contains one of Dynalite's most advanced control system to date. More than 3,000 DyNet network devices provide individual control of over 17,000 light fittings.
Telstraclear
With flexibility as a key consideration, in this office space a project team of 40 can be set up in an open plan or the same space can be converted into offices, within hours, and the lighting system can be reconfigured in minutes to accommodate the different user requirements.
Fonterra Call Centre
Working 24 hours a day doesn't mean wasting energy.
Te Papa
Operational ease and energy
management were key considerations in this project.
Woodside
Plaza
Headquarters of Australia's largest publicly traded oil & gas
exploration and production company.
Energy Management Application Design Guides
Office
(355K) Contains information on; providing workspace lighting using dimmable DALI HF fluorescent ballasts, using existing PCs and LAN for user control in open plan office space, automatic control using occupancy sensing, daylight harvesting of natural light and interfacing to a building management system (BMS).
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