AAMI Park
The Challenge
Additionally, it was important that the lighting control system be fail proof. The client needed to be confident that everything would work flawlessly and that in the event of a problem, there would be a backup system.
Philip Dynalite’s ability to incorporate a dual redundant backbone into the pitch illumination system to mitigate any system failure – the only system capable of supporting this requirement – was a key factor in the selection of the technology.
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Scalable
The Dynalite system was integrated into the university’s expansive campus. The modularity of the system allows the lighting control system to grow and evolve with the university’s ongoing expansion through a centralised control platform.
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Innovative
The project integrates Dynalite with multiple third-party systems, including the Q-Sys control system for audio-visual management, the university’s Building Management System (BMS), and a fire alarm relay. This integration creates a unified ecosystem that not only streamlines building operations but also enhances safety and energy management.
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Sustainable
The Dynalite system is a critical part of the university’s efforts to reduce energy consumption. The system’s energy-efficient features, such as automated scheduling, daylight harvesting, and occupancy sensors, ensure that lighting is used only when necessary, contributing to the university’s broader sustainability goals.
The Solution
The Philips Dynalite lighting control system has complete control of all stadium and function lighting within the venue and also complements the energy-efficient design of the stadium.
One central control
The fully integrated control system, supplied by Lightmoves, not only provides a centrally located, computerised lighting control system but also integrates seamlessly with third-party applications such as building management services and audio-visual equipment for the corporate spaces.
The controlled lighting consists of four light towers and banks of lights attached to the canopy – providing international sporting broadcast illumination for the pitch – and energy-efficient luminaires throughout the internal and external public areas as well as the tenancy, corporate and retail spaces within the stadium.
Adding complexity to the lighting control project was building in the capacity for a dynamic lighting system on the roof.
Specialist lighting company Electrolight was awarded the $1 million contract to design an artistic dynamic lighting system for the roof façade.
A custom solution for every scenario
Working in collaboration with local Melbourne companies Lightmoves and Space Cannon Australia, a custom-designed and built luminaire was developed.
The lighting system operates with specific sequences designed for event and non-event nights. Accomplished artists Alexander Knox and Bruce Ramus have each contributed a number of sequences such as Game Day, Team Colours, Resting and Festival modes.
The system uses environmentally friendly LEDs, which use around one tenth of the power required to floodlight the stadium without any light spill into the surrounding area.
Conclusion
The Philips Dynalite advanced control system has ensured suitable lighting for every area of the stadium and has helped to put the spotlight on AAMI Park as an award-winning sporting complex.
Importantly, the system is user-friendly and can be controlled with a click of a mouse.
The spectacular rooftop lighting system lights up the city skyline nightly and strengthens AAMI Park’s standing as an iconic Melbourne venue.
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Pathway and English Language Centre
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Eidra
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ARK
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