Lighting Control for Sports Halls
Top challenges when designing lighting for sports halls
Flexible Usage
Requires rapid scene control and dimming for events, tournaments, exams, or when the area is sectioned off.
High-Bay Maintenance
The height of the space requires a system where maintenance of fixtures and sensors is minimal and non-disruptive.
Energy Management
High-power luminaires lead to high energy use, demanding precise control and occupancy zoning for efficiency.
- Collect and analyse occupancy data from your system to better understand space usage and optimise your lighting accordingly.
- Allow manual lighting scene selection to match different activities and events.
- Use colour temperature control to support users during different tasks and times of day; warmer for relaxation / training, cooler for competition.
- Consider RGB colour control capabilities for further customisation, i.e. team colors during tournaments.
- Use self-learning features to help optimise the lighting based on real usage patterns and reduce the need for recommissioning.
Configuring your lighting control system for sports halls
Why choose a hybrid system design?
Full customisation
With hybrid systems, the sky is the limit. Users can choose from any range of lighting control features to improve their sports halls area experience for students, coaches and visitors.
Ready for the future
DALI offers a strong foundation for lighting management which can support the building throughout its lifetime. Wireless features offer an easy way to scale the system in case changes are needed.
Get your spaces certified
Due to diverse possibilities for control, automation and integration, hybrid systems offer more possibilities for certification with building standards such as WELL, LEED and BREEAM, and can help to comply with directives such as EPBD.
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Frequently Asked Questions
Should sports halls use scheduled lighting during facility hours?
In main activity areas like multi-purpose courts, lighting can be scheduled to match facility timetables or booking systems to ensure the space is well-lit for arriving athletes. However, courts often experience unexpected downtime or no-shows. Occupancy sensors are critical for saving energy during these gaps, allowing the system to automatically dim or switch off the lights when a specific court or the entire hall is empty.
How can we reduce energy consumption in sports halls?
Occupancy detection and daylight harvesting (utilizing high windows or skylights) are the most effective baseline strategies. Additionally, implementing zonal lighting – where you only illuminate the specific courts in use rather than the entire cavernous hall – dramatically cuts energy waste. Facility managers can also analyze data from booking patterns versus actual sensor triggers over time to identify further opportunities to optimize lighting schedules.
What lighting colour temperatures work best for multi-purpose sports halls?
These large areas benefit from flexible lighting that can shift based on the activity. Cooler colour temperatures (typically 4000K to 5000K) are best for fast-paced sports, as they provide high contrast, support visual tracking of the ball, and promote alertness. If the sports hall is multi-purpose, the ability to shift to warmer colour temperatures or dim the lights is highly valuable for activities like yoga, school assemblies, or community social events.
What is the recommended maintained illuminance for sports halls?
Under European standards for sports lighting (EN 12193), general multi-purpose sports halls typically require a maintained illuminance of 300 to 500 lux for recreational, school, or local club use. It is important to note that the actual required illuminance varies heavily based on the specific sport and the level of competition. Fast-moving sports with small projectiles, like badminton or table tennis, require significantly higher lux levels than slower-paced activities.