Based on the campus stadium's size and functional zoning, the lighting layout is scientifically planned to provide coverage without blind spots and a reasonable vertical to horizontal illuminance ratio to meet the needs of various sports such as track and field and ball games.
High mast lights or lights on both sides of the site are typically used. Most lamps are high-efficiency LED light sources with good waterproof, dustproof, and windproof properties.
To accommodate a variety of needs, daily physical education classes use low to medium illumination, while smaller competitions use higher illumination.
Teachers and students' eyes are shielded from direct light by anti-glare design. The lamp body resists corrosion and weathering thanks to its IP65 protection rating. The lamp posts now have anti-collision strips to guarantee safety when participating in sports.
Reduces needless electricity use by supporting intelligent timer switching.
The low-cost operation and maintenance requirements of campus logistics are satisfied by pole height, which is tailored to campus space and has a lightweight structure for simple upkeep.
A symmetrical layout on both sides is ideal for small to medium-sized multipurpose fields, such as basketball courts and small athletic fields. To prevent glare from interfering with teachers' and students' activities, the lamps are angled outward at a 10° to 15° angle, the pole height is 8–12 meters, and the spacing is 20–25 meters. Low-pole auxiliary lights can be added at appropriate locations to improve local illumination if the field has long jump and high jump sections.
When designing the lighting layout, the glare value should be less than 28 and the overall illuminance uniformity should be controlled to be ≥0.6, just enough to meet daily teaching needs. To balance safety and ease of maintenance, the light poles should also have anti-collision guardrails and be installed away from the stadium's core and running track. Maintenance access should also be made available.
