The luminous output of stadium lights is influenced by various factors, including different power levels, angles, color temperatures, and display indices of the fixtures. For example, our Phoebus series stadium lights, rated at 2040W with a color temperature of 5000K, have a luminous output of 306,000lm.

The brightness requirement for sports arenas varies depending on the type of venue. Non-professional live sports events in arenas typically require brightness ranging from 200 lux to 1000 lux, while arenas used for live broadcasts of competitions generally necessitate higher brightness levels, typically between 500 lux and 2000 lux. This ensures high-definition imagery and a satisfying viewing experience for the audience.

The lifespan of our Phoebus series LED stadium lights exceeds 100,000 hours.

When choosing the light color for outdoor stadium illumination, the preference generally leans towards using white light in the range of 4000K-6000K, depending on specific requirements. Its advantages include providing better color rendering and visual comfort while ensuring excellent visibility and contrast.

In the lighting design of large-scale sports arenas, addressing color distortion is crucial, as accurate color reproduction plays a vital role in enhancing the visual appeal of competitions and the performance of participants. Effective methods to tackle color distortion include the use of LED fixtures with a high Color Rendering Index (CRI), fixtures with multiple light beams, precise optical simulation design, and the selection of dimming systems that match the requirements of the event.

Ensuring uniform and interference-free lighting is crucial for large-scale sports venues, particularly for the experience of both athletes and spectators. To achieve uniformity and minimize interference in lighting, the following measures can be taken: ensuring an even distribution of fixtures, selecting LED fixtures with multiple light beams, opting for glare-free fixtures, and conducting precise optical simulation design. Implementing these measures ensures that large-scale sports venues receive uniform, interference-free lighting, thereby enhancing the visibility and participatory experience of the event.

 Anti-glare technology is incorporated into lighting design to reduce or eliminate glare. In applications such as large-scale sports venues, effective anti-glare technology is crucial, as glare can cause discomfort for spectators, athletes, and photographers.

Laser calibration is a method that utilizes laser technology to ensure the correct installation and positioning of lighting systems, thereby improving calibration and installation efficiency. It guarantees the accuracy and consistency of the lighting system.

Voltage surge protection is critical for fixtures and control devices in lighting engineering projects. It not only ensures safety and compliance but also effectively reduces maintenance costs.

The installation cost of stadium lights is influenced by various factors, including the size and type of the stadium, lighting brightness requirements, compatible lighting control systems, quality standards for fixtures, and core considerations such as maintenance and installation costs. For a more detailed breakdown of costs, please feel free to contact us for further discussion.

Effectively handling flickering, noise, and delay issues during live broadcasts hinges on the quality of the luminaire’s driver power supply. Opting for a high-quality luminaire driver power supply is crucial, and our Phoebus fixtures employ a driver power supply that is flicker-free, noise-free, and delay-free. They seamlessly integrate with television broadcast cameras to provide supplementary lighting during specific scenes or time periods as needed.