Case - Football Pitches Lighting Project - Kazakhstan

This Kazakhstan main stadium lighting solution utilizes 132 600W floodlights with a 25-degree beam angle to ensure sufficient illumination intensity and uniformity. With a total lumen value of 74,188 lm, the ground illuminance reaches 1,202 lx, providing an ideal lighting effect for the stadium.

To implement this lighting solution, the stadium is equipped with 132 floodlights, evenly distributed on supports surrounding the field. The floodlights have a beam angle of 25 degrees, which enables them to provide concentrated beams of light, effectively illuminating specific areas of the stadium.

Each floodlight has a power rating of 600W, resulting in a total power requirement of 132 * 600W = 79,200W for the entire stadium. This power configuration ensures sufficient brightness and lighting performance, allowing games and spectator activities to take place under favorable lighting conditions.

The total lumen value of 74,188 lm refers to the sum of the light output from all the floodlights on the stadium. Lumen is the unit of measurement for the brightness of a light source, and the high total lumen value of 74,188 lm indicates that the stadium will be adequately illuminated, providing clear visibility for athletes and spectators to observe the game and the surrounding environment.

Ground illuminance is a measure of the intensity of illumination and represents the total amount of light received per unit area. In this case, the ground illuminance reaches 1,202 lx, meaning that the ground of the stadium receives 1,202 lumens per square meter. This level of illuminance is sufficiently high to provide excellent visual conditions, ensuring smooth gameplay and an enjoyable viewing experience for the spectators.

To achieve such lighting effects, designers need to consider the dimensions, shape, and reflective properties of the stadium to determine the appropriate number of fixtures, power ratings, and angles. Additionally, the layout and installation height of the fixtures are crucial factors that can be optimized using optical calculations and simulations.

During the actual construction process, attention should be given to the positioning and securing of the fixtures to ensure stability and reliability. Furthermore, the lighting system needs to be equipped with suitable control devices such as dimmers and timers for adjustment and management based on different requirements.

In conclusion, this case describes a main stadium lighting solution that utilizes 132 floodlights with a 25-degree beam angle and a power rating of 600W. With high total lumen value and ground illuminance design, it provides excellent lighting effects for the stadium. This lighting solution not only meets the requirements of the games but also enhances the spectator experience by creating a comfortable and well-lit environment in the stadium.