High-Performance LED Flood Light

With area lighting, each fixture illuminates a large area. However, stadiums require more powerful lighting to clearly see the details in the stands. In addition, the lights must be mounted higher, usually at a height of 60 to 100 feet. This requires high-power LED sports lighting, where each fixture illuminates a small area of the playing field and most often with a narrow or sharp beam angle.

Why replace the entire fixture?

Metal halide stadium lighting is typically 1000 or 1500 watts and can get very hot. LEDs also do not produce heat like metal halide lights. Simply replacing metal halide lamps with LED lamps can reduce energy consumption by more than 50%. Although heat output is reduced, each lamp generates heat from a small heater, and lamps in sealed lamps can get very hot. Olympia Lighting stadium lights feature forged aluminum heat sinks, which provide the best heat transfer of any practical heat sink material. Forged aluminum heat sinks have twice the thermal conductivity of cast aluminum heat sinks and weigh only half as much as cast aluminum heat sinks. The lamp has an ideal heat dissipation design to protect the lamp and extend the life of the product.

What is the lumen output of these High-Performance LED Flood Lights?

Available in 400, 500, 600, and 800 watt models, they produce 60,000 to 120,000 lumens at a density of approximately 150 lumens per watt. These lamps produce the same light output as 1000 watt, 1500 watt and even 2000 watt metal halide lamps.

How to get the right beam angle?

Beam angle is very important for stadium lighting. If the beam angle is correct, the entire room will be illuminated evenly, without dark areas or excessive overlap. If the beam angle is incorrect, the field will appear uneven to fans. There may also be crossbars that affect players and interfere with play. For example, a 30 degree beam angle will create a circle of good illumination about 30 feet in diameter at 50 feet and a circle of light just over 50 feet at 100 feet. Getting the right setup is not easy. Beam angle combinations should be considered for the best performance.