Replacing Stadium Lights With LED – Quick Facts To Know


Any stadium design and construction must include lighting. The lighting must be of exceptional quality and meet strict requirements to ensure that spectators and players have unobstructed views of the action. Additionally, high-quality lighting must be capable of capturing high-definition images suitable for television. If international and national sports federations have to be considered, the task of lighting a stadium properly becomes more difficult. This large and lucrative market has been solved by the invention of LED stadium lights.

LED stadium lights, also known by the name LED Sport Lights, can be used to replace traditional metal-halide stadium lights. LED stadium light is also known for these LED lights. These lights are suitable for use in all major outdoor and indoor sports facilities, including football and baseball stadiums. Ideal conditions will see LEDs that produce between 50,000 to more than 200,000 lumens and a range of wattages from 300 to 2000 watts. Unfortunately, power and lumens can’t be used by themselves. An LED stadium floodlight should include optic packages for the light to be directed exactly where it is needed. The stadium lights need to be extremely bright and uniform with each other. Optics between 100-1500 degrees can provide the best illumination for any field.

The bright lights are attached to a high pole and have a shallow beam angle. This can vary from anywhere between 15 to 60 degrees. A narrow beam angle ensures that the lights are intense and can reach higher elevations. You can adjust the beam angle for premium LED stadium lights depending on the venue. Although some lights may be as low as 25 feet, the height that is most common for major sports venues ranges between 40 and 60feet. LED stadium lighting can be placed up to 100 feet and still leave more than 300-foot candles. Although some LED stadium lights can reach 25 feet in height, the most common height for major sporting venues is 40 to 60 feet.

What Are The Different Mounting Options For Stadium Lights?

You can customize these lights to fit a variety of applications, such as the following:

  • High-mast mast poles with rotatable bases are one option.
  • Many optical controls are available to control the light dispersion.
  • Illumination tools using lasers to point the light exactly where it’s required
  • Photocells which decide whether or not the sunlight should be on based on the time and day
  • Shrouds aid in directing light in a positive direction.

You will need a Stadium Lighting Plan to estimate the number of LED stadium lights that you will require when you upgrade from metal-halide to LED. The plan is created with specialized lighting software that uses photos to calculate the required number of LED stadium lights. It allows you to create or import sports field measurements, as well as place poles on the field and add light to them. The software allows you to program lights to light a specific section of the play area. It can also calculate the foot candles of each light and display the homogeneity of the light’s dispersion. The software is not available so you can only make educated guesses regarding the suitable optics, lumen package, and wattage for your field.

Why Is It Important To Change Things? What Are The Benefits Of Doing This?

LED stadium lighting offers many benefits over its HID and fluorescent counterparts. A higher height allows for a better lifespan, which will reduce the need to replace and maintain them. They have the lowest energy consumption which leads to lower utility expenses. Furthermore, they emit the highest lumen output possible and provide excellent color rendering. LEDs have a much higher light output than standard bulbs.

Things You Must Know

I. 500 Watts Per LED With A 30-Degree Beam Is The New Standard For Sports Lighters. It Is Equal To 1500 Watts

You will often see metal halide lamps and HPS lamps with 1500 W power in athletic arenas and stadiums. These lighters can also be called sports lighters. These lighters are costly to operate and lose approximately 70% of the light that they produce with time. They also require frequent maintenance. Given this, the ideal LEDs for replacing these bulbs are those with 450-600 watts of power, especially the 500-watt LED. In practice, you can save 1000 Watts of power that would otherwise have been consumed by original ballast. The power consumption of fixtures that are frequently used is significantly reduced. By replacing 40 fixtures, you can save in the neighborhood of 40,000 watts. The beams are 30 degrees wide and do not require much maintenance. Furthermore, the narrow beam makes it possible to project light at high locations, which allows for outstanding illumination.

II. It Is Necessary To Have A One-For-One Replacement

Confronted with the same dilemma every time you make the switch to LED lighting, is it better to replace or retrofit the old system? The old lighting system is converted to an entirely new system by replacing the poles. They make good use of existing lighting fixtures by retrofitting those using retrofit kits and screw-in solutions. LED fixtures are brand new types that can be used to replace existing lighting systems. It is recommended that you install one LED Lighting fixture for each metal halide. It diffuses light evenly and helps to prevent harsh lighting from occurring in a room with fewer fixtures.

III. You Should Avoid Lenses Below 40 Feet In Height

In a perfect universe, the stadium lights could be mounted on tall poles. This would allow for a moderate beam angle. Because the beam angle is narrow, the intensity of light is increased. This makes it more likely that bright lights will reach the ground. This improves visibility. The height and location of the light determine its height. Because the light rises at different levels, the beam angle also changes. However, for installations with less than 40ft in height, lights with beam angles of 40, 60, or 90 degrees should be chosen. For installations with a height of fewer than 30ft, the beam angle can be noticed wider. This will result in a larger amount of illumination on the ground, which ranges from 10 to 20 feet candles. 90 degrees lenses work best. This angle can also be used for croquet.

IV. Check That The Voltage Is Correct. The Two Options For Lighting Are High Voltage And The Standard Range Of 100-277 VAC

The voltage used to power these lights could fluctuate in varying degrees. However, in areas where 230V is the normal voltage, the output voltage of the gear tray (which converts power into a voltage and current appropriate to the bulb) could be between 230-240V and 380-415V. The voltage you use will depend on the size of your light. Smaller lamps may operate at 100V while larger lamps work at 220-270V. There are solutions to manage higher voltage installations. Their availability depends on the voltage required. The constant current drivers are capable of handling voltages between 100V and 277V without any problems. Higher voltage drivers are capable of managing voltages as high as 480 V. Additionally, they can manage single-phase as well as three-phase power.

V. LED Lights Need Surge Protection. It Must Be Installed At The Pole Along With The Circuit Breaker. We Recommend At Least Two Other Locations

An electrical surge is an abrupt increase in the flow of energy through your electrical circuits. Surges can cause serious damage to any equipment that is connected to the circuit. Surges can cause severe damage to even the most durable LED lighting. This includes the high-power lights used in stadiums. They can cause the wires to overheat, melt, or conduct electricity incorrectly. LED Stadium Lights can have a very long lifespan, but they can be destroyed by an electric surge in seconds. For protection against surges, Stadium Lights should be equipped with surge protectors.

The two main types of surge protection are photocell receptacle protectors and inline surge protectors. The former can be used to protect a variety of LED lighting solutions such as LED floodlights, LED canopy lights, LED corn bulb lights, and LED stadium lights. The fact that the LED light is installed in your circuit before the other lights makes it very widespread. The simple twist-lock photocell receptor is used by the specific photocell receiver that is made for use with LED shoebox lights. You will need to connect the surge protector to both the pole and the breaker.

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