Things to know before buying Stadium and Sports Field Lighting

Sport field lighting is a kind of site lighting used to light up expansive spaces for sporting activities. Large outdoor events like concerts, for example, may be lit up with it. Typically, 1 to 12 lights are installed on each of the 40 to 100 foot tall poles that support them.

You may be all too acquainted with how expensive metal halide and high pressure sodium lights are if you own an outdoor stadium. They have a limited lifespan and have lost a significant amount of their usable lumens to light deterioration at half life. Energy prices are significant and strike durations may last up to 30 minutes.

Stadiums and ball fields might gain a lot from installing LED lights. With an energy savings of at least 60%, they are more than capable of replacing even the most powerful Metal Halide stadium lights. Lights turn on and off instantly, so there’s no need to wait 30 minutes for them to warm up.

These lights have far longer lifespans than what metal halide lighting can provide. If necessary, they may be darkened to save electricity while maintenance is done at night.

The expense of maintenance is almost nil. There are no burned-out bulbs in these lights. They provide extensive, reliable, high-quality illumination for any outdoor sporting facility, including football, baseball, softball, and soccer fields.

Now, the process for replacing the existing lighting system with LED lights may prove to be challenging. You may be interested in learning all there is to know about the procedure, key elements, ideal starting point, and more. Continue reading as we provide a comprehensive overview of LED stadium lights and how to use them.
field lighting for sports

1. Metal halide lights may be swapped out for LED lights one for one.

You could now employ either 1000 Watt or 1500 Watt Metal Halide in your ballpark. And as long as you don’t need to install any more fixtures, replacing Metal Halide with LED makes sense. Here is a quick guide to the lumens needed to replace metal halide lighting.

• 100,000 to 120,000 LED Lumens from a 1000 Watt Metal Halide
• 80,000 to 90,000 LED Lumens at 1500 Watts Metal Halide
• 110,000 + LED Lumens at 2000 Watts Metal Halide

2. The secret to lighting a sports field is narrow beam optics.

Stadium lights and regular outdoor lighting vary primarily in their use of narrow beam angles, which concentrate light on certain fields of play. This is quite unlike to conventional “flood” type lighting, which makes use of huge beams of light to cover a wide area. Narrow beams of light from a single source illuminate a particular region of the field in stadium lighting. Each lamp has a distinct purpose. Together, all the lights provide the necessary light levels and balance to adequately illuminate a field.

Conclusion: One of the most crucial choices is selecting the ideal optic for YOUR application. Thankfully, we can simplify that procedure

3. Lighting Plans are the Number One Success Factor.

Where do you begin when there are so many lighting alternatives available today? Determine a light’s wattage? Lumens?

We think that selecting lights only based on their wattage is a recipe for catastrophe. Lumens are a better measurement than watts since they depict light, while watts reflect the amount of power used.

But there’s a good chance you won’t be pleased with the outcomes if you don’t comprehend the light’s optics and what it would accomplish. You wouldn’t believe how often people approach us to repair poor LED purchases.

Start with a stadium or sports field lighting plan, is our best recommendation. You may do this to see the outcomes on the field without ever paying a single dollar. Until the field is evenly lighted, the program may be changed to add additional lights, delete lights, and refocus lights. You can even see where to point the lights on the field according to the lighting plan. All guesswork is removed by selecting the appropriate optic and lumens.

The most important thing a lighting plan will show is that the playing field is sufficiently lit and that the light is distributed evenly and fairly across the field.