There are some factors you need to consider before purchasing LED football pitch lighting or stadium lighting. These factors include Beam angle, Lumens, and Power consumption. Considering all these factors will help you make the best decision. 

Light pollution

Using LED stadium lights for football pitches and stadiums can reduce light pollution. These lights have an energy-efficient design that focuses light output where needed. This means less spillover into neighboring neighborhoods. Unlike traditional stadium lights, which produce UV radiation, high-efficiency LED lighting don’t harm nearby residents.

Light pollution from stadiums is becoming an increasingly common concern across the UK. In some cities, stadiums are responsible for up to 20% of the city’s late-night light output. This makes stadiums one of the largest contributors to light pollution.


Stadiums are increasingly looking at LED technology to replace traditional stadium light sources. The technology is efficient and helps reduce light pollution while simultaneously allowing precise mathematical calculations to be made for optimal illumination. Moreover, LED stadium lights begin working immediately and do not require a warm-up period. Traditional light sources require fifteen minutes or more before reaching their maximum brightness.

LED lights come in different wattages, but they generate the same brightness. A 500W LED produces as much light as a thousand-watt HID light fixture. This reduction in power consumption helps stadiums reduce their running costs while maintaining the same brightness level. Moreover, LED stadium lights are a much better option than their traditional counterparts, with a lifespan of up to 100,000 hours, which is six times longer than conventional fixtures.

Beam angle 

A good beam angle is essential for stadiums and sports fields. A beam angle that is too wide or too narrow can result in low light uniformity. A Dialux simulation can help you determine a beam angle to maximize the amount of light distributed across the playing area. Choosing high-quality LED products with a five-year warranty and good thermal management is also important.

Another important consideration is glare. If the illumination is too glaring, it can cause accidents, leading to dropped passes and inaccurate throws. Poor illumination can also affect the quality of play, as poor illumination can cause players to make poor decisions in a play. Additionally, uniform lighting reduces shadows and helps with broadcasting, photography, and replays. It can also make the playing area safer for players.

Power consumption

The power consumption of LED football pitch lighting or stadium lighting is determined by the total number of lights and their beam angle. These factors will have a major impact on the uniformity of the illuminance across the stadium field and the glare index. Therefore, choosing the right power for your lighting solution is important. There are three main power classes: high-mast lights, flood lights, and low-power lights. When selecting the power for your stadium field, ensure that you choose a power level that meets the minimum illuminance and glare index requirements.

LED stadium lighting can also be dimmed. The dimming feature allows users to change the intensity of their lights to suit the game’s mood or event. Dimming is also advantageous, as different events require different lighting levels and may occur simultaneously in the same venue, such as when a concert or event takes place during the evening hours. This feature allows for on-the-fly adjustments in lighting intensity, which will improve the lighting effect while reducing energy consumption.


LED lights are a great way to cut costs while simultaneously improving lighting quality at a stadium or football pitch. Compared to metal halide lights, LEDs have a longer lifespan and lower energy consumption. Replacing Metal Halide with LEDs will result in up to 65% energy savings, which can be translated into significant cost savings for the stadium.

LED football stadium lights are energy-efficient, with an average life expectancy of 80,000 hours. They can replace 5000-watt metal halide fixtures with just a few hundred watts of power. LED lights are also less expensive to maintain and have superior optical quality. Their light beams are directional and can produce all visible colors without traditional color filters. They last up to 50 times longer than traditional lighting, and their modular design allows for partial repairs in the event of a malfunction.


Choosing a good lighting solution for your football pitch or stadium is crucial in lighting. This is because there are certain pitch lighting requirements, including the poles’ size and spacing. Also, there are different standards for various lighting effects. 

LED football pitch or stadium lighting is a good option because it reduces power consumption and saves money for your stadium. In addition, LED lights produce less pollution than traditional stadium lights. They also do not produce UV radiation, which can harm spectators. LED lighting for stadiums is also highly energy-efficient, requiring 90% less energy to generate light compared to traditional stadium lighting.