Cricket is a comprehensive sport that exercises hand-eye coordination and integrates control skills, skills and upper limb strength. The event is a team competition.

According to the needs of TV broadcasting in the past 20 years, the choice of cricket stadium lights must be a color rendering index> 90, relatively clear color, moderate color, and narrow color conversion. Only by meeting these standards, can the TV picture color be harmonious and not distorted. Traditional lamps have obvious gaps compared with LED lamps, such as slow start-up, high energy consumption, low light efficiency, and short service life. These are the actual application cost issues, but the use of traditional The cost of setting up area light poles for lamps is consumption, because of the same effect, it is several times of the total number of LEDs under the condition of using traditional lamps. Therefore, replacing LEDs is a cost-saving trend.

We provide cricket stadium lights for cricket grounds and stadiums. Good lighting design is very important for games, players and spectators. Usually, the lighting of the cricket ground surrounds the circular lawn field. In order to provide proper lighting, high-power high-pole LEDs that can be transmitted over long distances are required. As we are a manufacturer, we provide cricket stadium lights for cricket stadiums, which are affordable and can reduce your overall cost. The lighting requirements for cricket stadium lights are demanding.

The required lux level varies for different types of cricket courts. Generally speaking, if it is an international competition venue, the lux value will be higher according to the compatibility guidelines for cricket lighting.

What are the key points to choose cricket stadium lights?

1. Low glare effect: improve the athlete’s exercise level.

2. Appropriate light source color rendering index: to bring better picture experience to TV viewers.

3. Spread of light (horizontal and vertical): Even if the ball slides on the ground, it can still cover the ball’s trajectory, and has a “no shadow” effect.

4. High brightness in the court: ensure that the batter hits the ball at a speed of 150 mph.

5. Low light overflow rate.

What are the best cricket stadium lights?

The luminous efficiency of our cricket stadium lights is 140 lm/W. By comparison with metal halides. MH has about 70 lumens/watt. It saves at least 75% of energy and electricity costs. We use advanced chips to provide a focused beam on the lawn. Our engineers will also fine-tune the optical components. Each case is unique, and the lighting of the cricket court will also change. For example, power, beam angle and anti-glare system.

1. Indoor cricket stadium lights

In addition to outdoor stadiums, we also provide indoor cricket stadium lights. Heat is a problem with indoor ceiling lights. Heat will accumulate during lamp operation. If the temperature is too high, the electronic equipment inside the floodlight will be damaged. To solve this problem, we have developed a high-end thermal management system. The heat sink has a very large surface area that allows heat to escape.

2. TV live broadcast level anti-glare and flicker-free cricket stadium lights

For outdoor venues hosting the ICC Cricket World Cup, lighting fixtures should be of the highest standard. One of the standards is flicker-free lighting. Our LED lighting solution supports high-speed cameras from 5000 to 6000 Hz because the flicker rate is less than 0.3% at this shooting frequency. The change in lumens under the camera is negligible. Anti-glare helps reduce the dazzling impact on players and spectators in the cricket court, and reduces light intrusion and pollution.

3. Improve lighting uniformity: better lighting uniformity

Sudden dimming or too bright of lights is not advisable. It makes the eyes feel uncomfortable. Our top optics can increase the uniformity value to 0.8, which meets the requirements of the national standard. Anti-glare optics are another advantage. The cricket ground can hold thousands of spectators. Low glare lamps will not irritate their eyes. They can enjoy clear vision throughout the game. The optics also supports high-speed photography up to 5,000 Hz. It is a high-quality, flicker-free lamp.

4. Our modular design of cricket stadium lights

What if an unexpected error occurs? The cricket stadium lights may go out due to wiring errors or severe natural disasters. To repair the lamp, you only need to remove the damaged part and replace it with a new device. We provide you with free modular installation. Therefore, you can save maintenance time and costs-almost instant repair.

5. What is the running cost of cricket stadium lights

Assuming that the required lux is 750, we need 82500 watts, and the cost of running the cricket court lighting system is (82500 watts x 8 hours/1000) x 0.12 kWh = 79.2 USD per day (if you use 8 hours per day), or monthly $1,740 (22 days). This is the cost of using LED lights. If your existing lighting system uses halogen lamps, we need a monthly electricity bill of $17,400, because the energy efficiency of halogen floodlights is 10 times lower than that of LEDs.

6. Super cooling system

The durability of cricket stadium lights is an important part of operating costs. The shell of the lighthouse can basically maintain its original shape before being decommissioned. Therefore, letting the LED chip run for a long time is a manifestation of the pros and cons of a product, and it is also the core of a business’s operation. Most LED lights use die-cast aluminum radiators to provide a more suitable operating temperature for the chip, increase the life of the chip, and slow down the speed of light decay.

7. High light transmission design

The front lens of our cricket stadium lights uses tempered glass, which also provides another condition for long-life lights. Compared with other types of LED lights, PMMA lenses will turn yellow after a period of use, while tempered glass can guarantee that there will be no qualitative changes for decades. Moreover, the light transmittance of tempered glass is higher than that of PMMA lens, which also affects the performance of the lamp. Therefore, the same power LED, Bbier LED will be brighter.

8. The power supply is double waterproof

Bbier cricket stadium lights built-in waterproof power supply + shell protection, placed under the lamp body, low temperature, IP66 design, with short circuit/overload/overvoltage/overtemperature protection functions, etc.

What are the product features of Bbier cricket stadium lights?

  • The product adopts AL6063 stretch forming, the surface is anodized, and the anti-corrosion level is higher;
  • Both ends are formed by ADC12 die-casting, and the surface is electrostatic sprayed, which is strong and anti-corrosion;
  • Adopt air convection active heat dissipation method to ensure the working temperature of the light source, and the power supply is placed below, the temperature is lower;
  • The product has a large built-in space and can be equipped with intelligent PLC, Zigbee, sensor and other modules;
  • A variety of optical angles, including 30 degrees, 60 degrees, 90 degrees, YPE II, TYPE III, TYPE IV, TYPE V, NEMA4, NEMA6, etc.
  • Optional multiple installation methods, including rotating bracket, wall mounting, pole mounting, etc.

How much does the cricket stadium lights that are open all day cost?

If you choose the wrong type of lamps, your stadium lighting operating costs will be much higher. For metal halide lamps, the total power consumption is approximately 400,000 watts. Therefore, the cost of keeping the lights on for 24 hours is 400,000 watts x 24 hours x $0.12 / $1,000 = $1152. For halogen floodlights, the electricity bill for lighting is 1,000,000 watts x 24 hours x US$0.12/US$1000 = US$2880. We can see that halogen has a higher power consumption because of its lower energy efficiency. It takes a one million watt halogen lamp to produce the same brightness as a metal halide. How about LED lights?

Our 100,000 watt LED is equivalent to 400,000 watt halogen lamp and 1,000,000 watt HID. Therefore, the operating cost of every 100,000 watts of lighting is $288. We can see that there is a huge difference between the operating costs of LEDs and traditional lighting. By converting the lighting fixtures to LEDs, we can save a lot of money to illuminate the cricket court.

Do you also wanna get such excellent cricket stadium lights for your sports fields as soon as possible? Get the free stadium lights renovation plan now, welcome to consult us at You can refuse to get , but please don’t refuse to find out more.


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