Views: 0 Author: Zayn Publish Time: 2022-11-16 Origin: https://www.suntechleds.com/
Table of contents
(1) Brightness requirements
(2) Size of cricket pitch
(3) Cricket pitch light pole height
(4) The brand of the chip
(1) Anti-glare effect
(2) Excellent heat dissipation performance
(3) Long service life, low maintenance costs
As more venues compete and entertain at night. Lighting is being updated at a faster rate and better lighting is constantly replacing those that are inefficient. Whether it is a football pitch, a baseball field or a cricket pitch, we need to know the number of pitch lights in order to better arrange the lamp posts. The fact that each pitch is different in size means that the wattage has to be taken into account. Good pitch lighting design is vital for the game, the players and the spectators. Normally, the pitch is lit around a circle of grass. However, at cricket grounds, the lighting power requirements will vary with the players. Nowadays, many cricket pitch owners are replacing their lights with LED lights, which are the best choice because they are brighter, more energy efficient and more durable. Sometimes we also ask cricket stadium lights watts for up to 10,000 to 50,000 watts of professional pitch lighting for LED pitches and can save even more money. It is therefore important that we know the number of electric lights used on the pitch. Like other led arena light, cricket grounds are lit with strong floodlights.It can also be said to be specialized flood lights for cricket.
International cricket grounds not only have cricket field lighting standards, but also average power levels for cricket pitch lighting,In cricket pitches, lighting power can be divided into three categories, which we look at below:
We have to provide the best possible lighting for cricket pitches in Class I. The standard of players in Class I is very high and is often broadcast and televised live. LEDs are about 10 times more efficient than normal halogen lamps, LEDs are 150 lumens per watt compared to 15 lumens a watt for halogen lamps; therefore, we use more electricity when we use halogen bulbs.
Many of the cricket pitch lights are now using LEDs instead of metal halide, high pressure sodium, mercury or halogen lamps because of the higher luminous efficiency of LED lights. This means that LEDs are brighter than conventional HID lighting elements for the same lighting power consumption.
Class II cricket pitches are specifically designed for local or community players.
As the demand for lux is reduced, the lighting requirements for cricket pitches are reduced and we do not need such intense lighting. We can replace halogen or halogen with LEDs and save a lot of electricity.
Recreational places, high school or university cricket pitches are class III. As the cricket pitch does not accommodate spectator seating, there is no need to require as high a lighting effect as the previous two.So outdoor flood lights can be used without the first two Such a tall order.
Table 1. Wattage comparison of different lights
LED Wattage needed
Metal halide Wattage needed
Halogen Wattage needed
100,000 to 200,000 Watt
300,000 to 600,000 Watt
1,000,000 to 2,000,000 Watt
50,000 to 120,000 Watt
150,000 to 400,000 Watt
500,000 to 1,200,000 Watt
20,000 to 80,000 Watt
60,000 to 250,000 Watt
200,000 to 800,000 Watt
In regular training and on the playground, we only need 250-350 lux, which is enough for players to easily play a game in the team. Professional leagues, on the other hand, cost between 500 and 750 lux. Brighter due to more intense action. High-brightness lighting can energize cricketers and improve their performance. In cricket stadiums hosting international televised broadcasts, the highest standard is between 1,500 and 2,500 lux. This is due to the clearer images and images it provides.
The size of the cricket pitch will affect the amount of light and illumination required. This is due to the fact that we have to use this formula to find the lights on a cricket pitch.
The average cricket pitch has a lamp post between 14 and 50 metres (46 to 164 feet), while first and second class dugouts often require a higher lamp post. In this type of stadium we need more electrical power.
Light power:lumens required = lux x cricket pitch area (in square metres)
Lamp power = lumens required / luminous efficiency of the lamp
Therefore, its wattage is proportional to the area of the pitch.
The luminous efficiency of LED light sources is influenced by the height of the cricket field poles. It is generally accepted that the higher the pole, the greater the light loss. This is due to the diffusion and attenuation of the light beam in the air. Therefore, we have to overcome this problem by increasing the energy of the cricket pitch lights or by reducing the beam angle.
The brand of the LED chip also has a significant impact on the power. For example, OSRAM, CREE, are available in various models. Some LED chips have a brightness of 130 lumens/watt. We can reduce the power of the LED to 200 lumens/watt, but it will cost more.
The higher the brightness per watt, the more energy the LED bulb will save and the more money it will save for future operations.
If you want to save money, you must choose the right lamps. As long as it is flood lights for sporting grounds,If the wrong bulbs are chosen, the operating costs of the stadium lighting can increase. The led lights power consumption of metal halide lamps is approximately 400,000 watts. This results in a 24 hour lighting cost of 400,000 watts x 24 h x US$ 0.12/1000 = US$ 1,152. With a halogen light source, the lighting cost is 1 mw x 24 h x US$ 0.12/1000 = US$ 2,880. We can see that more power is used because of its low energy efficiency. What about LED bulbs when a 1,000,000 Watt halogen bulb is used to make a metal halide lamp of the same brightness?
Our 100,000 W LED is equivalent to a 400,000 W halogen bulb and 1 million W of HID. this makes the cost of lighting per 100,000 W $288. We can see the huge difference in running costs between LEDs and conventional light sources. By converting LEDs into light emitting diodes ,we can greatly save cricket stadium lights cost
Our company's cricket flood lights come in a variety of options for you to choose such as: Slim Pro series, Slim Max & Plus series, and ProE series. The luminous efficacy ranges from 160lm/w to 190lm/w, and the power range of 200w-1440w can meet All your needs. The cricket flood lights of SunetchLEDs have many advantages, their installation angle can be adjusted, light weight and easy to transport,It has good anti-glare function, good heat dissipation performance, long life and low maintenance cost etc,we will explain in detail below. In addition, cricket flood lights are widely used, such as Airports, Golf course, Sport Fields, Stadiums,Shopping Centers, Expressways,Industrial Facilities and Railway Terminals etc, all of these places can be used.
The strong light emitted by the lamps will not only bring discomfort to the players and spectators, but also adversely affect the results of the game, and may even lead to the death of the players. Especially LED high-power LED, without special design, just looking at it will make people dizzy. We have adopted a patented anti-glare design to keep the amount of glare to a minimum.
The biggest nemesis of LED is temperature. High-intensity, long-term high temperature will cause damage to the LED chip, resulting in a decrease in luminous efficiency and a shortened lifespan. In response to this problem, our company has developed a heat dissipation system, which adopts an air convection structure, adopts light and thin heat dissipation, and is 40% larger than ordinary light bulbs, which can prolong the service life and reduce super light decay.
Slim Pries, Slim Max and ProE series LED stadium bulbs last up to 80,000 hours, which means if you use them 8 hours a day, that's over 27 years. You don't have to worry about buying new lights anymore, and you don't have to consider the cost of repairing and maintaining again.
DIALux is a high-quality software that can simulate the illuminance, lighting uniformity, glare degree, etc. of sports venues. Thereby greatly increasing the accuracy. We are able to estimate and optimize the power required by the course. In this way, too much power can be avoided, resulting in a waste of electricity.
As can be seen from the above, LED is by far the best choice. Its brightness, uniformity, energy efficiency and durability are all appropriate. Our company has extensive experience in the design of led sports field lighting, tennis courts field lighting and cricket pitches field lighting and is able to estimate and optimise the floor space of cricket grounds. This avoids using too much power, which can result in wasted electricity.
Our LED lighting products are excellent. In addition, there is a range of LED lighting to suit different budgets. Save your time, save unnecessary costs and increase your profits. For further information, please contact our company with details.