The heat dissipation performance of stadium lights will affect the luminous stability and service life
by:Litel Technology
2022-05-14
The heat dissipation performance of stadium lights will affect the luminous stability and service life
For the use of stadium lights, the heat dissipation problem is as important as the optical problem. The heat dissipation performance directly affects the lighting stability and service life of the stadium lights. Therefore, in the case of the same power, the service life of the stadium lights mainly depends on the performance of the heat dissipation materials used in the lamps and the layout design of the lamps. When the outdoor stadium lights are used for a long time, some materials are easy to oxidize. As the temperature of stadium lights rises, these materials will be repeatedly oxidized at high temperature, the quality will be reduced, and the service life will be shortened. At the same time, because the lamp is switched on and off, it causes multiple thermal expansion and contraction, so that the strength of the material is shattered, and it is easy to cause the problem of light decay. At this moment, stadium lights can use an innovative application of LED special low-energy thermal resistance aluminum-based composite heat dissipation materials and product layout design, leading the same industry in LED stadium light heat dissipation technology, allowing its products to improve the power conversion rate of LED stadium lights At the same time, get rid of the chagrin of traditional stadium lighting.
For the use of stadium lights, the heat dissipation problem is as important as the optical problem. The heat dissipation performance directly affects the lighting stability and service life of the stadium lights. Therefore, in the case of the same power, the service life of the stadium lights mainly depends on the performance of the heat dissipation materials used in the lamps and the layout design of the lamps. When the outdoor stadium lights are used for a long time, some materials are easy to oxidize. As the temperature of stadium lights rises, these materials will be repeatedly oxidized at high temperature, the quality will be reduced, and the service life will be shortened. At the same time, because the lamp is switched on and off, it causes multiple thermal expansion and contraction, so that the strength of the material is shattered, and it is easy to cause the problem of light decay. At this moment, stadium lights can use an innovative application of LED special low-energy thermal resistance aluminum-based composite heat dissipation materials and product layout design, leading the same industry in LED stadium light heat dissipation technology, allowing its products to improve the power conversion rate of LED stadium lights At the same time, get rid of the chagrin of traditional stadium lighting.
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