How to layout the heat dissipation structure?

​​The three-level heat dissipation system forms a closed loop of thermal management​​：

• ​​Modular heat dissipation​ ​: The thermal conductivity of aluminum-magnesium-zinc alloy box reaches 205W/m·K, 3 times faster than traditional materials
• ​​System-level flow diversion​ ​: The honeycomb air duct design increases the air flow rate by 120%, and the actual measured cooling in tropical areas is 8-12℃
• ​​Intelligent temperature control strategy​ ​: Built-in 50 temperature sensors, automatically switches active/passive cooling mode according to the environment

How to maintain stability in high temperature environments?

​​Three core technologies break through the problem of thermal decay​​：

1. ​​Graphene composite coating​ ​: Applied to PCB substrates, the thermal resistance value is reduced to 0.15℃·cm²/W
2. ​​Dynamic power regulation​ ​: At ambient temperature of 55℃, the system automatically reduces power consumption by 20% to maintain the display consistency
3. ​​Phase change energy storage materials​ ​: Implant paraffin-based material in the box interlayer, continuously absorbing peak heat for 4 hours

What are the differences in cooling solutions for special scenarios?

​​Customized heat dissipation design matches application requirements​​：

• ​​Sports stadium screen​ ​: Increase dustproof filter and IP65 protection to ensure heat dissipation efficiency >85% in dusty environment
• ​​Transparent display​ ​: Adopt a hollow structure design, maintaining 86% permeability while achieving heat dissipation performance of 2.5℃/W
• ​​Floor tiles interactive screen​ ​: 30mm convection space is reserved at the bottom, and the air exchange capacity is still maintained at 1.5 tons.

How to verify the heat dissipation effect after long-term operation?

From Southeast Asian humid and heat projects to Middle East desert cases, the three-year tracking data shows:

• ​​Temperature difference control​ ​: The surface temperature difference of the module is ≤2.5℃ to avoid regional chromatic difference
• ​​Extended lifespan​ ​: Every time 10℃ lowers the operating temperature, the LED light source life will be extended by 2.8 times.
• ​​Energy efficiency optimization​ ​: Intelligent temperature control system reduces overall energy consumption by 18%-22%

When choosing a heat dissipation solution, it is recommended to focus on the supplier's​ ​Thermal simulation test report​ ​and​ ​Actual environment operation data​ ​, truly achieve dual guarantees of display performance and equipment life.

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