Learn more about the right industry solutions for you
If you order your service from ALVC, it will be carefully implemented by ALVC's professional team at ALVC's facilities to match your customization
IGBT heat dissipation application
IGBT module phase change fin air-cooled radiator
● Power
11Kw, air volume: 30m ³/ Min, pressure drop less than 500pa
● Product features
✓ Phase change heat transfer fins, with smaller heat transfer temperature difference;
✓ Hollow fins, lighter in weight;
✓ More efficient heat conduction can reduce the temperature of the heat source while reducing the weight of the product. It can also reduce the volume while ensuring the same heat dissipation effect; Or reduce wind resistance and save energy
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5G base station thermal solution
By 2025, the communication industry will consume 20% of the world's electricity. In mobile communication networks, base stations are the largest power consumers, and about 80% of the energy consumption comes from widely distributed base stations. More dense base stations mean higher energy consumption, which is a major cost challenge for 5G networks. The power consumption of 5G base stations is 2.5 to 4 times that of 4G base stations. From the perspective of thermal design, the heat generated by the base station increases, and the difficulty of temperature control rises sharply.
The 5G base station belongs to a multi-chip shared chassis for heat dissipation, which reduces the volume and weight of the product. The demand for thermal design of this type of product has evolved to improve heat transfer efficiency and reduce heat transfer thermal resistance as much as possible in the same space. A more reasonable fin form needs to be designed to match the high power consumption material level of the base station, and materials with lighter weight and better thermal conductivity are required. Roll bond plate and aluminum vapor chambers (ALVC) feature high thermal conductivity and light weight. So our aluminum vapor chamber and roll bond plate is the best choice for the fins of the radiator.
Below is our design for 5G base station heat sink (the fin used ALVC or roll bond plate)
Drone battery thermal solution
ALVC can be installed between the drone battery cell and transfer the heat to outside. This can keep battery in operation in lower temperature surrounding. Lower temperature can prolong battery life expectancy and cycle life for battery (cycle life is number of charge and discharge cycles that battery can complete before losing performance)
Aluminum vapor chamber inside (abbreviation ALVC)
ALVC directly contacts the heat source(LED chip), quickly transfer the heat from the heat source to the cooling fins, reduces the temperature of the heat source, Ensures the continuous operation of the LED lighting. Extend the life of LED and reduce light decay.











