Heatsink EP-02 For Photovoltaic Inverter
Skiving Fin Process & Embedded Heat Pipe TechnologyTongyu
The EP-02 Inverter Heatsink incorporates advanced skiving fin technology and embedded heat pipe technology to ensure exceptional thermal performance and efficient heat transfer.
Skiving Fin Technology: The heatsink surface is processed using precise skiving to create multiple finely structured fins. Each fin is designed to maximize the surface area, improving airflow and enhancing the heat dissipation efficiency. This process not only boosts the cooling performance but also minimizes the size of the heatsink, making it ideal for high-density inverter systems.
Embedded Heat Pipe Technology: To further enhance heat transfer, the EP-02 heatsink integrates embedded heat pipes into the aluminum base material. This allows heat to rapidly and evenly spread across the surface, efficiently dissipating the heat generated by the inverter. The high thermal conductivity of the heat pipes ensures that heat is transferred quickly, preventing hotspots and ensuring uniform cooling.

Product DescriptionTongyu
Application |
Photovoltaic Inverter |
Material |
AL1060 |
Power |
8KW |
Process |
Skiving Fin & Heat pipe |
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The EP-02 Inverter Heatsink, with a cooling capacity of up to 8 kW, is ideal for a wide range of applications, including solar energy systems, renewable energy projects, and industrial power systems. It effectively manages heat to ensure reliable inverter performance, even in high-temperature environments, extending equipment lifespan.Solar Energy Systems: Perfect for residential, commercial, and industrial solar installations, maintaining optimal inverter temperatures.Renewable Energy Projects: Provides efficient thermal management for wind, solar, and other renewable energy systems.Industrial Power Systems: Supports high-power equipment such as electric vehicle charging stations, UPS, and power distribution systems.The EP-02 heatsink offers compact design and superior cooling performance, making it the ideal thermal solution for various energy systems.