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Heatsink EP-01 For Photovoltaic Inverter

The EP-01 heatsink is engineered to meet the demanding thermal management needs of modern photovoltaic inverters, delivering exceptional performance with a heat dissipation capacity of up to 10kW. This advanced cooling solution is manufactured using a combination of skiving fin technology and embedded heat pipe techniques, ensuring optimal heat transfer and enhanced system reliability.
Crafted from AL1060 aluminum alloy and paired with high-purity C1020 copper heat pipes, the EP-01 provides excellent thermal conductivity and durability. The skiving process ensures a high-density fin structure, maximizing the surface area for effective heat dissipation, while the embedded heat pipes quickly transfer heat away from critical components, minimizing thermal resistance.

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    Skiving Fin Process & Embedded Heat Pipe TechnologyTongyu

    The skiving fin process is a precision manufacturing technique that involves carving fins directly from a solid aluminum block (AL1060) using specialized cutting tools. This creates highly dense, thin, and uniform fins with excellent thermal conductivity and mechanical strength. The skiving process ensures a seamless connection between the fins and the base, maximizing heat transfer efficiency.

    The embedded heat pipe technology integrates high-performance copper heat pipes (C1020) into pre-designed grooves within the aluminum base. These heat pipes are secured through precise fitting and thermal adhesive, ensuring robust contact and efficient heat transport. This combination of skiving fin and embedded heat pipes enhances overall cooling performance, making the EP-01 capable of dissipating up to 10kW of heat effectively.
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    Product DescriptionTongyu

    Application

    Photovoltaic Inverter

    Material

    AL1060+Cu1020

    Power

    10KW

    Process

    Skiving Fin & Heat pipe

    Application ScenariosTongyu 

    • vrthn5
      The EP-01 heatsink is specifically designed for photovoltaic (PV) inverters, making it ideal for high-power renewable energy systems. It ensures stable operation by effectively dissipating up to 10kW of heat, a critical requirement for modern inverters operating in demanding environments.

      With its skiving fin and embedded heat pipe design, this heatsink is perfect for solar farms, energy storage systems, and hybrid power plants where consistent cooling is vital for maximizing energy efficiency and equipment lifespan. Its robust construction and high thermal performance also make it suitable for industrial-grade energy management systems and outdoor installations exposed to fluctuating temperatures and harsh conditions.