Heat Dissipation and Cooling Heat Exchange Applications in New-Energy Photovoltaics, Wind Power, and Energy Storage (Inverter / Nacelle / Storage Cabinet)

The Cooling Challenge of New-Energy Equipment

PV inverters, wind power converters, and storage battery cabinets have high heat density at full load and are often deployed in harsh outdoor, desert, or offshore environments. Using a sealed internal-circulation air-to-air heat exchanger that transfers heat without exchanging air, paired with an ERB counter-flow core, dissipates heat efficiently while resisting dust and salt mist, safeguarding the lifespan of power devices and generation efficiency.

I. PV Inverter

• Hydrophilic aluminum foil heat exchange cores for PV inverter cooling, centralized PV base station energy-saving equipment for solar power generation;
• Total/sensible heat exchange cores for workshop cooling fans and fresh-air systems in the PV industry;
• Solar inverter heat exchangers, plate heat exchanger cores for cooling, rectangular aluminum foil.

II. Wind Power and Energy Storage

• Cross/counter-flow rectangular air-to-air heat exchangers, cooling cores for communication base stations and wind power heat dissipation;
• Customizable offshore power generation energy recovery cabinet cooling energy-saving devices, corrosion-resistant, high-temp, withstanding tens of kPa;
• New-energy power station base station radiators, PV inverter cooling cores.

III. Charging Piles and Storage Cabinets

• Customizable-size flow-direction radiators for charging pile base station cooling;
• Cabinet and server-room dedicated auxiliary cooling air-to-air plate heat exchangers for waste heat recovery;
• Sensible heat exchange cores, heat pump sludge drying waste heat recovery epoxy aluminum foil plate heat exchangers, data center internal/external circulation cooling systems.

Selection Comparison

Need a customized cooling solution for new-energy equipment? Use our online selection calculator, or contact us for a free assessment.