Τύπος πλαισίου Υψηλής τάσης μονάδα υγρής ψύξης LWA με αποτελεσματικές λύσεις ψύξης
Frame Type High Voltage LWA Liquid Cooling Unit | Efficient Cooling Solutions Our Frame Type High Voltage LWA Liquid Cooling Unit is designed for new energy systems, high-voltage power electronics, industrial equipment, and containerized thermal management applications requiring stable and energy-efficient liquid cooling performance. The system adopts a water-air heat exchange design, using ethylene glycol solution on the hot side and air on the cold side . An external Dry
Τύπος ντουλάπις Υψηλής τάσης μονάδα ψύξης υγρού LWA
Cabinet Type High Voltage LWA Liquid Cooling Unit | High-Efficiency Liquid Cooling Solutions Our Cabinet Type High Voltage LWA Liquid Cooling Unit is designed for new energy systems, high-voltage power electronics, industrial drives, and thermal management applications requiring reliable and intelligent liquid cooling performance. The system adopts a water-air heat exchange design, using ethylene glycol solution on the hot side and air on the cold side . An external Dry
Υψηλής τάσης υγρά ψύξης μονωμένα λύματα σωλήνων
LWA Insulated Pipeline | High-Voltage Liquid Cooling Insulated Piping Solutions Our LWA Insulated Pipeline system is specifically designed for liquid cooling applications in power electronics, energy storage systems, high-voltage equipment, and industrial thermal management systems. The system consists of two main components: hard pipes and tubes , providing reliable coolant transmission, excellent insulation performance, and long-term operational stability for high-voltage
Μονάδα ψύξης υγρών υψηλής τάσης LWA με μονωτές λύσεις ψύξης υγρών
Skid Mounted High Voltage LWA Liquid Cooling Unit | Modular Liquid Cooling Solutions Our Skid Mounted High Voltage LWA Liquid Cooling Unit is specially designed for new energy systems, high-voltage power electronics, industrial equipment, and containerized thermal management applications requiring reliable and energy-efficient liquid cooling performance. The system adopts a water-air heat exchange design, using ethylene glycol solution on the hot side and air on the cold side
