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Smart Semiconductor Cooling for Enclosures & Energy Systems

Release Time: 2026-08-26

As electronic equipment becomes more powerful and compact, reliable temperature control is becoming increasingly important.

CXTECH’s Semiconductor Cooling Air Conditioner Series provides a compact solid-state solution for thermal management in enclosed environments.

The series currently includes 150W, 300W, and 600W cooling solutions, allowing customers to select the appropriate cooling capacity according to cabinet size and thermal load.

❄️ Three Cooling Capacities

CX-150W24V
• Cooling capacity: 168W
• DC24V
• Suitable for approximately 1 m³
• Compact design: 233 × 183 × 150 mm

CX-300W48V
• Cooling capacity: 316.8W
• DC48V
• Suitable for approximately 2 m³
• Size: 433 × 183 × 163 mm

CX-600W48V
• Cooling capacity: 657.6W
• DC48V
• Suitable for approximately 4 m³
• Size: 433 × 333 × 163 mm

🔧 Where Can They Be Used?

These semiconductor cooling systems are designed for applications such as:

🔋 Outdoor Battery Cabinets
📡 Communication Equipment Cabinets
⚡ Power Cabinets
🧪 Experimental Chambers
🏭 Industrial Enclosures
🌡️ Precision Temperature-Controlled Environments

The systems use thermoelectric cooling plates together with dedicated cold-side and hot-side heat exchangers and fans to create separate internal cooling and external heat-dissipation loops. Unlike conventional compressor-based refrigeration, semiconductor cooling uses no compressor and no refrigerant, making it a compact solid-state approach to enclosure temperature control.

The built-in TEC1-12708 cooling plate provides a maximum temperature difference of approximately 66–67°C under specified test conditions, while the system can be designed for an operating environment of -20°C to +70°C.

From Compact Cabinets to Higher Cooling Loads

Whether you need a compact solution for a battery compartment or a higher-capacity system for a larger electrical enclosure, CXTECH provides multiple cooling levels to match different thermal requirements.

150W → 300W → 600W

Different capacity.
Different enclosure size.
One thermoelectric cooling technology.