Products

The Duct Type Air Conditioner adopts a hidden air duct installation method, which combines the air conditioning unit with the air duct supply, and can supply air to different areas according to the spatial layout. The common specifications of the product are 1-5HP, suitable for offices, restaurants, exhibition halls, factory office areas, sorting rooms and other places. The nominal power of a single photovoltaic module is 590W, and the photovoltaic power supply plan can be planned based on the building load, operating time, and roof conditions.

The Paulair Solar Energy Ceiling Air Conditioner adopts a concealed ceiling design and supports four-sided or eight-sided air discharge. The common specifications range from 2 to 5 HP. It is suitable for shops, offices, meeting rooms, and office areas in factories. The product combines the photovoltaic direct drive solution and can be customized according to the cooling requirements of the building, the daytime operation time, and the conditions for photovoltaic installation, helping commercial users make rational use of solar energy and optimize the electricity cost for air conditioning operation.

Container Refrigeration Room Aluminum Finned Tube fittings are suitable for scenarios such as low-temperature refrigeration warehouses, long-term storage warehouses, and food storage. They adopt natural convection for heat exchange, without the noise from fan operation, and have strong cold storage capacity and low dry consumption. Paulair can configure the heat exchange area according to the size of the cold storage, the temperature of the warehouse, and the usage requirements, and combine with the refrigeration system for project-based selection and customization.

Paulair Container Refrigeration Room Air Coolers are customizable, use forced convection for fast cooling and easy on-site installation, and offer electric or hot-gas defrost. Single-unit capacity is 1–30 kW, with 1–5 kW for small cold rooms, 5–15 kW for medium ones, and parallel units for large facilities. They suit high-turnover warehouses, distribution centers, food processing, quick-freezing and pharma cold storage.

The Container Refrigeration Room Centrifugal Compressor adopts the principle of velocity compression, which uses a high-speed impeller to obtain velocity for the refrigerant gas, and then converts some kinetic energy into pressure energy through a diffuser to achieve refrigerant compression. Unlike scroll, piston, and screw compressors, centrifugal compressors mainly rely on high-speed rotating impellers to increase gas pressure, making them suitable for large centralized refrigeration systems and projects with high refrigeration loads.

The Container Refrigeration Room Screw Compressor adopts the principle of volumetric rotary compression, which continuously compresses the refrigerant through the interlocking female and male rotors. Unlike the reciprocating structure of piston compressors, screw compressors complete continuous compression through rotor rotation, making them suitable for projects requiring large refrigeration capacity such as medium and large cold storage, cold chain logistics centers, food processing plants, and industrial process refrigeration.