High-Efficiency 20,000 BTU 48V DC Solar-Powered Split Air Conditioner

Description

The High-Efficiency 20,000 BTU 48V DC Solar-Powered Split Air Conditioner provides a practical cooling solution for homes, offices, shops, farms and remote buildings powered by compatible DC energy systems. The unit operates on a 48V DC electrical supply, allowing it to be integrated with a correctly designed solar-panel and battery installation. This makes it suitable for off-grid properties and areas where conventional electricity is unavailable or unreliable. With a cooling capacity of 20,000 BTU, the system is designed for rooms covering approximately 26–42 m². Actual cooling coverage may vary according to insulation, ceiling height, ambient temperature, sunlight exposure and room occupancy. The air conditioner has a rated power input of 1,100 W, providing high-capacity cooling while helping control energy consumption in compatible solar-powered installations. Its split-system configuration separates the indoor cooling unit from the outdoor compressor unit, supporting practical installation and quieter indoor operation. The solar panels, batteries, cabling, protection equipment and mounting accessories required to operate the system should be selected according to the installation conditions and desired operating time. Specifications Specification Details Model SLD-DCAC-20 Product Type Solar-powered DC split air conditioner Cooling Capacity 20,000 BTU Operating Voltage 48V DC Rated Power Input 1,100 W Recommended Cooling Area Approximately 26–42 m² System Type Split air-conditioning system Suitable Power Systems Compatible solar, battery and DC power systems Key Features Powerful 20,000 BTU cooling capacity Direct 48V DC operation Rated power consumption of 1,100 W Suitable for spaces of approximately 26–42 m² Compatible with properly configured solar systems Suitable for battery-powered installations Split-system air-conditioning design Practical for off-grid properties Helps reduce dependence on grid electricity Suitable for residential and commercial use Applications Residential homes Offices and workspaces Retail shops Farms and agricultural buildings Remote accommodation Off-grid properties Solar-powered buildings Small commercial facilities Backup cooling systems Areas with unreliable electricity