PV

Solar Air Conditioner

Solar-assisted AC for efficient cooling in off-grid areas.

  • DC inverter compressorRuns directly from solar during daytime
  • AC/DC auto-switchingSeamless grid backup when solar is low
  • 50-80% energy savingsCompared to conventional AC units
  • Fast cooling & heatingTropical-rated compressor and coils
Key Specifications
TypeDC inverter
Capacity9000 – 24000 BTU
FunctionCooling
FeatureSolar-assisted

Product Introduction

Our solar air conditioner uses a DC inverter compressor that can be powered directly by a PV array during daylight hours. When solar production drops, the unit automatically switches to AC grid power to maintain uninterrupted comfort.

By consuming solar-generated DC power at the source, the system avoids inverter conversion losses and reduces electricity bills by 50-80% compared with conventional air conditioners in sunny climates.

Available in split-wall and cassette configurations from 9,000 BTU to 36,000 BTU, it is ideal for homes, offices, schools, and telecom shelters in regions with high cooling demand and abundant sunshine.

Main Features

  • DC inverter rotary or twin-rotary compressor
  • Auto AC/DC switching with grid priority or solar priority modes
  • R32 or R410A refrigerant options
  • WiFi module for remote control via smartphone
  • Golden fin anti-corrosion evaporator and condenser coils
  • Sleep mode, timer, and turbo functions

Specifications

ModelCapacitySolar InputAC InputEERIndoor Unit
EP-SAC099000 BTU300-400 V DC220V 50Hz23.0Wall split
EP-SAC1212000 BTU300-400 V DC220V 50Hz22.5Wall split
EP-SAC1818000 BTU400-600 V DC220V 50Hz21.8Wall split
EP-SAC2424000 BTU400-600 V DC380V 3P20.5Floor/duct
EP-SAC3636000 BTU500-800 V DC380V 3P19.0Cassette

Item Details

Solar Operation

Direct DC
Compressor runs from PV array without battery.
Hybrid mode
AC grid supplements solar when irradiance is insufficient.
Priority setting
Solar-first mode maximizes bill savings.

Climate Performance

Tropical rating
Designed for ambient up to 55°C cooling.
Low voltage
Starts and runs at reduced capacity under weak sunlight.
Heating
Reversible heat-pump operation for winter use.

Installation Requirements

PV array
Typically 1.2-1.8 kWp per 12,000 BTU capacity.
Wiring
Dedicated DC cable from array to outdoor unit.
Mounting
Outdoor unit shade and ventilation clearance required.

Core Application Scenarios

  • 01Homes and apartments
  • 02Offices and classrooms
  • 03Telecom shelters
  • 04Island and remote buildings

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