18000 BTU solar split air conditioner for house
The biggest feature of solar air conditioner is its high efficiency and energy saving performance. It directly converts solar energy into electric energy for air conditioning through photovoltaic panels, which significantly reduces the dependence on traditional electricity. Traditional air conditioners rely entirely on the power grid for power supply, while photovoltaic air conditioners can run by solar energy during the day, effectively reducing the power consumption. This energy-saving method can not only reduce the cost of electricity, but also alleviate the burden on the power grid, especially during the peak hours of electricity consumption in summer. 18000 BTU is suitable for about 25-35 square meters of space.
Features:
1. Correctly install the air conditioner to better prevent dust and mildew
2. PV and battery complement each other in real time
3. E-Hybrid tech, realize High quality-price ratio
4. Dedicated inverter to achieve AC output when no use of air conditioner
5. PV panels input wide voltage, flexible combination of solar panels
6. Simple and convenient installation, the same as the conventional air conditioning installation
Working pattern:
The smart power management system is combined with the solar air conditioning system to obtain electricity directly from the solar panels and improve the solar utilization rate through high voltage solar controller (Energising route). The air conditioner will run on photovoltaic power, provided that the solar power generation meets its electricity needs; If the power generation is insufficient, it will be supplemented by batteries to ensure the continuous operation of the air conditioner
Specifications
Model | 18K | ||
Type | cooling&heating | ||
KAC-18GHABp-P101 | |||
Internal coding | A18N00000121 | ||
External coding | A18W00000157 | ||
Control type | remote | ||
Power supply | 208-230V~/50Hz/1P | ||
Rated cooling capacity | Btu/h | 18000(5000-19500) | |
Rated Heating capacity | Btu/h | 18000(5000-22000) | |
Rated current | Cooling | A | 8.8(2.3~9.6) |
Heating | A | 8.6(2.3~10.8) | |
Rated input | Cooling | W | 1760(500-2100) |
Heating | W | 1730(500-2350) | |
Indoor noise level at cooling | High | dB(A) | 44 |
Outdoor noise level | dB(A) | 55 | |
Connecting Pipe | Gas | mm | φ12 |
Liquid | mm | φ6 | |
Connecting Wiring | Size x Core number | 4×1.5MM ² | |
Suitable area | m2 | 20-30 | |
Net dimensions (W x H x D) | Indoor | mm | 922×295×217 |
Outdoor | mm | 780×329×602 | |
Net weight | Indoor | kg | 9.5 |
Outdoor | kg | 27.5 | |
Packing dimensions (W x H x D) | Indoor | mm | 974×361×277 |
Outdoor | mm | 888×416×672 | |
Gross weight | Indoor | kg | 13.5 |
Outdoor | kg | 31.5 | |
Loading Capacity | 40’/40’HC | 186 | |
Motor Rotating Speed RPM | Cooling | RPM | 1280 |
heating | RPM | 1250 | |
Indoor air circulation/Hi | m3/h | 800 | |
Tube Type | Triangular inner groove | ||
Tube Diameter OD mm | mm | 7 | |
Compressor Type | ROTARY | ||
Compressor Brand | GMCC | ||
Compressor Model | KSN140D33UFZ3 | ||
Controlling Refrigerant | R410A/930g |