| Model No | ADC09GW-XA | ADC12GW-XA | ADC18GW-XA | ADC24GW-XA |
| Power Supply: | ||||
| Solar Power | DC90-380V | |||
| AC Power Connected | 200-230V (50/60HZ) | |||
Sunpal Solar Air Conditioner Hybrid Energy System for Home Use
Product Features
Sunpal Solar Air Conditioner Hybrid Energy System for Home Use
Product Features
Hybrid ACDC System with 9000–24000 Btu Options
Use R32 Refrigerant
Energy Savings up to 100% During Daytime Operation
Direct DC Power from Solar Panels, Minimizing Conversion Losses
Hybrid AC/DC Operation Ensures Uninterrupted Cooling and Heating
Lower Carbon Footprint with Solar-Driven, Grid-Assisted Power
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Q :
1.Are solar-powered air conditioners effective in providing reliable cooling?
A :
Solar PV air conditioners operate on the same principle as conventional split systems, but utilize solar energy generated by photovoltaic panels instead of grid electricity. The required number of solar panels depends on the system's cooling capacity and local solar conditions.
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Q :
2.How many solar panels are needed to run an air conditioner?
A :
To calculate the solar panel requirements for an air conditioning system, you must evaluate both the AC unit's power consumption and the panels' output capacity. As a reference, a 1.5-ton AC typically needs 4-6 solar panels rated at approximately 580W each under optimal sunlight conditions.
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Q :
3. Does this air conditioner run entirely on solar power?
A :
Yes, it primarily uses solar DC power and automatically switches to grid AC when needed, ensuring continuous operation.
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Q :
4. What's the operating temperature range?
A :
It works efficiently from –15°C to +50°C outdoors and provides reliable performance in most climates.
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Q :
5.What capacities are available?
A :
Available in 9000Btu, 12000Btu, 18000Btu, and 24000Btu models to suit various room sizes and cooling/heating needs.
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Q :
6. Can this AC unit operate completely off-grid?
A :
Yes, it runs on solar DC power (90–380V) with optional AC backup (200–230V), making it perfect for off-grid homes.
