Why Choose a Hybrid Solar Air Conditioner?
How does a hybrid solar air conditioner work?
A hybrid solar air conditioner uses solar panels as its primary energy source during the day.
When solar power is insufficient, the system automatically supplements energy from the utility grid to maintain continuous cooling.
No. Flowatt hybrid solar air conditioners can operate directly from solar panels without batteries, reducing system cost and maintenance.
Yes. At night or during cloudy weather, the unit automatically switches to grid power to ensure uninterrupted operation.
Coolng / Heating Fan Technical Specifications Comparison
| Product | AC power(V) | Recommended Room Size | DC power(V) | Cooling capacity (BTU) | Heating capacity (BTU) | Refrigeration input power (W) | Heating input power (W) |
|---|---|---|---|---|---|---|---|
| FLW-ACDC-9K | 208-230 50/60HZ | 10-20 m² | 80-380V | 9000 BUT | 9000 | 712W(262-1000W) | 705W(260-1200W) |
| FLW-ACDC-12K | 208-230 50/60HZ | 15-25 m² | 80-380V | 12000 BUT | 12000 BUT | 1000W(260-1550W) | 960W(260-1550W) |
| FLW-ACDC-18K | 208-230 50/60HZ | 20-35 m² | 80-380V | 18000 BUT | 18000 BUT | 1650W(560-1900W) | 1350W(400-1900W) |
| FLW-ACDC-24K | 208-230 50/60HZ | 35-50㎡ | 80-380V | 24000 BUT | 24000 BUT | 1860W(680-2600W) | 2050W(680-2600W) |
Coolng Fan Technical Specifications Comparison
| Product | Cooling Capacity | Recommended Room Size | AC Input Voltage | Solar PV Input Voltage | Max Solar Input Current | Cooling Power Consumption | Energy Efficiency Ratio (EER) |
|---|---|---|---|---|---|---|---|
| FLW-KF-26GW/ACDCB5 | 9,000 BTU (1,700-11,000) | 10-20 m² | 200-240V AC, 50/60Hz | 80-380V DC | ≤12A | 635W (130-1000W) | 14.17 Btu/W |
| FLW-KF-35GW/ACDCB5 | 12,000 BTU (2,300-13,200) | 15-25 m² | 200-240V AC, 50/60Hz | 80-380V DC | ≤12A | 1000W (260-1550W) | 12.0 Btu/W |
| FLW-KF-50GW/ACDCB5 | 18,000 BTU (6,500-19,200) | 20-35 m² | 200-240V AC, 50/60Hz | 80-380V DC | ≤12A | 1400W (400-1900W) | 11.0 Btu/W |
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