- 17
- Aug
Solar Air Conditioner System
Product features
This system is the inventor of world’s first true Hybrid Solar air conditioner. Using Solar direct drive technology(SDDA). The Solar Hybrid unit
can use Solar DC generated power or mains AC generated power, or a combination of both as required. This means that the Hybrid requires NO
batteries, NO inverter, NO controller and need only a few PV panels to deliver a huge saving. Under optimum conditions, this can save up to 97% of your
mains power usage.
This system uses a VRF(Variable Refrigerant Flow)controller and frequency driver in conjunction with multiple sensors and an algorithmic
control circuit to raise and lower the unit’s capacity in real-time based on conditions as they change. Solar air conditioner are more
powerful and use less energy than a fixed speed air conditioner.
The SDDA will use as much solar energy as is available and this solar energy directly replaces the equivalent amount of AC power from the mains
provider. Under enough solar power conditions, This system can normal operation without AC generated power.
Product Details
PRODUCT SPECIFICATION SHEET | RC-ADC09GW-XA-R32 | RC-ADC12GW-XA-R32 | RC-ADC18GW-XA-R32 | RC-ADC24GW-XA-R32 | ||||
Items | Indoor | heat pump | heat pump | heat pump | heat pump | |||
Indoor | RC-ADC09G-XA-R32 | RC-ADC12G-XA-R32 | RC-ADC18G-XA-R32 | RC-ADC24G-XA-R32 | ||||
Outdoor | RC-ADC09W-X-R32 | RC-ADC12W-X-R32 | RC-ADC18W-X-R32 | RC-ADC24W-X-R32 | ||||
Power supply source | V/Ph/Hz | 220V-1-50Hz/220~240V-1-50Hz | 220V-1-50Hz/220~240V-1-50Hz | 220V-1-50Hz/220~240V-1-50HZ | 220V-1-50Hz/220~240V-1-50HZ | |||
DC | DC90-380V MAX.15A | DC90-380V MAX.15A | DC90-380V MAX.15A | DC90-380V MAX.20A | ||||
Rated Capacity | Cooling | W | 2500 | 3500 | 5000 | 7000 | ||
Heating | W | 2500 | 3600 | 5100 | 7200 | |||
Rated Power Consumption | Cooling | W | 690 | 1030 | 1520 | 2100 | ||
Heating | W | 713 | 980 | 1550 | 2180 | |||
Rated Running Current | Cooling | A | 3 | 4.7 | 6.9 | 9.3 | ||
Heating | A | 3.1 | 4.5 | 7 | 9.6 | |||
Max. Input Power | W | 1450 | 1870 | 2860 | 3800 | |||
Max. input Current | A | 6.6 | 8.5 | 13 | 17.2 | |||
SEER Cooling | W/W | SEER6.6 | SEER6.6 | SEER6.6 | SEER6.6 | |||
SCOP Heating | W/W | SCOP4.6 | SCOP4.6 | SCOP4.0 | SCOP4.0 | |||
Refrigerant | – | R32 | R32 | R32 | R32 | |||
Refrigerant Charged | g | 900 | 900 | 920 | 1260 | |||
Air Flow Volume | m3/h | 650 | 650 | 900 | 1200 | |||
Noise level (INDOOR) | dB(A) | 41 | 42 | 45 | 48 | |||
Noise level(OUTDOOR) | dB(A) | 50 | 50 | 52 | 56 | |||
Connect pipe | Thickness | mm | Ф6*0.5 | Ф6*0.5 | Ф6*0.5 | Ф6*0.5 | ||
Gas tube Diameter x Thickness | mm | Ф9.52*0.6 | Ф9.52*0.6 | Ф12.7*0.7 | Ф15.88*0.9 | |||
Compress or Paramete | Compressor Model | KSK103D53UFZ | KSN108D34UFZ | FTZ-SM151AXBA | KTM240D43UMT | |||
Drive mode | AC/DC | DC | DC | DC | DC | |||
type | Rolling Rotor Type | Rolling Rotor Type | Rolling Rotor Type | Rolling Rotor Type | ||||
Brand | GMCC | GMCC | LAMDA | GMCC | ||||
Capacity | W | 3120±5% | 3080±5% | 5780±5% | 7740±5% | |||
Input | W | 805±5% | 780±5% | 1320±5% | 2065±5% | |||
Rated current(RLA) | A | 5.7±5% | 5.4±5% | 6.0±10% | 9.4±10% | |||
Dimension | Outdoor | Net Dimension | mm | 795*290*555 | 795*290*555 | 795*290*555 | 860*304*733 | |
Packing Dimension | mm | 910*400*630 | 910*400*630 | 910*400*630 | 1005*450*820 | |||
Indoor | Net Dimension | mm | 895*203*300 | 895*203*300 | 1000*240*310 | 1130*245*320 | ||
Packing Dimension | mm | 965*275*370 | 965*275*370 | 1075*310*385 | 1195*310*390 | |||
Indoor unit weight (Net ) | Kg | 12 | 12 | 15 | 17.5 | |||
Outdoor unit weight (Net ) | Kg | 38 | 40 | 43 | 55 | |||
Loading gty (20/40Q/40HQ) | 90/176/194 | 90/176/194 | 79/160/180 | 50/105/120 |