Solar Freezer
Solar Panel(180W),Battery(150AH),Controller(12V/15)
Power Consumption:80W
Capacity:318L
Input Voltage:12V/24V
Price Terms:FOB,CIF,EXW
Payment Terms: T/T,Western Union,MoneyGram,L/C
Minimum Order: Negotiatable
Delivery Port: Customized
Contact SupplierPackaging Detail: Carton for export. 24pcs/20GP,48pcs/40GP, 48pcs/40HQ.
Delivery Detail: 20days(1*20ft container)
318L Auto Defrost DC Compressor Solar Freezer
Model | BR318C4 |
Power Consumption | 80W |
Input Voltage | DC 12V/24V |
Capacity | 318 Liters |
Product Size(mm) | 1260(L)*670(W)*930(H) |
Carton Size(mm) | 1335(L)*705(W)*980(H) |
N.W./G.W.(KG) | 45/49 |
Loading Quantity | 24pcs/20GP,48pcs/40GP, 48pcs/40HQ |
Recommended solar system | solar panel(200W), battery(12V/150AH), controller(12V/15A) |
1. With double top door and door lock.
2. Inner wire basket for convenience of allocation.
3.Cooling performance :-18°C at 30°C ambient temperature.
4. Environment-friendly refrigerant R134a.
5. Automatically turn off at low voltage.
6. Connect with DC power source directly e.g. solar power source.
7. Connect with AC power source through the AC/DC adaptor.
8. It can be transferred freely from AC power source to DC power source.
1. Accessory: AC/DC adaptor.
Its' used to directly put the AC/DC adaptor in conventional 220V, then the refrigerator can work well without solar panels, battery, controller, This is the simplest method.
2. Accessory: solar panels, battery, and controller.
The solar panel converts sunlight into DC power or electricity to charge battery. This electricity (charge) is controlled via a solar controller which ensures that battery is charged properly and not damaged and that power is not lost/discharged. DC appliances can then be powered directly from the battery.
3. Accessory: charge controller, solar panel, battery, AC/DC auto transfer switch, AC/DC adaptor
Combine method#1 and method#2. It add a AC/DC auto transfer switch, when solar panel can't provide electricity, the auto transfer switch can automatic switching to AC electricity (110v/220v) .and when the solar panel can provide electricity, it will go back to DC solar power(12v/24v).