Large Capacity 1000W Portable Solar Generator With Pure Sine Wave Inverter System
Battery temperature control; charging and discharging at the same time; with solar MPPT technology to fully use of sunlight; with insurance tube to guarantee the safty of transportation
Specification
Portable Solar Generator UAW1000 | Size: | 210*290*150MM |
Weight: | 9.8kgs | |
Input Voltage | 32-45V | |
32V: 8A by ac adapter | ||
32~45V: 8A max by solar panel | ||
Output Voltage | 4*USB 5V: 3A | |
2*12V: 10A max | ||
2*AC Output (110V or 220V pure sine wave) | ||
Load Power | 1000W | |
Capacity | 14.8V/67.5Ah ( 1000Wh) | |
Multi-Protection | Over-charged protection | |
Over-temperature protection (above 60℃ ) | ||
Over-load protection | ||
Over-voltage protection | ||
Short circuit protection | ||
Working Environment | Temperature | -20℃~60℃ |
Humidity | 90% (MAX) | |
Dust | Level 6 | |
Altitude | Under 2000M | |
Storage Environment | Temperature | 10℃~40℃ |
Humidity | 60% MAX |
Anytime Anywhere, 100% Energy
Packaging
Item -> 1000W 270000mAh Portable Power Station
Product size -> 210*290*150mm
Manner of packing -> carton box
QTY/ Carton -> 1 unit/ Carton
Carton N.W -> 9.8KG
Carton G.W -> 12KG
Carton size -> 420*290*295 mm
Remark -> OEM/ODM service offered, custom's own design packaging available.
Q&A
Q: Can you ODM or OEM?
A: Yes, OEM/ODM service offered, custom's own design packaging available.
Q: Can I get a lower price if I order large quantities?
A: Yes, cheaper prices with bulk orders.
Q: If the product is no fan for cooling, will it be safe?
A: The products are designed by top designers and use high-performance components. The products without fan are quieter and safer.
Q: How long can the product be stored?
A: Half or above of the battery, it can be generally stored for 6-12 months. It is recommended to charge it every three months.
Q: Can the product be discharged while being charged (output used)?
A: This product supports discharging while charging, and it can be used at the same time. When the output power is greater than the input power, the battery power is slowly reduced, and when it is reduced to the low battery state, the output is turned off.