700W Portable Rechargeable Power Station Outdoor Power Station Dual Usb Port
1. Built-in lithium battery and intelligent circuit
2. Supply power for mobile phones, laptops, drones, small household appliances and other electrical equipment.
3. CE,ROHS,FCC,MSDS
Anytime Anywhere, 100% Energy
Specification
Battery Power | 700Wh lithium-ion battery |
Fully Charged Time | DC 24V/3.75A: about 8 hours |
Input Charging | Adapter DC24V/3.75A |
Solar Panel Input | 12.6V~24V/8A Max |
DC 12V Output | 1 x Cigarette Lighter: 9~12.6V/8A Max 2 x 5.5*2.1mm/DC: 9~12.6V/4A Max(Single port ) DC Rated Output Total: 200W MAX |
AC Output | Pure SineWave Output AC Continuous Output: 700W AC Max Output: 1400W@1 second AC Voltage: 110VAC±10% Output Frequency: 60Hz±5% |
AC Plug support | 2 x 2-pin US AC outlet |
USB output | 2*5V/2.4A,1*QC3.0 18W,1*TYPE-C 18W |
Operation temperature | -10℃-40℃ |
Lifecycle | 800 times |
Charge While Discharge | Support |
MultiSafety Protections | a. Short-circuit protection b. Over-current protection c. Over-voltage protection d. Low-voltage protection e. Over-load Protection f. Over-temperature protection g. DC output port Anti- input protection |
Certification | CE,FCC,ROHS,PSE,UN38.3,MSDS,ETL |
Accessories | 1 x 24V/3.75A Power Adapter 1 x AC Power cord-US standard AC 1 x MC4 cable 1 x car Cigarette cable 1 x User manual |
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.