Bingi 300wh power station+500w inverter

Supply time reference

Phone 5W= 60 times

Lights/Bulbs 3W= 100Hours

Laptop 60Wh= minimum 3 times full charge

Flash lights 10Wh= 30times

Ac/fan  27w@ level 1 =8hours plus

Smart tv  70w= 3hrs plus

300watts hour power station that charges your laptops, Ac/Dc fans, led bulbs, smart tvs within its output range,phones and gadgets

power bank takes about 8-11hrs to be fully charged…

Maximum output current via the cigarette port/ the attached satchet inverter is 130w per hour.

The power station comes with a factory fitted charger of 12v 3amps and it’s advisable not to charge and use with the factory fitted charger… however  to charge and use , your required to get a 12v 6amps charger supported by the device…

Charging:

1. the power station can be charged via electricity
2. the power station can be charged via solar panel ( 100w maximum)

NB: Charge and use is only  obtainable via electricity charge.

charging with solar panel, the output inverter must be detached to prevent damage.

Except your using 12v/24v output inverter.

the power station doesn’t support any item with consumption above 130w consumption per hour.

While the power station is in use, Make sure to recharge immediately it gets to 2 bar  for a prolonged lifespan…

leaving the device for a long period of time, make sure to always charge to 40-60 percent.

the device could get hotter when overloaded and it’s advisable not to overload and if you do, allow to cool before charging the device.

At point of purchase, Device is always tested and confirmed…

the company will not be liable to faults caused by negligence in line of usage of this device.

Battery Capacity: 300Wh =93,750mah

Battery Type: NCM

Net Weight: 5Kg

Dimension(L*W*H): 224*114*62mm)

DC output1: 5VDC/3A 15W

DC output2: 5VDC/2.4A 12W

DC output3: 12- 16V/ 10A( 130w via inverter)

Interface type: DC5525/C14 car refrigerator socket with two cores

Input power: 114W/ 19V6A

Output Voltage: 10-24V

• Factors Affecting Lifespan:
  • Frequent Fast Charging: Can shorten lifespan.
    
  • Extreme Temperatures: High or low temperatures can negatively impact battery performance and longevity.
    
  • Driving Habits: Deep discharging (running the battery from 100% to 0% regularly) can also accelerate degradation.