Explorer 100 Plus Power Station 99Wh
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Detail
ULTRA FAST RECHARGING
QUICK SOLAR CHARGING
128W Power Output
SAFETY FIRST
Carry-on Power for Flight
Palm-sized PowerAnywhere, Anytime
FAQ
Q1: Why does the output power momentarily drop to zero for 1 second when one USB-C port is charging a device and another device is plugged into the second USB-C port?
A: This is a normal occurrence. The Explorer 100 Plus will automatically readjust based on the charging requirements of the devices.
Q2: Why does my low-power device disconnect from charging mode while charging?
A: Press and hold the Display button to activate the low-current charging mode for continuous charging.
Q3: Why does the USB-C PD 100W max output port only output 45W of power for charging my device?
A: To achieve a maximum output power of 100W via USB-C, you'll need either the original USB-C charging cable or other USB-C cables capable that support 100W. Additionally, the device must have a maximum power support of 100W; otherwise, the output power will be limited to the maximum supported by the device. (e.g. If the device's maximum charging capability is only 45W, then the output will be limited to 45W for charging.)
Q4: Why does the Explorer 100 Plus consume power from my devices instead?
A: Devices with reverse charging capabilities occasionally experience instances of the energy storage being charged in reverse when connected to the USB-C port due to protocol issues. Reconnecting the devices several times usually restores normal operation.
Q5: Why does the Explorer 100 Plus, with a 100W charging power, only have a 40W power input?
A:1) USB-C 100W Input: To achieve a maximum input power of 100W via USB-C, you'll need a 100W USB-C wall charger along with either the original USB-C charging cable or other USB-C charging cables that support 100W.(100W USB-C wall charger is not included in the package.) 2) When the battery level is above 20% and under normal temperature conditions, the Explorer 100 Plus will charge at maximum power for the first 2 minutes. After 2 minutes, due to the characteristics of the LFP battery, a power reduction strategy is implemented to prevent the battery from remaining in a high-pressure state for an extended period. This transition aims to maintain a constant voltage to protect the battery's lifespan.
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