Aeecestore Solar Charger Power Bank 668000mAh Portable Charger with USB-C in/Output PD 30W Fast Charging 5 Out Ports Battery Pack Built-in 32 Led Flashlights for iPhone Samsung Tablet (Black)

Solar Charger Has 66800mAh Large Battery Capacity , The Super Solar Battery Charger Allows You To Get Rid Of The Anxiety And Worries About The Depletion Of The Device Power Anytime And Anywhere 5 Output & 2 Input Ports: The Portable Solar Charger Is Equipped With 5 Output Ports And 2 Input Ports, Including 1 Typle C Input Port And 1 Micro Input Port. The Solar Cell Phone Charger Can Support Charging 5 Devices Simultaneously. Compatible With Most Of Smartphones, Earphones And Other Devices. 3 Modes Flashlight: The Solar Portable Charger Is Equipped With LED Flashlight. 3 Light Modes. Double Press The Button To Turn The Bright Mode On. Press The Button Once To Switch To Low Light Mode And Then Press Once To Strode Mode. Double Press The Button To Turn Off The Light On Any Modes. A Must Have For Camping, Hiking, Long Trips And Home Emergencies. Reminder :When The Solar Battery Bank Is Being Cared For, It Will Generate Current To Charge The Battery, And The Indicator Light Will Flash.Solar Charging Is Affected By The Instability Of Sunshine Intensity And Duration. The Solar Power Capacity Of The Product Is Very Large, So The Charging Will Be Very Slow And Should Be Used As An Emergency Function. For Daily Charging, Please Use A Charger With A Power Above 5V2A To Charge The Device. What You Get: 1 Solar Powered Power Bank, 1 Micro Charging Cable And 1 Type-C Cable 1 User Manual. We Provide A 90-day Warranty Service, Which Can Only Be Replaced But Not Repaired. If You Have Any Problems, Please Contact Us In Time. Note: 1.To Activate The Battery, Please Fully Charged Before Fist Use. 2. Please DO NOT Charge It All Day Nor Over Voltage. 3. Please DO NOT Leave The Solar Powered Charger In Car In Case Of High Temperature. The actual capacity of power bank may vary from the rated one due to energy conversion (typically 85-92%) and circuit losses (typically remaining 65-74%). This is common for all power banks. *(Powerbank Rated Capacity × 90% × 74%)/Device Battery Capacity≈Number of Charges