multipurpose telecom battery online manufacture

48V1050WH Telecom Backup Batteries Deep Cycle Battery Product Description Product Name GH 48V 1050Wh Module Serial parallel mode 14S1P Rated Capacitance 1500F Energy Storage 1050Wh Rated Voltage 48V Maximum ... Read More

High Energy Super Capacitor Battery 2.7V 30000F 60*74 mm High-power Super Capacitor Battery Pack Main Applications Electric propelling applications Automotive energy system; low speed vehicle; intelligent robot... Read More

2.7V100000F Cylindrical Type Super Capacitor Battery Storage Model Low Temperature Performance And Fast Charge Model Name 2.7V100000F Super Capacitor Battery Cells Place of Origin Dongguan, Guangdong, China ... Read More

2.7V28AH Rechargeable Lithium Ion Battery Cylindrical Lithium Ion Battery for Energy Storage Model Name 2.7V28AH Rechargeable Lithium Ion Battery Place of Origin Guangdong, China Working Temperature -40 degree ... Read More

Aluminum Capacitor Fast Charge Supercapacitor Battery 4.2V 4000F For Vehicle Model number: C424000R Place of origin: Guangdong,Cn Brand name: GH or as customized Certification: CE/ROHS/IEC Application: Energy ... Read More

High Energy Super Capacitor Battery 2.7V 3000F 18*65 mm High Safety And Reliability - Nail Penetration Test: No Explosion, No Fire - Vibration Test: No Explosion, No Fire - Drop Test: No Explosion, No Fire - ... Read More

High Power Super Capacitor Cells Specification 2.7V 400F 35*60 mm High Safety And Reliability - Nail Penetration Test: No Explosion, No Fire - Vibration Test: No Explosion, No Fire - Drop Test: No Explosion, No ... Read More

Super Capacitor Cell 2.7volt 100000farad Solar Energy Storage Battery Power Supply Product name Super capacitor battery Specification: 2.7v 100000F Place of origin: Guangdong,CN Terminal: Screw Operating ... Read More

High Power Super Capacitor Cells Specification 2.7V 500F 35*65 mm TC27500LU Super Capacitor Battery Features - Fast charging - Small self discharge - High safety and reliabitity - Low temperature performance - ... Read More