Customization of Basic Performance Parameters:
Size and shape are customizable, and the tab center distance can be flexibly adjusted.
Voltage and Capacity: Single-cell voltage: 3.7V (standard voltage) / 3.8V (high voltage).
Rate and cycle life are optimized to balance energy density and cycle performance.
Material and Process Customization:
Positive and negative electrode materials: Lithium cobalt oxide (high energy density), ternary materials (nickel, cobalt, manganese, excellent overall performance), lithium iron phosphate (high safety and long life).
Manufacturing Process Optimization:
Lamination/Winding Process: Lamination is suitable for large-capacity, high-energy-density batteries, while winding improves production efficiency. Options are available based on specific needs.
Tab Design: Multiple tab leads reduce internal resistance. Tab materials (nickel, copper, aluminum) and welding processes (ultrasonic/laser welding) can be customized.
Protection Circuit Module:
Basic functions: Overcharge, over-discharge, short circuit, overcurrent, and temperature monitoring.
One-stop solution provides integrated "battery cell + BMS + structural design" services.
Supply Chain and Production Support:
Fast Prototyping: Manual prototyping cycle time is 7-10 days; sample cycle time for inventory cells is 5-7 days.
Production period: Stock cells is about 7-10 days; customized mass production cycle will be about 25-30 days.
Customization of Basic Performance Parameters:
Size and shape are customizable, and the tab center distance can be flexibly adjusted.
Voltage and Capacity: Single-cell voltage: 3.7V (standard voltage) / 3.8V (high voltage).
Rate and cycle life are optimized to balance energy density and cycle performance.
Material and Process Customization:
Positive and negative electrode materials: Lithium cobalt oxide (high energy density), ternary materials (nickel, cobalt, manganese, excellent overall performance), lithium iron phosphate (high safety and long life).
Manufacturing Process Optimization:
Lamination/Winding Process: Lamination is suitable for large-capacity, high-energy-density batteries, while winding improves production efficiency. Options are available based on specific needs.
Tab Design: Multiple tab leads reduce internal resistance. Tab materials (nickel, copper, aluminum) and welding processes (ultrasonic/laser welding) can be customized.
Protection Circuit Module:
Basic functions: Overcharge, over-discharge, short circuit, overcurrent, and temperature monitoring.
One-stop solution provides integrated "battery cell + BMS + structural design" services.
Supply Chain and Production Support:
Fast Prototyping: Manual prototyping cycle time is 7-10 days; sample cycle time for inventory cells is 5-7 days.
Production period: Stock cells is about 7-10 days; customized mass production cycle will be about 25-30 days.