5V 10A 256-Channel Lithium Cylindrical Cell Capacity Grading Machine with Adjustable Cell Tray & Energy Regeneration

5V 10A 256-Channel Lithium Cylindrical Cell Capacity Grading Machine with Adjustable Cell Tray & Energy Regeneration

 

I.Equipment Configuration List

II.Equipment Scope and Function

l Scope of application: Mainly used for cell grading, suitable for specific types of cells (cylindrical 32-40-46).

l Supported tests: Constant current charge, constant current-constant voltage charge, constant current discharge, rest, etc.

l Energy feedback:

Adopting energy-saving voltage reducing chip DC to DC (14V-5V) conversion method to improve conversion efficiency and synchronize

Rectification technology, with an output efficiency of 90%, can reduce workshop temperature.

The discharge adopts DC-DC, and the battery voltage is converted into DC 15V through a boost circuit during battery discharge,

Then DC (15V) - AC (220V) is connected to the grid, generating a large amount of heat through traditional battery discharge

Measure the amount of electricity recovered from DC-AC batteries while improving the temperature environment in the workshop.

III. Process Flow Diagram

Manual loading → Send process step → Process completion → Manual unloading

IV.Incoming Material Specifications and Compatibility

Applicable cells: Diameter 32/40/46 mm, height 80–155 mm

V.Equipment Description

Open-frame structure with four doors, 4 layers each, totaling 16 fixture trays.

Each tray holds 16 cells (16 channels), totaling 256 channels.

The equipment contacts the positive and negative poles of the cells for charge/discharge testing.

Device size: 1850mm(L)*600mm(W)*1850mm(H)

VI.Environmental Requirements

Power supply: AC 380V ±10%, 50Hz ±5%, max cabinet input power: 16KW (256CH)

Ambient temperature: 0–40°C

Ambient humidity: ≤75% R.H (no condensation)

Environment: No strong vibration, no corrosive or flammable/explosive gases

ESD protection: Grounding required with independent grounding port

VII. Technical Parameters