Cylindrical Cell Machine Line
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Prismatic Cell Machine Line
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Formation & Sorting Cabinet
Battery Cell Sorter Battery Sorting Machine For Cylindrical Cell, Pouch Cell And Prismatic Cell
EQUIPMENT CHARACTERISTICS
In battery production, ensuring uniformity in performance across batches is crucial to guaranteeing reliability and efficiency in battery packs. Variations in the manufacturing process can lead to differences in battery performance within the same batch. The divider cabinet addresses this challenge by performing comprehensive testing through charging and discharging cycles to measure critical parameters such as capacity, internal resistance, and voltage. Based on these measurements, batteries are categorized into different grades or classes, optimizing overall battery pack performance and reliability.
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Advanced Technology
The divider cabinet utilizes a high-frequency transformer for safe electrical isolation and efficient conversion across a wide range of voltages and currents. This technology ensures operational safety and reliability, particularly in environments requiring high current and low voltage conditions during testing and sorting processes.
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Efficient Energy Management
Featuring a non-isolated bi-directional DC/DC structure, the cabinet facilitates high-efficiency energy feedback to the power grid. This capability enhances energy utilization and reduces operational costs, contributing to sustainable manufacturing practices.
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Environmental Benefits
Significant improvements are made to the working environment within chemical formation and battery sorting facilities. By optimizing energy consumption and eliminating the need for ventilation pipes, the divider cabinet promotes a cleaner and safer workplace environment. This not only reduces operational costs but also enhances worker safety and comfort during production processes.
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In Conclusion
The integration of these advanced features in the divider cabinet underscores its role in enhancing quality control and optimizing battery performance in production. By accurately assessing and categorizing batteries based on stringent performance metrics, manufacturers can deliver consistent and reliable battery packs suitable for a wide range of applications, from consumer electronics to electric vehicles and renewable energy storage systems. This systematic approach to testing and classification ensures that each battery meets or exceeds performance expectations, contributing to the advancement of battery technology and sustainable energy solutions.
SPECIFICATION OF EQUIPMENT
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Product |
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Model |
WS-YZFRG |
WS-RBFRG |
WS-LKFRG |
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Power supply |
AC380V/50Hz |
AC380V/50Hz |
AC380V/50Hz |
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Power |
12KW |
12KW |
12KW |
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Compressed air |
0.5~0.8MPa |
0.5~0.8MPa |
0.5~0.8MPa |
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Equipment weight |
≈350KG |
≈350KG |
≈350KG |
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Equipment dimensions |
L1650*W550*H1900(mm) |
L1650*W550*H1900(mm) |
L1650*W550*H1900(mm) |
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Charging voltage range |
0~4500mV |
0~4500mV |
0~4500mV |
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Discharging voltage range |
1000~5000mV |
1000~5000mV |
1000~5000mV |
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Voltage accuracy |
±0.05% f.s+±0.05%RD |
±0.05% f.s+±0.05%RD |
±0.05% f.s+±0.05%RD |
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Charging and discharging current range |
100~10000mA |
100~10000mA |
100~10000mA |
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Current accuracy |
±0.05% f.s+±0.05%RD |
±0.05% f.s+±0.05%RD |
±0.05% f.s+±0.05%RD |