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150V (3/4/6/8/12CH)
TERTRON
Automotive Deep Cycle Electric Vehicle Industrial Laptop Li-ion EV High Precision Hybrid Lithium Battery Test Equipment
High Precision Li-ion Lithium Hybrid EV Electric Vehicle Deep Cycle Industrial Automotive Laptop Battery Test Equipment
Description
150V (3/4/6/8/12CH) Battery Pack Aging Cabinet is primarily used for lithium battery pack charge and discharge cycle testing. It measures key parameters such as charging protection voltage, discharging protection voltage, and capacity. The equipment features four test steps: charging, discharging, shelving, and cycling. Batteries can be tested according to the specified process by configuring these steps.
Key Features
- Controlled Environment - Battery formation cabinets provide a controlled environment for the formation process, which is a critical step in the production of rechargeable batteries. The cabinets are designed to maintain specific temperature and humidity levels throughout the formation process to ensure optimal battery performance and longevity.
- Modular Design - Many battery formation cabinets feature a modular design, allowing for flexibility in configuring the cabinet to accommodate different battery sizes, chemistries, and production volumes. This modular approach enables manufacturers to scale their production operations according to their needs.
- Multi-Channel Charging - Battery formation cabinets typically include multiple charging channels, allowing for simultaneous formation of multiple batteries. This multi-channel capability helps to increase productivity and throughput in battery manufacturing processes.
- Precise Control and Monitoring - Advanced control systems govern the charging process, regulating parameters such as voltage, current, and temperature with precision. Real-time monitoring capabilities allow operators to closely monitor the formation process and make adjustments as needed to ensure optimal results.
- Safety Features - Safety is paramount when working with batteries, especially during the formation process involving charging and discharging cycles. Battery formation cabinets are equipped with safety features such as overcharge protection, short circuit protection, and thermal monitoring to prevent accidents and ensure operator safety.
- Data Logging and Analysis - Many battery formation cabinets are equipped with data logging capabilities, allowing for data collection on key parameters throughout the formation process. This data can be analyzed to optimize the formation process, improve battery performance, and troubleshoot any issues that may arise.
- User-friendly Interface - The interface of battery formation cabinets is designed to be user-friendly, allowing operators to easily program and control the formation process. Intuitive controls and touchscreen interfaces make it simple for operators to set up and monitor the formation process.
- Integration with Manufacturing Systems - Battery formation cabinets can be integrated with other manufacturing systems, such as production line automation software and quality control systems, to streamline the overall battery manufacturing process and ensure seamless operation.
 Modular Design |  Multi-Channel Charging |  Safety Features |  Data Logging & Analysis |  Integration Systems |
Product Parameters
| Equipment Structure | |||||
| Model | 150V60A-12CH | 150V100A-8CH | 150V120A-6CH | 150V200A-4CH | 150V240A-3CH |
| External Dimension | 670×850×1670mm | Case Color | Standard off-white (customizable) | ||
| Single Channel Output Power | 9000W | 15000W | 18000W | 30000W | 36000W |
| Current Response Time | ≤20ms (≤10ms optional) | ||||
| Input Power Supply | 380VAC±10%, three-phase and five-wire, frequency: 50Hz±5Hz | ||||
| Input Power | 130KW | 140KW | 130KW | 140KW | 130KW |
| Input Resistance | ≥10MΩ | Power Accuracy | 0.05% | ||
| Equipment Parameter | |||||
| Charging Voltage | 0-150V | ||||
| Discharge Voltage | 25V-150V（25V is the device port voltage） | ||||
| Charging & Discharging Current | 150mm-60A | 300mm-100A | 300mm-120A | 600mm-200A | 600mm-240A |
| Voltage Accuracy | ±(0.05%RD+0.05%FS) | Current Accuracy | ±(0.05%RD+0.05%FS) | ||
| Voltage Resolution | 0.1mV | Current Resolution | 0.1mA | ||
| Software Function | |||||
| Channel Control Mode | Single point of independent control | ||||
| Communication Mode | RJ-45(Network Port) | ||||
| Charging Mode | Constant current charging CC, constant voltage charging CV, constant current and constant voltage charging CCCV, no impact during constant current and constant voltage conversion | ||||
| Charging Cutoff Condition | Time, voltage, current, capacity, etc | ||||
| Discharge Mode | Constant discharge CD, constant power discharge CP, constant voltage discharge | ||||
| Discharge Cutoff Condition | Time, voltage, current, capacity, etc | ||||
| Number of work steps In a single cycle | Max 9999 | Sampling Time | 1000mS | ||
| Circuit Structure | Modular structure design, easy to replace and repair | ||||
| Recording Time | The format is h, min, and S | ||||
| Software and hardware protection | Battery reverse connection, overcurrent protection, overvoltage protection. | ||||
Automotive Deep Cycle Electric Vehicle Industrial Laptop Li-ion EV High Precision Hybrid Lithium Battery Test Equipment
High Precision Li-ion Lithium Hybrid EV Electric Vehicle Deep Cycle Industrial Automotive Laptop Battery Test Equipment
Description
150V (3/4/6/8/12CH) Battery Pack Aging Cabinet is primarily used for lithium battery pack charge and discharge cycle testing. It measures key parameters such as charging protection voltage, discharging protection voltage, and capacity. The equipment features four test steps: charging, discharging, shelving, and cycling. Batteries can be tested according to the specified process by configuring these steps.
Key Features
- Controlled Environment - Battery formation cabinets provide a controlled environment for the formation process, which is a critical step in the production of rechargeable batteries. The cabinets are designed to maintain specific temperature and humidity levels throughout the formation process to ensure optimal battery performance and longevity.
- Modular Design - Many battery formation cabinets feature a modular design, allowing for flexibility in configuring the cabinet to accommodate different battery sizes, chemistries, and production volumes. This modular approach enables manufacturers to scale their production operations according to their needs.
- Multi-Channel Charging - Battery formation cabinets typically include multiple charging channels, allowing for simultaneous formation of multiple batteries. This multi-channel capability helps to increase productivity and throughput in battery manufacturing processes.
- Precise Control and Monitoring - Advanced control systems govern the charging process, regulating parameters such as voltage, current, and temperature with precision. Real-time monitoring capabilities allow operators to closely monitor the formation process and make adjustments as needed to ensure optimal results.
- Safety Features - Safety is paramount when working with batteries, especially during the formation process involving charging and discharging cycles. Battery formation cabinets are equipped with safety features such as overcharge protection, short circuit protection, and thermal monitoring to prevent accidents and ensure operator safety.
- Data Logging and Analysis - Many battery formation cabinets are equipped with data logging capabilities, allowing for data collection on key parameters throughout the formation process. This data can be analyzed to optimize the formation process, improve battery performance, and troubleshoot any issues that may arise.
- User-friendly Interface - The interface of battery formation cabinets is designed to be user-friendly, allowing operators to easily program and control the formation process. Intuitive controls and touchscreen interfaces make it simple for operators to set up and monitor the formation process.
- Integration with Manufacturing Systems - Battery formation cabinets can be integrated with other manufacturing systems, such as production line automation software and quality control systems, to streamline the overall battery manufacturing process and ensure seamless operation.
Modular Design | Multi-Channel Charging | Safety Features | Data Logging & Analysis | Integration Systems |
Product Parameters
| Equipment Structure | |||||
| Model | 150V60A-12CH | 150V100A-8CH | 150V120A-6CH | 150V200A-4CH | 150V240A-3CH |
| External Dimension | 670×850×1670mm | Case Color | Standard off-white (customizable) | ||
| Single Channel Output Power | 9000W | 15000W | 18000W | 30000W | 36000W |
| Current Response Time | ≤20ms (≤10ms optional) | ||||
| Input Power Supply | 380VAC±10%, three-phase and five-wire, frequency: 50Hz±5Hz | ||||
| Input Power | 130KW | 140KW | 130KW | 140KW | 130KW |
| Input Resistance | ≥10MΩ | Power Accuracy | 0.05% | ||
| Equipment Parameter | |||||
| Charging Voltage | 0-150V | ||||
| Discharge Voltage | 25V-150V（25V is the device port voltage） | ||||
| Charging & Discharging Current | 150mm-60A | 300mm-100A | 300mm-120A | 600mm-200A | 600mm-240A |
| Voltage Accuracy | ±(0.05%RD+0.05%FS) | Current Accuracy | ±(0.05%RD+0.05%FS) | ||
| Voltage Resolution | 0.1mV | Current Resolution | 0.1mA | ||
| Software Function | |||||
| Channel Control Mode | Single point of independent control | ||||
| Communication Mode | RJ-45(Network Port) | ||||
| Charging Mode | Constant current charging CC, constant voltage charging CV, constant current and constant voltage charging CCCV, no impact during constant current and constant voltage conversion | ||||
| Charging Cutoff Condition | Time, voltage, current, capacity, etc | ||||
| Discharge Mode | Constant discharge CD, constant power discharge CP, constant voltage discharge | ||||
| Discharge Cutoff Condition | Time, voltage, current, capacity, etc | ||||
| Number of work steps In a single cycle | Max 9999 | Sampling Time | 1000mS | ||
| Circuit Structure | Modular structure design, easy to replace and repair | ||||
| Recording Time | The format is h, min, and S | ||||
| Software and hardware protection | Battery reverse connection, overcurrent protection, overvoltage protection. | ||||
