Energy Storage Battery Performance Test Equipment 120V 100A

Product Specification

Overview:

The Energy Storage Battery Performance Test Equipment is primarily designed for evaluating the performance of various types of energy storage systems, including mobile, home, industrial, and outdoor energy storage, as well as power lithium batteries and mobile base station backup power supplies, Utilizing advanced digital signal processing technology and high-precision sensors, this equipment can monitor the operational status and performance of batteries in real-time, assessing parameters such as voltage, current, capacity, dynamic internal resistance, and temperature. It supports a wide range of tests, including battery life aging, battery pack capacity, charging characteristics, discharge characteristics, charge retention capability, charge-discharge efficiency, and overcharge and overdischarge tolerance. The battery pack's charging and discharging processes can be precisely controlled through customizable comparison conditions, ensuring balanced operation.

The system comprises a bidirectional DC voltage converter (DC/DC module), a bidirectional AC/DC inverter, a control module, a power module, a cooling system, a data acquisition system (for individual cells, total voltage, current, and temperature), and an upper computer data processing system.

Application Scenario Settings:

Power/Energy Storage Battery Manufacturer

Scientific research institution

Electric vehicle manufacturers

Third-party Detection Institution

Dominant Performance

1. Charging efficiency is no less than 90%, and discharge efficiency is no less than 85%

2. The device is equipped with CAN and RS-485 communication interfaces, supporting customizable protocol loading and DBC protocol loading.

3. It supports signal judgment, display, and data recording functions.

4. Voltage accuracy is ±0.05% of full scale, current accuracy is ±0.05%, voltage resolution is 1mV, and current resolution is 1 mA.

5. The equipment features output overvoltage protection, output overcurrent protection, undervoltage protection, and bus overvoltage protection.

6. The number of upper machine steps is no less than 9999, the number of work steps is no less than 9999, and cycle nesting is no less than 9999.

7. A variety of data curve displays are available, supporting customer-defined configuration of curve displays.

8. Output ripple is no more than 1%

9. The charging voltage range is from 0V to 120V, and the discharge voltage is 6V.

10. The response time for current changes from 10% to 90% is no more than 10 ms, and the response time for charge and discharge current changes from -90% to 90% is no more than 20ms.

11. It supports independent control of individual channels.

Men-Machine Interation Interface:

1. Channel Display Interface

The device IP address list is displayed on the channel information page.

The channel information display interface is simple and generous.

Display information and data units can be set Working mode color can be set.

Process information can be displayed, and the test process is intuitive.

2. Data Analysis Interface

The left side of the data analysis interface is a curve, and the right side is a data list.

Curves or data can be displayed individually or simultaneously.

Historical data can be queried by date, device number, bar code and other information, and can be exported to EXCEL and other formats.

3. Flow Editing Interface

The flow editing interface adopts the script editing mode.

A wide range of work step types and cut-off conditions are available without limiting the number of work steps and cycles.

Support DBC data binding and import working condition files.

It has perfect global and simplex step protection conditions and recording conditions.

4. Channel Independent Control

Equipped with high-performance digital signal processor, with powerful floating-point calculation capability, multi-task real-time operation, assist processor auxiliary control unit.

All channels can be independently controlled, while supporting cross-device operation support multi-channel parallel master-slave synchronization technology, master and slave clock error<1ms.

5. High performance, technology and reliability

The voltage and current accuracy of the conventional model is 5%, and the customized model can reach 2 %. Supports automatic current classification. Current switching dynamic response≤5ms wave by wave current limiting technology, effectively prevent accidental overcurrent.

6. Easy Maintenance

Air enters the front of the module and exits the rear. All connections are located at the rear of the module. Beautiful and easy to maintain. Each module is independent and can be maintained independently.

Technical Parameters

AC Input

DC Input

System Parameter