This equipment is employed during the research and production testing phases of electronic products to emulate the real-world output characteristics and behavior of actual batteries. It can effectively substitute real batteries, creating a virtual battery environment to validate the performance and responsiveness of products under various battery conditions.

The primary functionalities and applications of the NGI Battery Simulator encompass:

Battery Characteristics Simulation: The NGI Battery Simulator can replicate the charging and discharging characteristics, State of Charge (SOC), internal resistance, and other parameters of real batteries. This provides an accurate simulation environment for evaluating product performance across different battery scenarios.

Programmable Control: It can be programmed to control power output, discharge simulation, charge-discharge emulation, and more as needed. This enables the simulation of diverse usage scenarios and operating conditions, facilitating comprehensive testing of the products under examination.

High-Precision Measurements: The NGI Battery Simulator is equipped with high-precision voltage and current measurement capabilities, ensuring the accuracy and reliability of test results.

BMS Testing: In the development and testing of Battery Management Systems (BMS), simulating real battery conditions is crucial for validating the performance and stability of the BMS.

Testing of Electric Tools, 3C Electronics, etc.: This device finds extensive applications in the research and production testing of electric tools, 3C electronics (computers, communication devices, consumer electronics), and other battery-powered products. It ensures that these products operate as intended under various battery conditions.

In conclusion, the new NGI Battery Simulator provides our R&D team with a more efficient and precise approach for electronic product development and testing. It effectively emulates the behavior of real batteries, enhancing the testing process.