Application of ANC products in electric vehicles

The following practical application scenarios are mainlyANC-M ANC-MP ANC-I ANC-DCT ANC-NP ANC-DCI ANC-RP 
ANC-V ANC-ACYF ANC-W ANC-HF series，click to view specific parameters and choose the product you need. 

In a battery test platform, ANC high-precision current sensors play a crucial role. They are primarily used for accurately measuring the charging and discharging currents of batteries.

During the charging process, the sensor precisely monitors the inflow of current to ensure that it adheres to the optimal charging curve for the specific battery type. This helps prevent overcharging, which could lead to battery degradation or safety hazards.

When it comes to discharging, the sensor tracks the outgoing current, enabling the calculation of the battery's available capacity and power output. It also aids in detecting any abnormal current spikes or drops that might indicate internal battery faults such as short circuits or electrode damage.

Moreover, in a battery pack consisting of multiple cells, high-precision current sensors assist in cell balancing. By measuring the current of each cell, the system can adjust the charging or discharging rates to maintain uniformity among the cells, thereby prolonging the overall lifespan of the battery pack. 

In a motor drive test platform, ANC high-precision current sensors have diverse and significant applications. They are installed at key positions to accurately measure the current flowing through the motor circuit.

When the motor is operating, these sensors continuously monitor the input and output currents.During the startup phase, they provide crucial data about the initial current surge, which helps evaluate the motor's starting performance and the adequacy of the power supply. In the steady-state operation, the sensors enable the precise determination of the load current, allowing for an assessment of the motor's efficiency and power consumption.

Moreover, high-precision current sensors play a vital role in fault detection and protection. They can quickly sense any abnormal current changes, such as overcurrent due to a short circuit or excessive load. Once an anomaly is detected, the sensor signals can be used to trigger immediate protective actions like shutting down the motor or adjusting the drive settings to prevent damage to the motor and other components of the system. 

Additionally, the data from these sensors is essential for optimizing the motor drive control algorithm, ensuring smooth and efficient motor operation under various conditions and enhancing the overall reliability and performance of the motor drive test platform.

Motor Drive Test Bench

Battery Test Platform