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Endüstriyel enerji sistemlerinde süreklilik, tüm bileşenlerin uyumlu ve koruma altında çalışmasıyla mümkündür. Sunduğumuz çözümler, enerji iletiminden nihai kullanım noktasına kadar her aşamada güvenliği ve performansı esas alır:

Winack

  • Battery Balancing Devices

The battery balancing device is a high-precision battery test equipment used to eliminate voltage differences between different cells within the same battery pack. By charging and discharging all battery cells on the same series string, it ensures that the voltage difference of each cell approaches zero. This process performs cell balancing and extends the service life of the battery pack.

Multiple battery balancing devices can simultaneously charge or discharge individual battery cells without disconnecting cell-to-cell connectors. It supports balancing series-connected batteries. Cut-off conditions can be set based on voltage, current, or capacity values.

DATASHEET TALEP ET

Application Area

The battery balancing device is a high-precision battery test equipment suitable for the repair and maintenance of e-bike batteries, electric motorcycle batteries, car batteries, electric vehicle (EV) batteries, energy storage system (ESS) batteries, drone batteries, electric forklift batteries, and other battery types.

 

MODEL: WA-BTS-DB5V60A1CH300W
TEST CHANNELS: 1CH/Cabinet (Customizable)
VOLTAGE RANGE/CH: 5V ~ 1.5V (Customizable)
VOLTAGE ACCURACY: ±0.05% FSR
CURRENT RANGE/CH: 120mA ~ 60A (Customizable)
CURRENT ACCURACY: ±0.05% FSR
  1. Battery balancing devices in different cabinets are isolated from each other. This allows multiple cells within the same battery pack to be simultaneously charged and discharged for cell balancing; battery pack repair and maintenance operations can be performed.
  2. Each battery balancing device is controlled independently, and different test processes can be run simultaneously.
  3. This high-precision battery test equipment uses a four-wire measurement (Kelvin measurement) method to increase measurement accuracy.
  4. It has a modular design structure; commissioning (debugging) and maintenance operations are easy.
  5. Battery balancing devices in multiple cabinets can be operated in parallel via an interconnect (middle machine connection). This allows the current range to be increased.
  6. The high-precision battery test equipment has protection against battery reverse polarity connection.
  7. The software interfaces of the battery balancing device are designed to be clear and understandable; usage is easy and practical.
  8. The battery balancing device has powerful software protection functions such as over-voltage protection (OVP), under-voltage protection (UVP), over-current protection (OCP), over-charge capacity protection, and over-discharge capacity protection.