With battery age, internal resistance increases. The battery will suddenly interrupt as the internal resistance increases.

The temperature of each battery extends the safe use time and reduces the risk of fire in your machine rooms.

The battery life times are between 20-25C. External temperature can have a severe impact on the battery corrosion rate and battery damage.

By controlling string tension, it is possible to unlock the charging device and display the charging graphics.

The amount of energy obtained or provided for each string can be calculated by monitoring the string current.

The battery life is vital to the float charging voltage. Underfitting charging voltages can cause capacity loss.

Each VRLa, VLA, or Ni-Dc battery is measurable and communicated with the Modbus Protocol, with its internal resistance and temperature values.

The string current, ambient temperature, and humidity values are measured separately by using them for each string, and the communication with Modbus protocol is given.

As the system’s main component, the system gathers and interprets data from battery and string modules. The device records processed data.

All batteries can be monitored and controlled via a single interface using advanced software regardless of position and distance.