Description

Power-One offers a wide range of battery charger systems for power requirements of 50 Watt up to 8000 Watt. For this purpose Power-One supplies temperature sensors and adapted power supplies. The batteries (lead acid batteries) are charged according to the battery temperature and the ambient temperature. If the battery is fully charged it is maintained at the float charge voltage which represents the optimum point for maximum available energy in case of need and optimum life expectancy of the battery. The type of sensor needed is defined mainly by three parameters: the nominal battery voltage (e.g. 24 V or 48 V), the temperature coefficient of the battery (e.g. –3.0 mV/K/cell) and the nominal floating charge voltage per cell of the battery at 20°C (e.g. 2.27 V/cell). The latter two are defined in the specifications of the battery given by the respective battery manufacturer.

Specifications and features

Power-One offers a wide range of battery charger systems for power requirements of 50 Watt up to 8000 Watt. For this purpose Power-One supplies temperature sensors and adapted power supplies. The batteries (lead acid batteries) are charged according to the battery temperature and the ambient temperature. If the battery is fully charged it is maintained at the float charge voltage which represents the optimum point for maximum available energy in case of need and optimum life expectancy of the battery. The type of sensor needed is defined mainly by three parameters: the nominal battery voltage (e.g. 24 V or 48 V), the temperature coefficient of the battery (e.g. –3.0 mV/K/cell) and the nominal floating charge voltage per cell of the battery at 20°C (e.g. 2.27 V/cell). The latter two are defined in the specifications of the battery given by the respective battery manufacturer.

Application Scenarios

Power-One offers a wide range of battery charger systems for power requirements of 50 Watt up to 8000 Watt. For this purpose Power-One supplies temperature sensors and adapted power supplies. The batteries (lead acid batteries) are charged according to the battery temperature and the ambient temperature. If the battery is fully charged it is maintained at the float charge voltage which represents the optimum point for maximum available energy in case of need and optimum life expectancy of the battery. The type of sensor needed is defined mainly by three parameters: the nominal battery voltage (e.g. 24 V or 48 V), the temperature coefficient of the battery (e.g. –3.0 mV/K/cell) and the nominal floating charge voltage per cell of the battery at 20°C (e.g. 2.27 V/cell). The latter two are defined in the specifications of the battery given by the respective battery manufacturer.

Comparison

Power-One offers a wide range of battery charger systems for power requirements of 50 Watt up to 8000 Watt. For this purpose Power-One supplies temperature sensors and adapted power supplies. The batteries (lead acid batteries) are charged according to the battery temperature and the ambient temperature. If the battery is fully charged it is maintained at the float charge voltage which represents the optimum point for maximum available energy in case of need and optimum life expectancy of the battery. The type of sensor needed is defined mainly by three parameters: the nominal battery voltage (e.g. 24 V or 48 V), the temperature coefficient of the battery (e.g. –3.0 mV/K/cell) and the nominal floating charge voltage per cell of the battery at 20°C (e.g. 2.27 V/cell). The latter two are defined in the specifications of the battery given by the respective battery manufacturer.

Power-One offers a wide range of battery charger systems for different power requirements. The temperature sensors and adapted power supplies ensure efficient charging according to battery temperature and ambient temperature. The float charge voltage is maintained for maximum available energy and optimum battery life expectancy. The specifications of the battery are defined by the nominal battery voltage, temperature coefficient, and nominal floating charge voltage per cell.

No specific disadvantages are mentioned.