How to Charge Panasonic Battery and Its Charging Method

Many users don't understand how to charge Panasonic batteries and how to charge them. The staff of Panasonic batteries introduce us the charging methods and ways of Panasonic batteries. First, introduce the charging method of Panasonic battery: the normal range of charging rules of Panasonic battery: please use the active voltage and current limiting charging equipment with excellent function.

When the load of Panasonic batteries changes in the normal range, the charging equipment should reach a voltage stabilization accuracy of <1%. The charging equipment of Panasonic batteries should be able to meet the charging requirements specified in this specification. Do not stop floating charge during non-operating time of floating charge operation; fine vulcanization of batteries will reduce the capacity of batteries, increase the internal resistance of batteries, and in severe cases, the electrodes will fail to charge.

Fine battery vulcanization, there are still some ways to make it recover, severe use of the usual charging method can not recover capacity, Panasonic battery needs pulse seizure equipment to recover capacity. Matsushita battery dehydration and positive plate softening have external characteristics. The method to distinguish whether Panasonic batteries can be vulcanized or not is usually to use pulse capacity rehabilitation device to stop pulse repair of Panasonic batteries. If the capacity increases, it will be vulcanized. If there is no little capacity increase, the reduction of battery capacity may be caused by other reasons.

One of the factors for determining Panasonic battery capacity

The size of Panasonic battery plate center distance also has a certain impact on the capacity, which can be analyzed from two aspects: one is to consider the impact of electrolyte volume on battery capacity; the other is to influence internal resistance through the change of plate center distance, thereby affecting the number of discharged batteries. When it comes to the effect of electrolyte volume on battery capacity, another concept closely related to the distance between the center of the plate is introduced: the distance between the plates, which refers to the distance between adjacent plates of different polarities in a battery. It is well known that the amount of acid in the pore of the active substance in the plate is far from enough for the electrochemical reaction of the active substance. It is reported that the amount of acid in the plate of Panasonic battery is only 10% of the total amount of the active substance involved in the electrochemical reaction. In the current design criteria of VRLA batteries, not only free electrolytes are not allowed to exist, but also acid content in battery separators can not be saturated, and 5%-10% holes must be left as oxygen recombination channels.