About Hoppecke Battery
• Founded in 1927, global marketing of more than 150 countries, Europe's ㇐ industrial battery manufacturer.
• More than 2,000 employees worldwide, annual revenue of 400 million euros.
• Annual production capacity of 2.4Gwh, headquartered in Brilon, Germany.
Advanced Technology - Air Disturbance System
• The electrolyte disturbance is caused by the simultaneous input of air into the electrode unit during charging, so that the advantages of this technology can save time, power and high battery charging and discharging efficiency.
• Hoppecke (trak® air) battery advantages: Reduce the number of charging, save 15% power, reduce 75% electrolyte consumption, short charging time, can be charged at any time
• The electrolyte disturbance is caused by the simultaneous input of air into the electrode unit during charging, so that the advantages of this technology can save time, power and high battery charging and discharging efficiency.
• Hoppecke (trak® air) battery advantages: Reduce the number of charging, save 15% power, reduce 75% electrolyte consumption, short charging time, can be charged at any time
• The electrolyte disturbance is caused by the simultaneous input of air into the electrode unit during charging, so that the advantages of this technology can save time, power and high battery charging and discharging efficiency.
• Hoppecke (trak® air) battery advantages: Reduce the number of charging, save 15% power, reduce 75% electrolyte consumption, short charging time, can be charged at any time
• The electrolyte disturbance is caused by the simultaneous input of air into the electrode unit during charging, so that the advantages of this technology can save time, power and high battery charging and discharging efficiency.
• Hoppecke (trak® air) battery advantages: Reduce the number of charging, save 15% power, reduce 75% electrolyte consumption, short charging time, can be charged at any time
Automatic watering system Aqua
Fill - Sealing plug is a mature technology and practical system. It is very easy to use. When the battery is hydrated, all the water inlets are connected together by the buoy sealing plug and when the water is added at the same time the liquid in the filled monomer rises the buoy, the sealing unit is stuffed into the water hole and the filling process is completed after all the cell buoys are topped.
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