Oil and Gas

OPzVOPzV

OPzV batteries are based on tubular plate technology and the fixing of the electrolyte as gel. The VRLA design assures trouble-free operation during its service life. 

 

OPzV.solarOPzV solar.power

Typical applications of HOPPECKE OPzV solar.power Solar-/Off-grid applications power supply for remote off-grid applications and isolated power networks, drinking water supply systems, healthcare facilities. Highest cycle life in VRLA design for continuous charge-discharge operations, even in partial stage of charge (PSoC) condition.

 

power.bloc OPzV

HOPPECKE power.bloc OPzV batteries are based on tubular plate technology and the fixing of the electrolyte in gel. The VRLA design assures trouble-free operation during its service life.

 

OPzV bloc solar.power

The OPzV bloc solar.power batteries are sealed stationary batteries with fixed electrolyte in gel. Designed for highest cycling capability, PSoC operation, long and reliable service life.

 

power.com SBpower.com SB - ESS

HOPPECKE power.com SB batteries are based on using flat plate technology and fixing the electrolyte inside glass mats (AGM). The ESS design guarantees highest performance and reliability.

 

power.com HCpower.com HC - ESS

HOPPECKE power.com HC batteries are based on using flat plate technology and fixing the electrolyte inside glass mats (AGM) . The ESS design guarantees highest performance and reliability.

 

power.com XC -ESS

Power.com XC batteries are based on the AGM design with ESS technology - optimised for high current discharge performance with extended service life and reliability.

 

net.powernet.power - ESS

HOPPECKE net.power batteries are based on the use of flat plate technology and the fixing of the electrolyte in glass mats (AGM).The compact design, the backwards carrying handle inside the battery lid, the standard dimensions which give a high compatibility particularly in the ETSI and 23” racks domain, offer an easy and stabile handling and a comfortable assembly. Like all AGM blocks, the net.power range is designed with ESS technology for optimal performance and service life.

 

ssolar.blocolar.bloc - ESS

HOPPECKE solar.bloc batteries are based on an optimised flat plate and an electrolyte fixed in glass mats (AGM). The design with ESS technology guarantees highest performance in partial stage of charge (PSoC) operation.

 

 

ESS Technology

A Detailed overview of the ESS Technology, which is related to all our batteries with AGM design.

FNC

In 1983, HOPPECKE introduced a nickel-cadmium battery, which is unique to date: the fibre structure technology, in short FNC® technology. This dense three-dimensional fleece structure was originally designed for such demanding applications as aviation and aerospace and electric and hybrid vehicles.

 

 

FNC VR

The extremely low maintenance FNC® VR battery is developed in line with the HOPPECKE proven fibre matrix plate technology. The addition of the special recombinant technology of this battery to the fibre plate design gives exceptional reliability in critical applications.

AquaGen premium.top

When the AquaGen® premium.top recombination system is used, the hydrogen and oxygen gases, which evolve during water decomposition, are recombined to water. THe refilling cycles of vented batteries are extended, even up to the service life of a battery. Maintenance cost and ventilation requirements are considerably decreased.

   

For further information, please visit www.hoppecke.com.

 
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