The
active UNIT5 Cell-Balancing Technology
works in each SOC- and operational stage; with the help of decoupled
circulating currents, only those batteries get charged for which it is
necessary to achieve total system symmetry.
During this process the
strongest cells are referenced and not the weakest, as it is the case in
passive systems. The times of heat building-up through resistances, battery
damaging cell balancing processes during topping phases (taking days to
complete) – now belong in the past.
Active cell-equalizing allows a
number of controlling processes
to positively influence the
electro-chemical processes.
The scaleable U5 Active-Processing Technology consists of
additional components and interfaces
that are precisely tailored to the
system.
We are able to build a variety of different battery management
systems with active cell-balancing
for almost all important types of
batteries and capacitors:
- Lithium nickel cobalt (LiNiC02)
- Lithium cobalt mangan (LiNiMn)
- Lithium nickel aluminium (LiNiCoAlO2)
- Iron phosphate (LifeP04)
- Polymer (LiP0)
- Yttrium (LiFeYPO4)
- Titanat (Li2TiO3)
- SuperCaps-Kondensatoren (UlCaPa)
Whether in public transport,
automotive, the storage of solar and wind energy (autarky)
or net coupling
applications for supply of balancing energy (stabilisation of transformer
stations)
– the active Unit 5
battery management and SSG storage technology provide a competitive
advantage.
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Combined storage system technology
Licensing
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