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1
GENERAL INFORMATION
1.1
GENERAL PRODUCT DESCRIPTION
Energy storage systems are based on high-quality, durable and high-performance Li-ion cells
(18650) from renowned manufacturers, which are characterized by their very high specific
energy and performance as well as good cycle stability without memory effect. Due to the
integral design and compact arrangement of the battery cells, battery modules have an
outstanding energy density. The patented technology enables a vibration-resistant, durable cell
contact (frictional connection) as well as a unique cooling via pole contacts, which guarantees a
homogeneous module temperature and a long service life. The use of aluminium core circuit
boards also ensures a robust design of the battery modules. Battery modules are available with
different active materials as well as in different sizes and shapes, so that overall the performance
characteristics, capacity, cycle stability and thermal behaviour can be individually adapted to
customer requirements.
The Battery Management System (BMS) is based on a dual safety structure with two separate
systems, thus enabling redundant operation. Due to complex algorithms that adapt exactly to
the cell behavior, the BMS provides an extremely precise determination of the state of charge or
a high degree of precision with regard to range prediction. The exact recognition of the current
cell losses and capacities allows a cell-individual aging determination and a precise, gentle load
regulation. By means of data recording and on-board black box functionality.
2
, STORAGE
SAFETY
With regard to the detailed safety and storage instructions, the information in the storage and
safety instructions (separate document) must be observed.
The battery system may only be used by persons who have sufficient knowledge of Li-ion
battery systems. A proper use within the boundary conditions specified by Probst GmbH must
be guaranteed. The battery system may only be charged with chargers provided or approved
in writing by Probst GmbH.
Do not touch metal contacts or electronic components, as they may be live. Do not connect
power or communication signals unless clearly stated in the operating instructions. Take
special care that the systems do not come into contact with water or are not exposed to a
humid environment. Do not touch the battery cells with metal parts or other hard objects, as
damage can lead to short circuits, overheating and exothermic chemical reactions.
AND USAGE INSTRUCTIONS
NOTE
DANGER
3
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