The lithium battery energy storage system mainly consists of battery packs,
battery management systems (BMS), charging devices, and cooling systems. The
battery pack is the core part of the system, consisting of multiple lithium
batteries in series and parallel, responsible for storing and releasing energy.
BMS monitors and manages the battery pack to ensure safe operation of the
system. The charging device is responsible for charging the battery pack, while
the cooling system is used to keep the battery pack within the appropriate
temperature range.
The charging and discharging process of lithium batteries is achieved
through the movement of lithium ions between the positive and negative
electrodes. When charging, electrons are transferred from the external circuit
to the negative electrode, and lithium ions enter the electrolyte from the
positive electrode, pass through small holes in the separator inside the
battery, and finally combine with electrons to achieve charging. During
discharge, electrons are transferred from the negative electrode to the positive
electrode through electronic devices, while lithium ions enter the electrolyte
from the negative electrode, pass through small holes in the separator, and
finally combine with electrons to achieve discharge.
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