MG Energy Systems MGRS12S4P176, Руководство пользователя

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5 MODELS
5.1 Models and configurations
The RS series lithium-ion battery features 4 configuration varying in voltage and capacity. This makes
a system scaleable to the needs of the application. All configurations have the same enclosure
dimensions, safety features and components. For a complete overview of the specifications and
features of each configuration please refer to chapter 11.
Battery designation
As per IEC 62620 it is required to state a standard designation per battery module configuration. For
the RS series lithium-ion battery these are given in table 4.
Table 4 - Battery module designation as per IEC 62620
Article number Designation
MGRS12S4P176-xxx INP/593/355/323/[4P12S]M/-30+40/95
MGRS14S3P132-xxx INP/593/355/323/[3P14S]M/-30+40/95
MGRS16S3P132-xxx INP/593/355/323/[3P16S]M/-30+40/95
MGRS24S2P088-xxx INP/593/355/323/[2P24S]M/-30+40/95
Power connector options
Each of the configurations is available with Amphenol PowerLok™ 300 Series or Amphenol
PowerLok™ 500 Series power connectors. The difference of the power connectors is the handling of
the continuous current. See chapter 6.3.2 for details.
Ordering information
The power connector configuration can be ordered as following:

<Article number> – 300 for the 300 series connectors.

<Article number> – 500 for the 500 series connectors.
Example: MGRS12S4P176-300 or MGRS12S4P176-500
Battery strategy
The battery system can operate according two different battery strategies, namely default and
performance. The available capacity of the battery module is depending on the battery strategy. The
available capacity is expressed as a fraction of the rated capacity of the battery module.
Table 5 - Available capacity per battery strategy
Battery strategy Available capacity
[% of rated capacity]
Default 85 %
Performance 100 %
The rated capacity of each battery module configuration can be found in the technical specification
in chapter 11 of this document. A detailed description of the boundries related to the battery
strategy can be found in chapter 0.