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7
INTEGRATION REQUIREMENTS AND INSTRUCTIONS
7.1
Risk assessment
Integration of a battery system requires in any case an assessment of the risks. Depending on the
application, specific rules might apply.
MG Energy Systems can supply the necessary basic documentation for risk assessment.
NOTICE:
Before integration design check the applicable rules for the application where the
battery system will be integrated in.
7.2
Location
The location of the battery system needs special attention, since some regulatory categorize Lithium-Ion
battery systems as hazardous. Check for the local rules for the requirements of the battery system location
in the used application.
General recommendations and requirements for the battery space with respect to the battery module are as
following:
Make sure the battery space is in accordance with the applicable rules.
Keep the battery string connection cables as short as possible.
Make sure that the DC cabling of each parallel battery or string have the same cable lengths.
Ensure that the equipment is used under the correct operating conditions.
Environment
The battery modules must be placed in a space that is moisture free, non-condensing and protected against
fluid (water, oil etc.) ingress.
WARNING:
Moisture or water can damage the battery and its electronics. This might lead to
dangerous situations.
Thermal management
The LFP Series battery modules are air cooled (convection). Therefore ambient temperature in the battery
room directly affects the battery modules temperature.
Make sure there is sufficient air flow in the battery space to dispose the heat rejected by the
batteries and/or other equipment.
The most optimized ambient temperature for the batteries is around 25 °C
.
NOTICE:
Take into account the heat rejection of other equipment in the same space of the
batteries.
