MG Energy Systems B.V. | Foeke Sjoerdswei 3 | 8914 BH Leeuwarden | The Netherlands
+31 (0)58 750 89 47 | [email protected] | www.mgenergysystems.eu
Innovation
in energy storage
NOTICE:
A significant decrease of cycle life will occur when the battery modules are used at
high ambient temperatures.
If forced air ventilation is used for the battery room please make sure the environmental specifications,
given in chapter 11, are met. Temperature difference should in no way cause condensation on the battery
module nor on other parts of the battery room.
Heat rejection
Table 10 shows the heat rejection versus charge and discharge rates. These values are based on a nominal
internal resistance of 6 mOhm.
Table 10 – Heat rejection versus charge/discharge rate.
Cooling system
Passive air cooling (convection)
Heat rejection
0.5 C = 118 W
1 C = 470 W
2 C = 1881 W
7.3
Placement
This chapter will explain the design requirements for placement of the battery modules.
Positioning the battery
The battery module may only be placed with the topside facing upwards. Figure 8 shows the only possible
position that is allowed.
Figure 8 - Mounting position
