Figure 3-7, Msh Current Flow - Charger Back-Off; Figure 3-8, Msh Current Flow - Load Support Aac; Figure 3-9, Msh Current Flow - Load Support Vdc - Magnum Energy MagnaSine Hybrid Owner's Manual

Charger Back-off – When the AC loads increase, the MSH-RE inverter reduces or stops the battery
charge current to allow the grid/generator to continue powering the AC loads.
Figure 3-7, MSH Current Flow – Charger Back-off
Load Support AAC – If AC loads are added that are above the capability of the grid/generator, the
MSH converts current from the battery and combines it with the current from the grid/generator
to power the additional AC loads.
Figure 3-8, MSH Current Flow – Load Support AAC
Load Support VDC – If the battery is being charged externally (i.e., solar, wind, or hydro), the
MSH converts any excess current from the battery to power the AC loads and reduce the current
from the grid/generator.
Figure 3-9, MSH Current Flow – Load Support VDC
© 2013 Magnum Energy, Inc.
MSH Inverter
DC Current
(Battery)
0A
AC Loads
(Medium)
+20A
MSH Inverter
DC Current
(Battery)
-10A
AC Loads
(Large)
+30A
MSH Inverter
DC Current
(Battery)
-20A
Operation
AC Current
(Grid/Gen)
-20A
AC Current
(Grid/Gen)
-20A
AC Current
(Grid/Gen)
-10A
AC Loads
(Large)
+30A
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