gpelectric.com | [page 41]
OPERATION
4.5 POWER SHARING MODE 2
In generator mode:
• The power required by the appliances (fridge, TV, outlets) is
3600W
(30AAC x 120VAC) -
1.
• Shore power (utility or generator) is connected and
supplying 2400W
(20AAC x 120VAC) -
2.
• The inverter automatically switches on
and
supplies the remaining 1200W
(10AAC x 120VAC) of AC power
required to power the appliances -
3.
3600 Watts (30A x 120V)
Shore Power Only
(1) 2000W
of load power required (fridge, air conditioner, etc)
* IC-2000 operates in
Inverting Mode
(2)
Batteries are supplying all the load power required
2000W =
≈
186 ADC x 12VDC x 0.9 (Efficiency)
*
No Shore or Generator Power
ON
OFF
Generator Power
120/240 VAC
Main Panel
Sub Panel
120 VAC
120 VAC
240 VAC
ON
OFF
Main Panel
Sub Panel
120 VAC
120 VAC
240 VAC
* IC-2000 operates in
AC Pass Through Mode
(1) 3600W
of Load Power required (fridge, air conditioner, etc)
(2) 3600W
of shore or generator power used to supply all the load
power required
* Batteries are
not
being charged, all shore power is used for load power
ON
OFF
Generator Power
120 / 240 VAC
Main Panel
Sub Panel
120 VAC
120 VAC
240 VAC
(1) 3600W
of load power required (Fridge, Air Conditioner, etc)
*
IC-2000 operates in
&
Inverting Mode
(2) 2400W
(20AAC x 120VAC) of shore power is used to supply part of
the load power required
(3)
Batteries are supplying the remaining load power required =
1200W
ON
OFF
Main Panel
Sub Panel
120 VAC
120 VAC
240 VAC
Utility Power
120/240 VAC
Generator Power
120/240 VAC
2400W
2400W
1200W
1
2
0
0
W
2
0
0
0
W
2000W
3600W
3600W
3600 Watts
Load Power Required
6000W
4200W
(1) 4200W
of Load power required (fridge, air conditioner, etc)
*
IC-2000 operates in
&
Battery Charging Mode
(2) 6000W
of shore power available
(3) 4200W
used to supply the load power required
(4)
The remaining
1800W
(15AAC x 120VAC) of shore power is used to
charge batteries
at 100 Amps DC / hour
Power Sharing Mode
Generator Mode
Batteries Charging
Battery Discharging
2400W
Shore
1200W
Battery Bank
Battery Dis - Charging
Inverting Mode
AC Power Pass Through Mode
ON
OFF
Generator Power
120 / 240 VAC
Main Panel
Sub Panel
120 VAC
120 VAC
240 VAC
1800W
*
No load power required (fridge, air conditioner, etc)
(1)
operates in
Battery Charging Mode
(2) 1800W
(15 AAC x 120 VAC) of shore power used to
charge
the
batteries, this equates to
≈
100 ADC / hour
(with charger peak efficiency and max voltage charge set points)
Charging Mode
Batteries Charging
Up to 100 ADC / Hour
1
2
1
1
2
3
4
1
3
1
2
Utility Power
120/240 VAC
Utility Power
120/240 VAC
Utility Power
120/240 VAC
1
8
0
0
W
Batteries Charging
Up to 100 ADC / Hour
4200 Watts
(35AAC x 120VAC)
Shore Power Only
4200 Watts
Load Power Required
1
8
0
0
W
3600 Watts
Load Power Required
2000 Watts
Load Power Required
2000W
Battery Bank
Battery
≈
186 Amps DC / hour
2
2
IC Series
AC pass-through
AC pass-through
Discharging
Discharging