AMON solar charger along with our inverter will have first priority solar charging. i.e., when it Is charging from solar, it will not charge from the mains. Also, when it is charging from solar and battery Is nearly full charged (for AMON Inverter this voltage is settable in menu), the inverter will start Working by disconnecting the mains bypass. So the solar power will go to the load through inverter and Also charge the battery (online function) if the solar current is more than the inverter current. If solar current is less than the inverter current, inverter will take the balance current from the battery.When the battery reaches the reserve charge (in AMON Inverter this value is settable), inverter will stop And mains will bypass, and the battery will be charged by solar. During nights, if the battery is not Charged from the solar, battery will charge from the mains but only to a certain percent (in AMON Inverter this value is settable) so the next day the battery can be charged from solar. If the battery is Fully charged using mains the previous night then the solar energy during the next day will be wasted.This way the first priority is always given to solar.
Features:
Technical Specifications
1.Rating : 800VA to 5 KVA.
2.Mains input : Computer mode : 180V to 250V Normal mode : 90V to 280V.
3.Battery volt 12 V to 72 V DC.
4.Input frequency : 45 to 55 Hz .
5.Output Frequency : 50Hz.
6.Output Voltage 230V +/-3%.
7.Inverter efficiency : 90%.
8.Wave form : pure sine wave .
9.Charging Technology : SMPS Type for Mains PWM / MPPT for Solar .
10.Over Load Capacity : 100% above the rated capacity.
11.Charging Current : Settable up to 15Ve.
12. Charger working range : 120 to 280 V AC mains input
Technical Specifications:
POWER |
4 KVA to 15k VA |
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BATTERY |
96 V to 360 V DC |
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WORKING MODE |
Solar priority / Grid priority Configurable as per site requirements |
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SOLAR |
Solar controller |
Multi-phase interleaved high frequency converter with active maximum power tracking |
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Switching device |
IGBT |
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Switching frequency |
60 KHz |
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Solar input voltage range |
320 V-1200 V DC |
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Maximum solar panel current |
= 60A |
= 100A optional |
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Maximum battery charging current |
25 A |
5 A - 60A selecta ble. = 100 A optional |
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MAINS |
Input low voltage |
130 V |
80 V- 180 V selectable |
Input high voltage |
265 V |
250 V - 280 V selectable |
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Input frequency range |
47 Hz-58 Hz |
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Output voltage |
Same as input voltage and frequency |
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Maximum battery charging current |
10A |
4 A - 12A selectable |
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Short circuit / Overload |
Input circuit breaker |
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INVERTER |
Inverter |
IGBT Inverter with transformer isolation |
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Switching frequency |
20 KHz |
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Output voltage |
220V ± 5 % |
200 V - 240 V selectable |
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Output frequency |
50.1Hz ±1% |
Crystal controlled |
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Output PF |
0.8 PF |
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Distortion |
5 % on linear load |
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Peak Efficiency |
90% |
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Overload |
120 % for 10 sec, 150 % for 4 sec, 200% for 2 sec. Shutdown after the specified delay |
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Overload warning |
85 % load |
70%-100% selectable |
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Short circuit |
Shut down |
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Auto restart |
3 times for battery low, Smart auto -restart for overload |
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PROTECTIONS |
Overload, Short circuit, Battery overcharge, B attery deep discharge, Over temperature |
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SWITCH |
ON, OFF, SCROLL / PAUSE |
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COOLING |
Forced air cooling with over tempe rature trip |
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ALARM |
Buzzer during Overload warning, Battery low warning and Trip |
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LED |
Mains status, Inverter status, Battery charger and fault |
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LCD |
Parameters |
Input volt, Output volt, Battery volt, Load percentage, Battery charging current, Solar panel voltage. Solar panel current, Total generated solar energy in KWh |
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General messages |
Inverter status |
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Warning messages |
Overload, battery low |
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Trip massages |
Overload, battery low, Over temperature. Critical hardware failure |
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OTHERS |
Ambient temperature |
0°C ~ 40°C |
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Ambient humidity |
10 % ~ 90 % (Non condensed) |
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Mechanical dimension |
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