1.Built-in MPPT solar controller
2.Pure sine wave output
3.Low frequency design.
4.The charging current is big up to 85 Amp
5.Output power factor:s 0.9-1
6.Automatically transfer between battery and line modes
7.Microprocessor control guarantees high reliability
8.Remote control function
9.Four-steps intelligent charging control to recharging time
10.Bypass and bypass voltage regulation function
11.With AVR function (optional)
12.Mains/solar output priority level for the customer to choose .
13.Mains/solar/ mains & solar charging three mode of priorities for the customer to choose .
14.Battery type can choose from 0-9
Protection for low battery voltage、over load、output short circuit and over- temperature Restrain surge interference、eliminate noise、protection for thunder striking，provide the reliable power to the home appliances.
|Input wave form||Sine wave (utility or generator)|
|Normal voltage||120VAC(option) 230VAC|
|Low voltage re trip||90V±4% & 184V/154V±4%|
|Low voltage re engage||100V±4% & 194V/164V±4%|
|High voltage re trip||140V±4% & 253V±4%|
|High voltage re engage||135V±4% & 243V±4%|
|Normal input frequency||50Hz/ 60Hz (auto detection)|
|Frequency range||47Hz ~65Hz|
|Output Wave form||(Bypass mode)same as input|
|Over-Load Protection||Circuit breaker|
|Short circuit Protection||Circuit breaker|
|Efficiency on line transfer mode||>95%|
|Line transfer time||10ms Typical|
|Bypass without battery connected||Yes|
|Output wave form||Pure sine wave|
|Output continuos power watts||1000||1500||2000||3000||4000||5000||6000|
|Output continuos power VA||1000||1500||2000||3000||4000||5000||6000|
|Nominal Output Voltage rms||120VAC(option) 230VAC|
|Output Voltage regulation||+/- 10%rms|
|Output frequency||50Hz ± 0.3Hz or 60Hz ± 0.3Hz|
|Short circuit Protection||Yes ,fault after 1 secs|
|Nominal input voltage||12V/24V/48V|
|Minimum start voltage||10V/20V/40V|
|Low battery alarm||10.5V/21V/42V|
|Low battery trip||10V/20V/40V|
|High voltage alarm||16V/32V/64V|
|Output voltage||Dependent on battery type|
|Charge current||10-85A MAX|
|Battery initial voltage for start up||0-15.7v for 12v(*2 for 24v;*4 for 48v)|
|Over charge protection||15.7v for 12v(*2 for 24v;*4 for 48v)|
|MPPT Range@Operating Voltage||15VDC~150VDC / 25VDC~150VDC / 60VDC~150VDC|
|Maximum PV Array Open Circuit Voltage||150VDC|
|Maximum Charging Current||40A/60A|
|Standby Power Consumption||2W|
Some users have already installed solar power systems at home, of course, they installed solar inverter system for home. After the user installed the system, it is able to achieve self- sufficiency, do not need to worry about the lack of electricity or a trip to the power outage. It is required to check it regularly in the use of solar inverter systems for homes. Although its maintenance is relatively simple, but it can not be directly regardless. In general, users in the protection of solar power generation system need to do the following work:
1.Users need to remove dust for the solar inverter system for home. It will certainly accumulate too much dust after the system used for a long time, and the dust will affect the solar inverter systems for homes to collect solar energy, and then affect the power supply. Users only need to wash it, and then use a clean soft cloth to wipe it clean. Clean solar power generation system should not be selected in the sunny day, but in the rainy day.
2.Users need to detect the various modules of the solar inverter system for home, to see if they are normal. Users need to check the connection line contact, need to ensure that the solar power system in the normal plate connection. If you are not able to determine whether the connection line is damaged, you can use some testing tools to test.
3.Users need to constantly check the fastening screws in the solar inverter system for home. Because in its various devices, is a small screw, if the screw is loose, it will make some parts off.