IG3115CL 1-10KW Pure Sine Wave Output Power Inverter (Solar Panel Inverters,Solar Panel...)

IG3115CL 1-10KW Solar Panel Inverters Key Features:

1. Pure Sine wave Output
2. The charging current is big up to 70 A
3. Output Power Factor is 0.9-1
4. Auto change AC-DC
5. Full automatic and silent operation
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. Could be setting frequency by LCD display for 50hz or 60hz

IG3115CL 1-10KW Solar Panel Power Inverter Applications:

Supply the reliable long back up time power for the Home appliances and office appliances (For example: DVD, Fan, TV etc)

SEO Article

Centralized solar panel inverters are generally used for large-scale photovoltaic power station (>10kW) system, many photovoltaic parallel string is connected to a single centralized solar panel power inverter DC input terminal, the power is generally use three-phase IGBT power module, the smaller power using field effect transistor, and the DSP conversion controller to improve the output power quality, make it very close to the sine wave current. The biggest characteristic is that the system is of high power and low cost. However, the matching and partial shading of the PV system can lead to the efficiency of the photovoltaic system and the electric capacity. At the same time, the reliability of the whole photovoltaic system is affected by the bad state of the working state of a photovoltaic cell. The latest research direction is the use of space vector modulation control, as well as the development of new solar panel inverters topology connection in order to obtain high efficiency in the case of partial load. Solarmax centralized solar panel power inverter can be attached to a photovoltaic array interface box, of each bunch of photovoltaic panels on monitoring, such as the one with a string is not working properly, systems will take this information was transmitted to the remote controller. At the same time, through the remote control to put this on to stop working, so as not to because of a string of PV on the fault and reduce and affect the whole of the photovoltaic system, the work and the energy output.