IG3115CS 1-10KVA Pure Sine wave Output Inverter (solar system inverters)

Protection for low battery voltage、over load、output short circuitand over- temperature Restrain surge interference、eliminate noise、protection for thunder striking，provide the reliable power to the home appliances.

IG3115CS 1-10KVA solar system inverters Key Features:

1.Pure sine wave output
2.The charging current is big up to 85 Amp
3.Output power factor: s 0.9-1
4.Well accept generator's output
5.Full automatical 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 with color screen
12.Battery type and charge current can be select

Full protection:

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

IG3115CS 1-10KVA solar system inverters Applications:

Supply the reliable long back up time power for the home appliances and office appliances and solar power systems etc.

SEO Article

The difference between sine wave solar system inverters and general inverter

Inverter is the DC power (battery, accumulator jar) convert alternating current (typically 220V or 380V 50Hz sine or square wave). Emergency power supply, the DC battery is generally turned into 220V AC.

Square wave solar system inverters output is a poor quality square wave alternating current, its positive maximum value to the negative maximum value almost at the same time, so that the load and the inverter itself caused severe instability. At the same time, its load capacity is poor, only 60% – 40 of the rated load, can not be with inductive load (detailed explanation of the next article). If the load is too large, the three harmonic components contained in the square wave current will increase the capacitive current flowing into the load. In view of the above shortcomings, in recent years the sine wave (or modified sine wave, modified sine wave, analog sine wave and so on) solar system inverters, the output waveform from the maximum positive value to negative to the maximum between the value of a time interval, the effect of improved, but quasi sinusoidal waveform is still composed of line, which belongs to the category of square wave, continuity is not good. To sum up, the sine wave inverter to provide high quality of alternating current and can drive any kind of load, but technical requirements and costs are high. Sine wave solar system inverters can meet most of our electricity demand, high efficiency, low noise, the price is moderate, and thus become the mainstream products in the market. Square wave solar system inverters production using a simple multi harmonic oscillator, its technology is the level of the 50's, will gradually withdraw from the market.