Pure sine wave output, strong load capacity, wide application range.

High conversion efficiency, quick start, low no-load current.

Start in soft start mode to protect the start-up risk of electrical appliances.

Household equipment uses microcomputer (CPU) control technology, superior performance.

Ultra-wide input voltage range, high-precision output, automatic voltage regulation.

Built-in protection functions such as overload, short circuit, over voltage, under voltage, over temperature, etc., with high reliability.

The working principle of our pure sine wave inverter involves three major stages: a DC to AC conversion stage, a filter stage, and a voltage regulation stage. #4kw hybrid solar inverter The DC to AC conversion stage involves converting the DC power generated by solar panels into AC power using a sophisticated electronic circuit.

The filter stage is responsible for smoothing out the waveform produced by the DC to AC conversion stage, #hybrid solar inverter pure sine wave ensuring that the output waveform is a clean and pure sine wave. #grid off inverter This stage is essential as any distortions in the waveform can lead to reduced efficiency and even damage to connected devices.

60w power inverter