DC Input: The hybrid inverter first receives input from a DC power source, such as a battery bank or solar panels.
Integration of Multiple Inverter Technologies: The hybrid inverter combines different types of inverter technologies internally, such as PWM modulation, multi-level structures, and harmonic elimination. These technologies are integrated and optimized through an intelligent controller.
Waveform Improvement: By combining different technologies, the hybrid inverter effectively improves the quality of the output waveform, reduces harmonic distortion, and increases the utilization rate of the output power.
High-Efficiency Conversion: The hybrid inverter achieves more efficient power conversion during the conversion process, reducing energy loss and improving overall system efficiency.
