QMEGA

Qmega MICC™ – Monitor Inverter Convertor Charger

Qmega introduces a new paradigm for PV based solar power systems. The MICC™(acronym for “Monitored Inverter Converter and Charger”) eliminates the inefficiencies and shortcomings of existing methodologies through a new integrated software driven topology. The MICC™ integrates and synchronises the conversion, inversion, charging, control and monitoring functionalities of a PV based solar power system into one stand-alone device. Three main microcontrollers run a synchronized operation with one independent Pentium microprocessor monitoring and logging operational data.

The MICC™ is the new normal in economically generating and delivering solar power, with or without the support of the grid or any other energy source.

Inverter

A uniquely designed inverter running on a high voltage schema (ranging from 192 – 1200 VDC) is the main property of the MICC™. A software driven DSP PIC microcontroller runs a sixth generation IGBT power module under step-by-step PWM delivering a high-resolution (1024 bit) regulated pure sine wave. The software running the inverter drives other controls like overload, low battery, output voltage and load regulation, digital power factor correction of load, harmonics filteration and temperature compensation. All of these advanced functions in the inverter makes its operations reliable, robust and durable. Due to the high-resolution sine wave, the inverter handles all types of inductive or resistive loads without the need to oversize the system.

Unique Features of the MICC™ Inverter

1.High resolution pure sine wave - 1024 steps / Quarter Cycle.

2.Power Factor Correction System, digitally regulating the load P.F. to Unity 1.

3.High inductive load handling capacity without distorting and generating harmonics.