3.2KW 5KW 8KW 11KW PC/PW PV inverter

Inverter na photovoltaic 

Peculiarity：

•  Inverter na dual phase.

•  Gradi na za protection IP54, ya taimaka da amfani a gida.

•  Backward compatible da battalijin lead na traditi, battalijin colloidal.

•  PC/PW karkashin 9 parallel, output power karkashin 45KW.

• Panel na inta hukuma duka cikin interfacen, ya taimaka da duka protocols na host computer da battalijin battery pack.

• Integrated MPPT, maximize press na remaining power na photovoltaic panel.

•  Highly integrated, feature-rich, one machine at most.

• Ya taimaka da customization management na battery charging and discharging strategy.

• Design na modular, easy maintenance.

Technical parameter：

Yana canza MPPT input voltage and current?

Output characteristics na photovoltaic (PV) panels yana canza da variations a factors kamar light intensity da temperature. A cikin halayen, output power curve na PV panel zai canza, akwai optimal working point—Maximum Power Point (MPP). A wannan point, output power na panel yana cikin maximum. Goal na MPPT (Maximum Power Point Tracking) technology shine mafi tsari wajen bayyana da tracking maximum power point a baya, tare da hakan na photovoltaic system yana ci gaba a kan efficient state. Perturb and Observe (P&O) method shine approach na biyu da ake amfani da ita don MPPT.

• Basic Principle: By periodically changing the output voltage (or current) of the photovoltaic array and observing the change in output power, it is possible to determine whether the system is close to the maximum power point.

• Working Process: If the output power increases after changing the voltage (or current), continue to change in that direction; if the output power decreases, change in the opposite direction.

• Advantages and Disadvantages: The P&O method is simple and easy to implement, but it may lead to oscillation, especially under rapidly changing light conditions.

• Working Process: If the output power increases after changing the voltage (or current), continue to change in that direction; if the output power decreases, change in the opposite direction.