A Novel MPPT Approach for a Grid Tied Wind Energy System

As the number of distributed power systems that use non-linear loads has increased, improving power quality has become a top priority for academics. In this work, we look at how the harmonics in a distributed power system may be reduced with the use of a device called a Distribution Static Synchronous Compensator (D-STATCOM). When compared to other FACTS devices, D- STATCOM has more reliable voltage stability because to its built-in voltage regulator. As a result of its high voltage-gain ratio, LUO converter is employed. Using an ANFIS -based MPPT (Maximum Power Point Tracking) guarantees regulated output and facilitates the extraction of maximum power from the PV panel. The DFIG-based WECS utilises a PWM rectifier, which is in turn controlled by a PI controller, to complete the AC-DC conversion. Reference current generation is essential for harmonic removal, and this is achieved by the Hysteresis Current Controller. MATLAB is used to simulate the complete regulated process, and the results show that the suggested method provides higher power quality with less distortion than other methods.