Abstract
The technology transformation of industry 4.0 comprises computers, power converters such as variable speed devices, and microprocessors, which distract from the quality of power. The integration of distribution-generation technologies, such as solar photovoltaic (PV) and wind systems with source grids, frequently uses power converters, which increases the issues with power quality. DSTATCOM is the FACTS device most proficient in recompensing current-related power quality concerns. A model of DSTATCOM with an ANN controller was developed and implemented using a backpropagation online learning-based algorithm for balanced non-linear loads. This algorithm minimized the mathematical burden and the complications of control. It demonstrated a dynamic role in improving the quality of the power at the grid. The algorithm was implemented in MATLAB using an ANN model controller and the results were validated with an experimental set-up using an FPGA controller.
Highlights
The voltage source converters (VSCs) use controllable switches thatsun are controlled by various pulse generators
The voltage generated from the panel was fixed using a super-lift converter, and it was given as DC input to the VSC
The VSC connected to the system using a coupling inductor
Summary
Publisher’s Note: MDPI stays neutral with regard to jurisdictional claims in published maps and institutional affiliations. The voltage source converters (VSCs)energy use controllable that are and an inverter. The voltage source converters (VSCs) use controllable switches thatsun are controlled by various pulse generators [4,5]. The system, power generated renewables is given to theconstant grid using grid-tied inverters. The grid-tied inverter works a DSTATCOM and can mitigate the harmonics at the source side, keeping it purely sinusas a DSTATCOM and can mitigate the harmonics at the source keeping purely oidal [9] Many conventional devices such as SVC, STATCOM, andside, UPQC [10,11,12,13,14,15,16],itas well sinusoidal [9]. Needsto tobe bestabilized stabilized by generating generating constant voltage This can accomplished by tracking the maximum power from the sun, irrespective of climatic conditions.
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