Real-Time Power Control of Doubly Fed Induction Generator Using Dspace Hardware

Abstract

Numerous studies have been undertaken to evaluate wind energy systems’ active and reactive power control, the energy produced, and their its link to distribution networks. This research makes a novel contribution to the discipline in this setting. The novelty of this work aims to design a new wind emulator and design a power control approach for a doubly fed induction generator (DFIG)-based wind system. A description of the system was provided first. Secondly, the control strategy was described in detail. Then, it was applied to both converters (machine and grid sides). Three stages were used to evaluate the control solution: (1) a MATLAB/Simulink simulation to validate the reference’s persistence (for both real and step wind speeds) and the system’s robustness, (2) implementation in real-time on a dSPACE-DS1104 board linked to an experimental laboratory bench, and (3) overlapped comparison experimental and simulated data to conduct a thorough quantitative and qualitative analysis using the root-mean-square error measures. The simulation and experimental findings demonstrate that the suggested model is valid and presents an excellent correlation between experimental and simulated results regarding wind speed variation.

Time-Frequency Analysis of Acoustic Backscattering In Tubing Structures: FPGA Implementation and Pareto Solution Optimization

“…Resource Management: E ciently we manage FPGA resources [21,22] (e.g., lookup tables, registers, memory blocks) to make the most of the available hardware. This includes optimizing data storage and memory access patterns.…”

Real-Time HIL Simulation for Frequency Regulation in DFIG with AGC: An Egyptian Case Study

“…The main objective of LFC is to minimize variations in these parameters to zero by employing primary and secondary control loops. Numerous studies have been conducted to measure and assess the performance of AGC in various power system applications that incorporate RESs with different controllers, as evidenced in [9][10][11][12]. In [10], a DFIG has been introduced with interconnected thermal-thermal power plants to provide additional inertia using soft techniques.…”

“…In [10], a DFIG has been introduced with interconnected thermal-thermal power plants to provide additional inertia using soft techniques. In [11], a realtime implementation for controlling the power of DFIG using Hard-In-Loop (HIL) is presented to design a new wind emulator and a power control approach for DFIG-based wind systems. In [12], a low-order DFIG model focused on frequency stability has been proposed using the inertia response control, with an analytical solution for the maximum proportion of DFIGs to reflect its impact on system frequency stability.…”