Modeling a Simplified Wind Power System with Wireless Data Transmission

Abstract

This paper presents a low-fidelity model of a wind power system using a Simplified Generator block, designed for planning and pitch control studies. The model integrates renewable energy generation with an air interface-based wireless network to enable efficient data communication. QPSK, known for its high spectral efficiency, low latency, and flexible frequency bands, transmits key operational data such as power output, wind speed, and system diagnostics. The physical layer of the network, including free space path loss, limited bandwidth, RF receiver dynamics, and demodulation, is simulated using MATLAB and Simulink. The study explores the impact of wireless communication on transmitted signals, analyzing the effects of channel characteristics and system design on data integrity and performance. Results demonstrate the viability of using QPSK networks for real-time monitoring and control in wind power systems, offering insights into the efficient integration of wireless technology for renewable energy applications.