Chapters authored
Methodologies Used in the Extrapolation of Wind Speed Data at Different Heights and Its Impact in the Wind Energy Resource Assessment in a Region
Part of the book: Wind Farm
FACTS: Its Role in the Connection of Wind Power to Power Networks
Part of the book: Wind Farm
An Integrated Power Flow Solution of Flexible AC Transmission Systems Containing Wind Energy Conversion Systems
Part of the book: Modeling and Control Aspects of Wind Power Systems
Study for Wind Generation and CO2 Emission Reduction Applied to Street Lighting – Zacatecas, México
Part of the book: Modeling and Control Aspects of Wind Power Systems
A Proposed Energy Management System to Overcome Intermittence of Hybrid Systems Based on Wind, Solar, and Fuel Cells
View all chaptersDistributed resource (DR) impacts voltage and frequency, and deviations out of tolerance limits are financial damage to the customers. This chapter presents an energy management system (EMS) with several approaches to overcome intermittency and create a semi-dispatchable generation supply. The EMS will work as a prosumer considering its level of dispatchability, without disturbing the frequency of the network. The power generation model is based on a small wind turbine, solar panels, PEMFC, and a hydrogen storage system. Probabilistic information concerning short-term forecast applied to wind speed and radiation is provided by individual stochastic models. The prosumer is modeled by applying time series analysis through the root mean square algorithm with forgetting factor and by using model predictive control to integrate the system. A case is presented using historic wind speed and radiation data from Mexico City and loads curves based on average households and mini-store on a daily basis.
Part of the book: Smart Microgrids