By Amir Ahmarinezhad, Mohammad Abroshan (auth.), Nicu Bizon, Hossein Shayeghi, Naser Mahdavi Tabatabaei (eds.)
The book’s textual content specializes in explaining and examining the dynamic functionality of linear and nonlinear platforms, particularly for energy structures (PS) together with Hybrid energy assets (HPS). The process balance is critical for either playstation operation and making plans. putting emphasis on knowing the underlying balance rules, the publication opens with an exploration of uncomplicated techniques utilizing mathematical types and case stories from linear and nonlinear method, and maintains with advanced versions and algorithms from box of playstation . The book’s beneficial properties contain: (1) revolutionary strategy from simplicity to complexity, (2) deeper inspect complicated points of balance thought, (3) particular description of method balance utilizing kingdom area power conservation precept, (4) evaluation of a few learn within the box of playstation balance research, (5) complex types and algorithms for Transmission community growth making plans (TNEP), (6) balance enhancement together with using strength method Stabilizer (PSS) and versatile substitute present Transmission structures (FACTS), and (7) exam of the impression of nonlinear keep an eye on on gasoline cellphone HPS dynamics.
The e-book may be effortless to learn and comprehend and may be a necessary source for either undergraduate and graduate scholars in electric engineering in addition to to the PhDs and engineers from this box. it's also a transparent and complete reference textual content for undergraduate scholars, postgraduate and examine scholars learning energy platforms, and in addition for working towards engineers and researchers who're operating in electrical energy businesses or within the improvement of energy approach applied sciences. All will get pleasure from the authors' available strategy in advent the ability approach dynamics and balance from either a mathematical and engineering viewpoint.
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Extra resources for Analysis, Control and Optimal Operations in Hybrid Power Systems: Advanced Techniques and Applications for Linear and Nonlinear Systems
Hot dry rock: The main idea of electricity generation using hot dry rock is to construct an artificial geothermal spring. To construct this spring, at first, two wells are drilled into hot rocks with 4000–5000 m deep. Then some cracks are made in rocks using nuclear explosion or hydraulic pressure; consequently, two wells are connected via the cracks. The cold water is injected to one well and hot water or hot steam is extracted from the other well. The Hot steam boils a secondary fluid with lower boiling point and finally, the electricity is generated by conducting the hot steam of secondary fluid to turbine.
The hot water whose temperature is about 65–200 °C is transferred to heat exchanger using pumps or its natural temperature. Then, the hot water transfers its heat to second fluid such as Isobutene or Freon whose boiling temperature is low. The steam generated by second fluid plays the role of working fluid of plant. • Combined/hybrid power generation: In these power plants in addition to geothermal energy, other types of energy (such as fossil fuels) may be used to heat the working fluid. The geothermal fluid exchanges its heat with working fluid (pure water) in a heat exchanger leading to preheat of working fluid.
34 A. Ahmarinezhad et al. As far as dynamic control of power system is not a task of supervisory controller, the calculations, and information of abnormal situation are not included in database information. Identification of current status of system based on values of state variables is interpreted by system identification module. The input of this module is the information of data base module. This information consists of grid parameters and operating status. This module identifies current operating system and predicts short period events of the system.
Analysis, Control and Optimal Operations in Hybrid Power Systems: Advanced Techniques and Applications for Linear and Nonlinear Systems by Amir Ahmarinezhad, Mohammad Abroshan (auth.), Nicu Bizon, Hossein Shayeghi, Naser Mahdavi Tabatabaei (eds.)