Titlebook: Robust Control for Grid Voltage Stability: High Penetration of Renewable Energy; Interfacing Conventi Jahangir Hossain,Hemanshu Roy Pota Bo

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Control for Dynamic Transfer Capability Enhancement,dratic (LQ) output-feedback control design approach. There is an increase of the available (dynamic) transfer capability (ATC) of power systems with fixed-speed wind generators (FSWGs) due to the designed decentralized controllers. The effects of the integration of various types of wind generators i

cravat

Control for Fault Ride-Through Capability Augmentation,y enhancement for wind turbines equipped with fixed-speed induction generators in large interconnected power systems. Grid codes and the low-voltage-ride-through (LVRT) requirements for the grid are discussed in details. A systematic procedure is proposed to design decentralized multi-variable contr

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LVRT Capability of DFIGs in Interconnected Power Systems,FIGs). LVRT capability is provided by extending the range of operation of the controlled system to include typical post-fault conditions. Simultaneous controllers are designed for both converters using a linear quadratic (LQ) decentralized control strategy. The nonlinear behavior of power systems is

SUE

Interactions of PV Units in Distribution Networks,ction among them. The main reason for oscillations being the changing “gain” of the PV units due to the nonlinear dynamics and the decentralized tuning of the controllers for the nominal operating condition. The decentralized robust control design, presented in this chapter, ensures a fast and well-

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novelty

0302-9743 pplications of natural computing paradigms; advances in deep and shallow machine learning algorithms for biomedical data and imaging; applications; ?..Part IV: Applications..978-3-030-92272-6978-3-030-92273-3Series ISSN 0302-9743 Series E-ISSN 1611-3349