Titlebook: Analysis, Control and Optimal Operations in Hybrid Power Systems; Advanced Techniques Nicu Bizon,Hossein Shayeghi,Naser Mahdavi Tabataba B

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Overview of Hybrid Power System,l be utilized in a hybrid power system namely as: conventional generators (diesel generator, synchronous generator, DC generator for field excitation of synchronous generator), renewable energy resources (such as wind generator, photovoltaic system, etc.), power electronic converter, components’ con

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Power Systems Stability Analysis Based on Classical Techniques in Work, supplementary controller for a modeling back-to-back voltage source converter (BtB VSC) HVDCto damp low-frequency oscillations in a weakly connected system is proposed. Also, input controllability measurementfor BtB VSC HVDC is investigated using relative gain array (RGA), singular value decomposit

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Optimal Design of UPFC Based Damping Controller Using PSO and QPSO,the power flow in the transmission line, improve the transient stability, mitigate system oscillation, and provide voltage support. In this book chapter, the problem of UPFC based damping controller is formulated as an optimization problem which is solved using classic and Quantum-behaved Particle S

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Application of PSO and GA for Transmission Network Expansion Planning,twork. It is a hard, large-scale and highly nonlinear combinatorial optimization problem that can be solved by classic, nonclassic or heuristic methods. Classic methods like linear programming and Bender decomposition are only based on mathematical principles, but their difficulty is that if the sca

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Applications in Control of the Hybrid Power Systems,ources that work together with the Energy Storage Devices (ESD) to deliver power continuously to the DC load or to the AC load via the inverter system. In the automotive applications, the ESD stack can be charged from the regenerative braking power flow or from other power sources like the thermoele

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Nicu Bizon,Hossein Shayeghi,Naser Mahdavi TabatabaPresents Advanced optimization methods and robust control techniques in field of Electric Power System (including Hybrid Powers Sources) which are supported by design examples and simulation results,

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