interconnected nonlinear power systems
Decentralised Sliding Mode Load Frequency Control for an Interconnected Power System with Uncertainties and Nonlinearities
... line power exchange under schedule in the presence of any load changes ...entire power system model is considered to be a centralized control ...for interconnected power ...a nonlinear ...
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Fuzzy Logic Based Automatic Load Frequency Control of Multi-Area Power Systems
... variable-structure systems, various adaptive control techniques and Riccati equation approach for load a frequency controller design [6, ...a power system structure has nonlinear dynamics and parts, ...
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Generalized Scattering-Based Stabilization of Nonlinear Interconnected Systems
... Series of the papers [16–18] presents the so-called impedance control approach which con- siders the contact between the robot and the environment as a dynamic bidirectional physical phenomenon rather than an exogenous ...
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Modeling and optimization of laser direct structuring process using artificial neural network and response surface methodology Pages 553-564 Download PDF
... the nonlinear and interconnected systems (LDS process) and give an indication about the nonlinear relationship between the most important inputs laser parameters such as laser speed, laser ...
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Design of ABC algorithm based load frequency controller for hydro nuclear interconnected power systems with redox flow batteries
... of interconnected power systems having nonlinear models and continuously changing operating ...proposed interconnected hydro-nuclear power ...
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New methodology for the prediction of motor starting effect on bus voltages of interconnected power systems
... reactive power demand of the motor, the values of active and reactive power, as well as transmission line impedance can be used to define the increment of power generated within the whole ...of ...
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Evaluating market power in congested power systems
... in power flows in the transmission network associated with a particular transaction direction has been defined by NERC as the power transfer distribution factors ...the power flows would change on ...
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Sugeno Type Fuzzy PID-Hybrid Controller for Efficient Inter-Area Power Oscillation Damping in Two-Area Four Machine System by using Matlab
... based power system stabilizer (Hybrid-PSS) for Inter-area power oscillation stability is shown in ...implemented power study testing system and ...
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AN OPTIMIZED PID PARAMETERSFOR LFC IN INTERCONNECTED POWER SYSTEMS USING MLSL OPTIMIZATION ALGORITHM
... three interconnected power systems using a Multi- Level Single Linkage algorithm (MLSL) and a proportional-integral-derivative (PID) control ...the power exchange because of the load ...
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Fast and Efficient Inter-Area Power Oscillation Damping in Two Area Four Machine Power System using Sugeno Type Fuzzy-PID Controller at different fault by using MATLAB
... of interconnected power systems has been achieved by designing of an Sugeno type Fuzzy-PID hybrid controller for efficient Inter-area power oscillation damping in two area four machine ...
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Power gain analysis and control of nonlinear systems
... of nonlinear system s w ith power gain is ...called power dis- sipativity, is developed for nonlinear system s w ith power gain, requiring th e existence of a power bias / ...
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Literature survey on load frequency controller
... multi-zone interconnected power ...tie-line power stream with the changing of the load, the reproduction is performed under load unsettling ...
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Index Term -- Relay coordination, Interconnected power
... so the possibility of fault must be accepted and the necessity of protection scheme must be realised [1]. Since power system developments change its structure, the power system protection becomes very ...
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Ant Lion Optimization Approach for Load Frequency Control of Multi Area Interconnected Power Systems
... are varied from their nominal values in the range of +25% to −25%. The power system parameters and time constants are calculated for the varied condition and used in the simulation model. In all the cases the ...
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Attitude towards E-learning Technology -- A study in Kerala
... an interconnected hydro-thermal power systems with HVDC link & parallel EHVAC/DC link , the variation in nominal value of system parameters reveal that the system dynamic performance is more ...
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Multi Area Automatic Generation Control based on Demand using ANN Controller
... frequency bias parameters; ACE1, ACE2 and ACE3 are area control errors; u1, u2 and u3 are the control outputs from the controller; R1, R2 and R3 are the governor speed regulation parameters in Hz; TG1, TG2 and TG3 are ...
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Power Control of Direct Interconnection Technique for Airborne Wind Energy Systems
... AWE systems have been invented and introduced by researchers and engineers in different universities and companies ...AWE systems have been initially developed at the University of Limerick, Ireland [2, 3, ...
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Analysis and Compensation of Power Amplifier Distortions in Wireless Communication Systems
... ‘Device Identification’ is a process of uniquely identifying a communication device using its distinctive feature(s). Devices are traditionally identified by some unique information that they hold such as a public ...
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Development of hierarchical optimal control algorithms for interconnected nonlinear dynamical systems
... Algorithm Structures with model basedinteraction input Structure with real interaction input in parameterestimation Structure with real input in interaction and parameterestimation Price[r] ...
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Design of dual mode fuzzy logic load frequency controller for interconnected power systems using superconducting magnetic energy storage unit
... an interconnected reheat based thermal power systems using superconducting magnetic energy storage ...connected power systems reveal that the proposed controller design provides a high ...
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