Mostrando 10 resultados de: 12
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2019 IEEE PES Innovative Smart Grid Technologies Asia, ISGT 2019(2)
Electric Power Components and Systems(2)
2018 International Conference on Smart Energy Systems and Technologies, SEST 2018 - Proceedings(1)
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scopus(12)
Developed HVDC power injection model for power flow analysis with multi-control functions considering operating constraints
ArticleAbstract: This letter proposes a simple modeling for multi-control modes of HVDC into Newton–Raphson load flowPalabras claves:HVDC, Modeling, Newton–Raphson, Operating constraints handling, Power flow analysisAutores:AboElHassan M.A., Ebeed M., Francisco J. Jurado, KAMEL S., Yu J.Fuentes:scopusDevelopment of UPFC operating constraints enforcement approach for power flow control
ArticleAbstract: This study proposes a comprehensive modelling for a unified power flow controller (UPFC) into a NewtPalabras claves:Autores:Ebeed M., Francisco J. Jurado, KAMEL S., Yu J.Fuentes:scopusCapacitor Allocation in Distribution Systems Using Fuzzy Loss Sensitivity Factor with Sine Cosine Algorithm
Conference ObjectAbstract: This paper aims to propose an optimization method for optimal allocation of shunt capacitors in distPalabras claves:Capacitor allocation, Energy cost, Fuzzy Control, Optimal allocation, power loss minimizationAutores:Francisco J. Jurado, KAMEL S., Selim A., Wu T., Xie K., Yu J.Fuentes:scopusMulti-Objective Whale Optimization Algorithm for Optimal Integration of Multiple DGs into Distribution Systems
Conference ObjectAbstract: In this paper, a multi-objective optimization technique using Whale Optimization Algorithm (MOWOA) iPalabras claves:Distributed generators, fuzzy logic, multi-objective optimization, Optimal DG placement, power lossAutores:Francisco J. Jurado, KAMEL S., Selim A., Xie K., Yu C., Yu J.Fuentes:scopusHybrid Salp Swarm Algorithm for integrating renewable distributed energy resources in distribution systems considering annual load growth
ArticleAbstract: Load growth in electrical distribution networks became naturally occurring due to industrial developPalabras claves:Combined power loss sensitivity, Distributed energy resources, Distribution Systems, Hybrid optimization approach, Load growth, power loss, Salp Swarm Algorithm, Voltage ProfileAutores:Abdel-mawgoud H., Francisco J. Jurado, KAMEL S., Yu J.Fuentes:scopusOptimal Load Shedding of Power System Including Optimal TCSC Allocation Using Moth Swarm Algorithm
ArticleAbstract: Voltage collapse, blackout and voltage instability are considered main problems faced by the power sPalabras claves:FACTS, Moth swarm algorithm, Optimal load shedding, TCSC, Voltage Profile, Voltage stabilityAutores:Francisco J. Jurado, KAMEL S., Sayed F., Yu J.Fuentes:scopusOptimal Locations and Sizes of Shunt FACT Devices for Enhancing Power System Loadability Using Improved Moth Flame Optimization
ArticleAbstract: In this article, the optimal allocation of compensation devices in power systems is determined usingPalabras claves:Continuation Power Flow (CPF), Improved Moth Flame Optimization (IMFO), loadabilityAutores:Ahmed Taher M., Francisco J. Jurado, KAMEL S., Yu J.Fuentes:scopusOptimal installation of multiple DG using chaotic moth-flame algorithm and real power loss sensitivity factor in distribution system
Conference ObjectAbstract: During recent years, power system planners are becoming interested to integration of decentralized gPalabras claves:decentralized generation, moth-flame algorithm, optimal installation, real power lossAutores:Abdel-mawgoud H., Francisco J. Jurado, KAMEL S., Marcos Tostado-Véliz, Yu J.Fuentes:scopusSingle- and multi-objective optimal power flow frameworks using Jaya optimization technique
ArticleAbstract: Solution of optimal power flow (OPF) problem is very important for power system operation, planningPalabras claves:Jaya optimizer, optimal power flow, Pareto Front, power loss minimization, Single- and multi-objective functions, Voltage profile improvement, Voltage stability enhancementAutores:El-Sattar S.A., El-Sehiemy R.A., Francisco J. Jurado, KAMEL S., Yu J.Fuentes:scopusReconfiguration of distribution network using different optimization techniques
Book PartAbstract: This chapter proposes a new efficient concept of optimal reconfiguration that uses the AGWO algorithPalabras claves:AGWO algorithm, DISTRIBUTION NETWORK, Distribution networks, IEEE 33-bus, Minimum system power loss, Optimal reconfiguration, Optimal switches, Optimisation, Optimisation techniques, Optimization, Power engineering computing, power losses reduction, radial distribution system, System power loss reductionAutores:Francisco J. Jurado, Hamour H., KAMEL S., Yu J.Fuentes:scopus