this paper present new techniqu design unifi power flow control upfc power flow control voltag regul electr power transmiss system which base hybrid techniqu which combin radial basi function rbf neural network onlin train slide mode techniqu take advantag common featur the propos control doe need knowledg perturb bound nor full state nonlinear system henc robust produc optim respons presenc system paramet uncertainti disturb the perform propos control evalu through numer simul kundur power system compar classic control simul result confirm effect robust superior propos control

Godpromesse Kenne

René Fochie Kuate

Andrew Muluh Fombu

Jean de Dieu Nguimfack-Ndongmo

Hilaire Bertrand Fotsin

A New Hybrid UPFC Controller for Power Flow Control and Voltage Regulation Based on RBF Neurosliding Mode Technique

rural area suffer from limit grid connect small hydropl can provid electr cheap cost low environment impact region selfexcit induct generat wide use hydropl sinc oper standalon basi becaus connect capacitor bank provid reactiv power load howev seigs suffer from poor voltag frequenc regul thus electron load control elc connect across seig regul voltag frequenc gener control scheme elc circuit base convent proport integr control which easi implement perform well under linear load condit howev control handl nonlinear poor this paper present fuzzi logic control flc base control scheme elc constant power generat system seig the control scheme design simul matlab under both linear nonlinear load condit comparison both control conduct which highlight superior fuzzi logic control scheme

Eshani Mishra

Sachin Tiwari

Comparative Analysis of Fuzzy Logic and PI Controller Based Electronic Load Controller for Self-Excited Induction Generator

paper basic block novel topolog multilevel invert propos the propos approach signific requir reduc number voltag sourc power switch attain maximum number output voltag level connect basic block seri cascad multilevel topolog develop each block itself also multilevel invert analysi propos topolog carri out symmetr well asymmetr oper mode the topolog investig through comput simul use matlab simulink valid experiment prototyp laboratori

Aparna Prayag

Sanjay Bodkhe

Novel Basic Block of Multilevel Inverter Using Reduced Number of On-State Switches and Cascaded Circuit Topology

with increas penetr distribut distribut system problem power loss increas shortcircuit capac beyond rate capac circuit breaker becom more serious paper methodolog modifi bpso present network reconfigur which base hybrid approach tabu search bpso algorithm prevent local converg decreas calcul time use doubl fit consid constraint moreov averag load simul method als method consid load variat propos averag load valu use instead actual load calcul final from case studi result simul certifi approach decreas drastic loss improv voltag profil obvious same time shortcircuit capac also decreas smaller shutoff capac circuit breaker the power loss increas too much even shortcircuit capac constraint consid voltag profil better constraint shortcircuit capac consid the als method simpl calcul time fast

Chang Liu

Xiangyu Lv

Li Guo

Lixia Cai

Kuo Su

Control Strategy for Power Loss Reduction considering Load Variation with Large Penetration of Distributed Generation

congest manag refer avoid reliev congest transmiss line congest manag one most import issu reliabl oper power system deregul environ restructur has brought consider chang all possibl domain includ electr suppli industri virtu restructur electr has now becom commod has convert deregul one the tradit regul power system has now becom competit power market present scenario real time transmiss congest oper condit which transfer capabl implement all trade transact simultan enough due either some expect conting market settlement thus congest associ one more violat physic oper polici constraint under which grid oper thus congest manag about manag power transmiss distribut among valuabl consum prioritywis placement facts flexibl alternat current transmiss system devic generat reschedul loadshed play crucial role congest manag facts devic use enhanc maximum load abil transmiss system facts increas flexibl power system make more control allow util exist network closer it thermal load capac without jeopard stabil facts technolog can boost transfer capabl stabil limit system 2030 result more power can reach consum shorter project implement time lower invest cost this review work unit various public congest manag past few decad

Madhvi Gupta

Vivek Kumar

Gopal Krishna Banerjee

N. K. Sharma

Mitigating Congestion in a Power System and Role of FACTS Devices

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Advances in Electrical Engineering