The distributed generators in the radial distribution network are to improve the Grid performance and its *** Distributed Generators control the PV bus;it is converted as a remote controlled PVQ *** PVQ bus reduces th...
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The distributed generators in the radial distribution network are to improve the Grid performance and its *** Distributed Generators control the PV bus;it is converted as a remote controlled PVQ *** PVQ bus reduces the power loss and reactive ***,the distributed generators were placed in the system using mathematical modelling or the *** approach improves the efficiency but it has no effect in loss *** minimize the loss the reconfigured network with Genetic algorithm based Distributed generator placement proposed as existing *** approach minimizes the loss effectively;but the genetic algorithm takes more time for DG ***,in this,the network reconfiguration is performed using a modified Satin bower bird algorithm after DG placement and DG ***,the sensitive analysis applied the loadflow analysis to identify the optimal placement for the distributed ***,the modified Satin Bowerbird(SBO)used for the network *** approach minimizes the loss of effectively by combining the network reconfiguration *** proposed modified SBO-based network reconfiguration implemented on standard bus systems 33 and 69 using MATLAB R2021b version under Windows 10 *** proposed approach compared with the existing work in terms of real power loss and loss reduction.
The hybrid system with the installation of grids is designed to acquire the Hybrid renewable energy systems. The proposed system presented the converts like, bidirectional converter and adaptive switched Z source conv...
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In the present scenario the usage of electric vehicles are increases due to lack of conventional resources. The increasing global popularity of electric vehicles has prompted extensive research into monitoring their p...
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This research article focuses on the development DC-DC converter with high efficiency for harnessing solar energy within renewable energy systems. The converter is engineered to effectively regulate and diminish the v...
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The design and analysis of a fuel cell vehi-cle-to-grid(FCV2G)system with a high voltage conver-sion interface is *** system aims to maximize the utilization of fuel cell vehicles(FCVs)as distributed energy resources,...
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The design and analysis of a fuel cell vehi-cle-to-grid(FCV2G)system with a high voltage conver-sion interface is *** system aims to maximize the utilization of fuel cell vehicles(FCVs)as distributed energy resources,allowing them to actively participate in the energy *** proposed FCV2G system has FCVs,power electronics interfaces,and the electrical *** power electronics interfaces are responsible for con-verting the low-voltage output of the fuel cell stack into high-voltage DC power,and ensuring efficient power transfer between the FCVs and the *** optimize the operation of the FCV2G system,the momentum search algorithm(MSA)is *** applying MSA,the FCV2G system can achieve optimal power dispatch,con-sidering factors such as energy efficiency,grid stability,and economic *** proposed method is tested in *** best MSA and dynamic load profile solu-tions are run for 24 h and the results show that 100%import of FCVs 51.0%more than 100%electric ***-cutting and vehicle-to-grid service revenue are 30.5%and 95.0%greater,*** discharge loss,high capacity,and high discharge power are the main advantages of *** benchmark FCVs ratio of 15%is used for sensitivity *** findings reveal that the overall advantages of FCV2G are *** Terms—Continuous conduction mode,DC-DC converter,discontinuous conduction mode,fuel cell vehi-cle,utility-grids,vehicle-to-grid.
This River pollution is a major environmental problem that has serious problems for human health, aquatic life, and the overall health of ecosystems. Floating garbage is a complicated problem to address, as it can be ...
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In this paper, adaptive optimizer-based deep neural network approaches are used to predict nonlinear aerodynamic model using flight test data of standard aircraft. Adaptive optimizers namely Adam and RMSprop algorithm...
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The hyperloop idea, which is one of the most ecofriendly, low-carbon emissions, and fossil fuel-efficient modes of transportation, has recently become quite popular. In this study, a double-sided linear induction moto...
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The hyperloop idea, which is one of the most ecofriendly, low-carbon emissions, and fossil fuel-efficient modes of transportation, has recently become quite popular. In this study, a double-sided linear induction motor(LIM) with 500 W of output power, 60 N of thrust force and 200 V/38.58 Hz of supply voltage was designed to be used in hyperloop development competition hosted by the scientific and technological research council of turkey(TüB?TAK) rail transportation technologies institute(RUTE). In contrast to the studies in the literature, concentrated winding is preferred instead of distributed winding due to mechanical constraints. The electromagnetic design of LIM, whose mechanical and electrical requirements were determined considering the hyperloop development competition, was carried out by following certain steps. Then, the designed model was simulated and analyzed by finite element method(FEM), and the necessary optimizations have been performed to improve the motor characteristics. By examining the final model, the applicability of the concentrated winding type LIM for hyperloop technology has been investigated. Besides, the effects of primary material, railway material, and mechanical air-gap length on LIM performance were also investigated. In the practical phase of the study, the designed LIM has been prototyped and tested. The validation of the experimental results was achieved through good agreement with the finite element analysis results.
Insincere questions are defined as questions that are unethical and have a disparaging tone. These types of questions are rather intended to make an inappropriate statement or comment than to search for a helpful and ...
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This study used the Gaussian Process Regression (GPR) method to predict the core losses of the Finite Element Analysis (FEA) based dry-type three-phase transformer. In the estimation and analysis processes, the core a...
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