Design Methodology for Optimized Control of High-Power Quadratic Buck Converters Using Sliding Mode and Hybrid Controllers by Rafael Antonio Acosta-Rodriguez, Fredy Hernan Martinez-Sarmiento, German Ardul Munoz-Hernandez

“…This paper introduces a novel design methodology for optimizing the control of high-power quadratic Buck converters using a Sliding Mode Controller (SMC). …”
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Design and energy management research of integrated microgrid with light storage and charging with double-layer optimization scheduling model by Pan Zhai

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Bi directional sparse attention recurrent autoencoder based intrusion detection for VANET security with tuna swarm optimization by R. Gopi, V. Thiruppathy Kesavan, Md. Jakir Hossen, Nor Hidayati Binti Abdul Aziz

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Simulation and Experimental Analysis of Servo Drive System Using Fuzzy PID Technology of Manipulator Consisting of Electric Steering Gear Based on Orthogonal Optimization by CHEN Rui, ZHOU Haibo, YU Hengbin, LI Xia

“…In order to improve the accuracy and stability of the motion control of the manipulator consisting of electric steering gear, a fuzzy PID intelligent control method based on orthogonal test method is proposed In this paper, the electric steering gear is used as the actuator, and the mathematical model of the pickup robot joint servo drive system is established The orthogonal experimental design and fuzzy control method are added under the traditional PID (proportion, integration, differentiation) control strategy In the Simulink software simulation environment, the openloop control, orthogonal optimization PID control and fuzzy PID control of the manipulator joint drive system are simulated, and the motion control experiments of singledegreeoffreedom and doubledegreeoffreedom manipulators are carried out Simulation and experimental analysis show that the PID parameters can be adjusted by orthogonal test method, which can quickly determine the appropriate PID parameters and greatly reduce the number of trials The fuzzy control can improve the adaptability of PID control, which can significantly reduce the overshoot of the system, slightly increase the rise time and the adjustment time of the system, and improve the accuracy and stability of the system…”
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Coordinated Control of the Volt-Var Optimization Problem Under PV-Based Microgrid Integration into the Power Distribution System: Using the Harmony Search Algorithm by Gulcihan Ozdemir, Pierluigi Siano, Smitha Joyce Pinto, Mohammed AL-Numay

Subjects: “…distribution systems…”
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Optimization of power output in plateau photovoltaic power stations using a hybrid Kepler and Gaussian quantum particle swarm algorithm by Shuang Gan, Heng Hu, Shaoshuai Li, Qian Peng, Taidong Yan, Huasheng Gong, Yuancheng Zhang

Subjects: “…Multi-objective optimization…”
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Capacity Benefit Analysis of Pumped-storage Power Stations in a New-type Power System by ZHANG Xiangcheng, TIAN Xu, ZHANG Guihong, LIU Fei, FAN Hengjian, LI Zhiyi

“…The investment and construction of pumpedstorage power stations will bring multiple benefits to the safe and reliable operation of the new power system, and capacity benefits are the basic guarantee for maintaining the balance of power supply and demand.However, at this stage, the capacity benefits of pumped storage power plants are not fully recognized and compensated, resulting in unsatisfactory profitability and poor enthusiasm for investment and construction.To promote the development of pumpedstorage power plants in the process of energy to power transition, this paper proposes a capacity benefit evaluation method for pumped storage power stations based on the concept of production and operation simulation; a pumped storage power station is established.The joint optimization operation model of energy power station and wind, light, water, fire and other types of power sources is established. …”
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Hybrid Optimization-Based Sequential Placement of DES in Unbalanced Active Distribution Networks Considering Multi-Scenario Operation by Ruihua Si, Xintong Yan, Wanxun Liu, Ping Zhang, Mengdi Wang, Fengyong Li, Jiajia Yang, Xiangjing Su

“…Subsequently, the sizing and scheduling of DES for the selected location are conducted through coordinated optimization across the inter and inner layers, which can be solved using a hybrid method combining particle swarm optimization and second-order cone programming (PSO-SOCP). …”
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Comparison of two pre-fuel cell carbon capture systems employing methane decomposition and hydrogen membrane: Regression-based machine learning and optimization approach by Amirali Nouri, Araz Emami, Ata Chitsaz, Alireza Fathipour, Navid Kousheshi, Ava Karshenas

“…To maximize both efficiency and economic feasibility, a dual-objective optimization strategy is utilized. The results indicate that the H-MD system achieves a higher energy efficiency of 76.32 % and a lower Life Cycle Cost (LCC) of $3.19 million, making it the more cost-effective and thermodynamically efficient option. …”
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Refining efficiency in standalone proton exchange membrane fuel cell systems through gross hopper optimization-based maximum power point tracking control by Nethra K., Reddy K. Jyotheeswara, Dash Ritesh, Parida Prasanta Kumar, Swain Sarat Chandra, Dhanamjayulu C., Mahapatro Abinash

“…This study introduces a novel Maximum Power Point Tracking (MPPT) technique for Proton Exchange Membrane Fuel Cell (PEMFC) systems, leveraging the Gross Hopper Optimization (GHO) algorithm to achieve enhanced performance. …”
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Evaluation of Active Power Cost in Combined AC-DC Systems by Vahid Talavat, Sadjad Galvani, Mahdi Hajibeigy

Subjects: “…combined AC-DC system…”
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Reviewing the complexity of endogenous technological learning for energy system modeling by Johannes Behrens, Elisabeth Zeyen, Maximilian Hoffmann, Detlef Stolten, Jann M. Weinand

Subjects: “…Energy system model…”
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Study on Suspension System for HXN5 Diesel Locomotive Bogie by TANShao-jun, LUO Yun, YANGYong-jun

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INSTITUTIONAL GLOBALIZATION AS A SYSTEM OF INTEGRATION THE PHENOMENON OF THE POSTMODERN DEVELOPMENT by V. V. Zinchenko

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Investigating the effect of cooling systems on the efficiency of photovoltaic solar panels by Bilal Al-Asbea

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Forecasting Peak Hours for Energy Consumption in Regional Power Systems by S. R. Saitov, N. D. Chichirova, A. A. Filimonova, N. B. Karnitsky

“…Timely forecasting of peak hours will make it possible, on the one hand, to reduce consumer costs for payments for electric power, and on the other hand, to smooth out the daily schedule of electric load of the power system, thereby optimizing the operation of generating equipment of stations and networks of the system operator. …”
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The Role of Artificial Intelligence in Safeguarding Patient Privacy in Healthcare Systems by Pushpendra Jangid, Asha Meena, R. Prerna, Zeeshan H. Hashmi, Vinod Kumar, Hemlata Bhagtani

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KPIs for Optimal Location of charging stations for Electric Vehicles: the Biella case-study by Edoardo Fadda, Daniele Manerba, Roberto Tadei, Paolo Camurati, Gianpiero Cabodi

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An Exact Two-Phase Method For Optimal Camera Placement In Art Gallery Problem by Adis Alihodzic, Sead Delalić, Damir Hasic

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Price-Shaped Optimal Water Reflow in Prosumer Energy Cascade Hydro Plants by Przemysław Ignaciuk, Michał Morawski

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