Review of Low-Carbon Co-Optimization Research on Demand-Side Flexibility Resources for New Power Systems by HUA Haochen, ZHANG Zhouhe, ZOU Yiqun, YU Kun, GAN Lei, CHEN Xingying, LIU Di, LI Bing, ZHANG Chongbiao, Pathmanathan Naidoo

“…The reasonable design of the market operation mechanism， user behavior model， and price formation mechanism motivates massive demand-side flexibility resources to actively participate in low-carbon optimization. [Methods] This study explores flexible regulation capabilities on the demand side， focusing on key technologies for utilizing demand-side resources， and reviews existing research from four perspectives： 1） carbon emission measurement of flexible demand-side resources， 2） aggregation and adjustable potential assessment of these resources， 3） low-carbon optimization of new power systems incorporating flexible resources， and 4） participation of flexible resources in electricity-carbon coupled markets. …”
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Integrated energy microgrids participating in voltage regulation ancillary services: An improved ADMM based distributed optimization approach by Hao Xiao, Wei Pei, Daoxin Han, Xiaowei Pu, Jiarui Wang

“…Abstract The integrated energy microgrid (IEM) has good potential for both active and reactive power regulation, which are gradually becoming critical resources for participating in power system ancillary services. …”
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Analysis of the states of the activity of the laboratory service of the industrial region of Ukraine and the ways of it optimization. by T. V. Yeroshkina, D. V. Derevyanko

“…The purpose of the study is to analyze the activity of the laboratory service of the Dnepropetrovsk region, to develop and substantiate the concept of optimizing its work. …”
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Minimization of Transmission Line Losses Through System Topology Reconfiguration by David Orbea, Diego Carrión, Manuel Jaramillo

“…Several test scenarios evaluate the method’s effectiveness, determining the optimal topology for corrective control that optimizes power flows in different situations. …”
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Optimized CUT&RUN protocol for activated primary mouse B cells. by Stormy E Ruiz, Robert W Maul, Patricia J Gearhart

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Reinforcement Learning-Based Augmentation of Data Collection for Bayesian Optimization Towards Radiation Survey and Source Localization by Jeremy Marquardt, Leonard Lucas, Stylianos Chatzidakis

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Optimizing a Hybrid Controller for Automotive Active Suspension System by Using Genetic Algorithms With Two High Level Parameters by Vu Van Tan, Do Trong Tu, Nguyen Van Vinh, Pham Tat Thang, Andras Mihaly, Peter Gaspar

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Optimal sizing and placement of STATCOM, TCSC and UPFC using a novel hybrid genetic algorithm-improved particle swarm optimization by Urbanus Mwanzia Ngei, Abraham Mutunga Nyete, Peter Musau Moses, Cyrus Wekesa

“…For separate optimization, UPFC produced the best results by reducing the active power losses by 38.44 % and OC from $1.59×105 to $ 1.15×105. …”
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Successive approximation register maximum power point tracking control with modified PWM-VSI STATCOM for active and reactive power management in a utility grid tied solar photovolt... by Nibedita Ghosh, M. A. Asha Rani, Rahul Kumar

“…Abstract Grid-tied solar photovoltaic systems use a PWM-VSI STATCOM to regulate active and reactive power. Due to high reactive power demand, often it has been experienced that there is a decay in reactive power supply which may cause malfunction in the load side equipments. …”
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An optimal strategy for energy storage allocation in active distribution networks considering new energy consumption rates by PENG Gang, KOU Qilong, FANG Tao, GENG Xin, KONG Xiangwen, XU Yaoyao

“…The lower layer uses an economical operation model for active distribution networks based on second-order cone dynamic power flow to solve the minimal total operational costs. …”
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Hybrid-Timescale Robust Optimization in Active Distribution Network with Energy Storage System-Soft Open Point by Qiushi RU, Xuefeng MI, Zhigang SONG, Jintao LIU, Xia LEI

“…Therefore, this paper proposes a hybrid-timescale robust optimization model of active distribution network with energy storage system and soft open point (SOP), PV inverters, and voltage/var control (VVC) equipment, which improves the economy and stability of distribution network operations. …”
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The Voltage Control Strategy for Doubly Salient Electromagnetic Generator With Active Rectifier Based on Optimal Current Distribution by Weifeng Liu, Yulong Tao, Xiaoli Meng

“…This paper proposes an optimal current distribution control (OCDC) strategy for the active rectifier power generation system, which is based on the back electromotive force (EMF) oriented vector control (BEFOVC) strategy. …”
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Optimization of Bandwidth Allocation and UAV Placement in Active RIS-Assisted UAV Communication Networks with Wireless Backhaul by Thi-Thuy-Minh Tran, Binh-Minh Vu, Oh-Soon Shin

“…The proposed design aims to maximize the achievable sum rate of all networks by jointly optimizing UAV placement; resource management strategies; transmit power allocation; and ARIS reflection coefficients, subject to backhaul constraints and power budget limitations in the ARIS system. …”
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Robust Optimization of Active Distribution Networks Considering Source-Side Uncertainty and Load-Side Demand Response by Renbo Wu, Shuqin Liu

“…First, the first-stage model with the objective of minimizing power purchase cost and the second-stage model with the co-optimization of active loss, distributed power generation cost, PV abandonment penalty, and load compensation cost under the worst probability distribution are constructed, and multiple constraints such as distribution network currents, node voltages, equipment outputs, and demand responses are comprehensively considered. …”
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Power electronics for green hydrogen generation with focus on methods, topologies, and comparative analysis by AlAmir Hassan, Omar Abdel-Rahim, Mohit Bajaj, Ievgen Zaitsev

“…Abstract This research article meticulously examines advanced power electronic converters crucial for optimizing electrolyzer perfor- mance in hydrogen production systems. …”
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Minimizing the Active Power Losses and Retaining the Voltage Profile of the Distribution System Using Soft Computing Techniques with DG Source by P. Sundararaman, E. Mohan, S. V. Aswin Kumer, Sridhar Udayakumar, Abdissa Fekadu Moti

“…This work proposes a new BAT algorithm for finding the optimal switching configurations using reconfiguration, which is used to minimize the active power losses. …”
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Passivity-Based Control for Transient Power Sharing and State of Charge Restoration in a Semi-Active Supercapacitor-Battery System by Fabian Fracica-Rodriguez, Manuel Acevedo-Iles, David Romero-Quete, Wilmar Martinez, Camilo A. Cortes

“…A detailed, step-by-step description of both the PBC and the SC voltage control strategy is provided, illustrating how voltage regulation is effectively decoupled from current control to ensure optimal operation during load transients. The effectiveness of the proposed control strategy is validated through simulations and Power Hardware-in-the-Loop testing under variable current loads. …”
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Differential Game‑based Mimic Defense Scheduling Strategy in Power Systems by GU Liang, DI Ting, DU Feng

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Control Strategy of a Rotating Power Flow Controller Based on an Improved Hybrid Particle Swarm Optimization Algorithm by Ziyang Zhang, Jiaoxin Jia, Waseem Aslam, Abubakar Siddique, Fahad R. Albogamy

“…This paper begins with a brief introduction to RPFCs, followed by the modeling of their topology for a single-circuit line and the derivation of active and reactive power flow formulas. Notably, this paper introduces intelligent optimization algorithms to this field for the first time, employing an improved hybrid particle swarm optimization (HPSO) algorithm to control the active power while keeping the reactive power constant and subsequently adjusting the reactive power while maintaining the active power steady, thereby achieving power regulation. …”
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DAB unified ZVS control strategy with optimal current stress in full power range under TPS control by Shuai Cheng, Fusheng Wang, Zongfeng Han, Chuanqi Zhang

“…Aiming at the problem that all or most of the switching devices lose the zero voltage switching (ZVS) soft switching characteristics when the current dual active bridge (DAB) modulation strategy is seriously mismatched in voltage gain or when the output power is relatively small, an optimized modulation strategy is proposed here, which not only realizes the minimum current stress within the full power range, but also ensures that at least six switching tubes can achieve ZVS on–off. …”
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