Application of the JAYA Algorithm in Solving the Problem of the Optimal Coordination of Overcurrent Relays in Single- and Multi-Loop Distribution Systems by Abdul Wadood, Saeid Gholami Farkoush, Tahir Khurshaid, Jiang-Tao Yu, Chang-Hwan Kim, Sang-Bong Rhee

“…To ensure a safe and trustworthy pattern in contradiction to the possible faults, a precise, reliable, and fast relaying strategy is of high importance in an electrical power system. These challenges give the impression of being more refined in multi-loop distribution systems. …”
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Optimal Allocation of Gas Supply Reliability in Natural Gas Pipeline System Based on Exterior Penalty Function Method by Yueqi LIU, Lei HOU, Shuaishuai TANG, Huai SU, Xingtao LI

Subjects: “…natural gas pipeline system…”
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Optimal operation of multiple integrated energy systems based on a hybrid Taguchi‐compact salp swarm algorithm by Yang Fu, Jie Shan, Zhenkun Li, Bolin Xie

“…Abstract With the rapid development of integrated energy system (IES), it has become a trend to form multiple integrated energy systems (MIESs) in a certain region. …”
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OPTIMAL RESOURCE ALLOCATION IN YAM-BASED CROPPING SYSTEMS IN YORRO LOCAL GOVERNMENT AREA OF TARABA STATE NIGERIA by Dengle Yuniyus GIROH

“…This study was conducted to examine optimal resource allocation in Yambased cropping systems among farmers in Yorro Local Government Area of Taraba State, Nigeria. …”
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3-D filter SQP method for optimal control of the multistage differential-algebraic systems with inconsistent initial values by Paweł Drąg, Krystyn Styczeń

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‘The devil is in the details’—Product-specific supply chain emissions are key to identifying optimal mitigation strategies in food systems by Navoda Liyana Pathirana, Michalis Hadjikakou

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Reinventing Effective Grounding Systems via Optimal Soil Composition, Thickness, and Replacement Parameters Under Fault Conditions by Ahmed El-Tayeb Khalil, Adel Zein El Dein, Mahmoud Ramadan Hefny, Matti Lehtonen, Mohamed M. F. Darwish

“…Key soil properties, including water content, thermal and electrical conductivity, heat capacity, density, and relative permittivity coefficient, are also considered to assess their role in optimizing the grounding environment. Despite extensive research on grounding system performance, most existing studies have assumed homogenous soil models or ideal conditions, overlooking the complex variations in real soil properties and environmental factors that critically affect fault performance. …”
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Research on control strategies for low-pressure components in integrated thermal management systems based on optimal coefficient of performance by Rongjiang Tang, Lei Guan, Cheng Xu, Yanhong Wei, Xianming Meng, Bin Jia, Shuhan Wen

“…These insights are meaningful for developing effective system control strategies to boost energy efficiency and optimize cooling capacity distribution. …”
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Evaluating denitrification performance and microbial com-munities in sorghum stalk-based systems: Optimal conditions for nitrate removal by Zhilong Wang, Jun Xie, Guangjun Wang, Zhifei Li, Kai Zhang, Yun Xia, Jingjing Tian, Hongyan Li, Wenping Xie, Wangbao Gong

“…The optimum temperature for denitrification in constructed wetlands is 30 °C, under which the NO3--N and total nitrogen removal rates were 75.46 ± 6.77 % and 69.85 ± 6.06 %, respectively. The optimal HRT and INC for the sorghum stalk-denitrification reactor (SS-DR) were 32 h and 50 mg/L, respectively. …”
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Application of dynamic systems modeling approach to rank optimal urban waste management strategies using SWOT method by Hamid Shahbandarzadeh, Mohammad Hossein Kabgani

“…First, we identified and modelled the factors affecting municipal waste production with dynamic systems. The reasons for using the dynamic systems approach for this research can also be enumerated as follows: 1) an appropriate approach in determining and predicting the effects of factors affecting waste production, 2) helping to understand the relationships between variables and examining the behaviour and structure of systems, incredibly complex systems (creating a conceptual model), 3) a flexible approach with the ability to analyze quantitatively and qualitatively, 4) the ability to review the system in the future under different scenarios and policies of decision makers and 5) dynamic system models are considered as simulation models; therefore, they have the advantages of using the simulation method over the analysis methods. …”
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Optimal semi‐dynamic traffic and power flow assignment of coupled transportation and power distribution systems for electric vehicles by Qiang Zhao, Zhenfan Wei, Hui Liu, Yinghua Han, Jinkuan Wang

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A novel swarm intelligence-based approach for solving optimal power flow problems in modern power systems by Haewon Byeon, Wajdi Alghamdi, Munni Evin, M. Sucharitha, D. David Neels Ponkumar, A. Prakash, J. Sunil

“…Optimal power flow is the major concern with electric power systems. …”
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Comparative analysis of techno-economic and techno-environmental approach to optimal sizing and dispatch of hybrid solar–battery systems by Luka Smajila, Silvia Trevisan, Farzin Golzar, Ketan Vaidya, Rafael Guedez

“…Local conditions, such as grid signal volatility and solar PV production, are shown to significantly influence optimal system configurations. In Sweden, the economic approach led to higher system utilisation due to greater price volatility, while the environmental approach prioritised lower emissions. …”
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Studies on Optimal Strategy to Adopt Nuclear Power Plants into Saudi Arabian Energy System Using MESSAGE Tool by Shadwan M. M. Esmail, Jae Hak Cheong

“…An optimal long-term electric power strategy for Saudi Arabia to adopt nuclear power was evaluated using the MESSAGE tool. …”
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Optimal Carbon Pricing and Carbon Footprint in a Two-Stage Production System Under Cap-and-Trade Regulation by Huo-Yen Tseng, Yung-Fu Huang, Chung-Jen Fu, Ming-Wei Weng

“…This paper considers ABC (activity-based costing) along with the components’ carbon footprint and scrap return issues to illustrate the above challenge in a two-stage production-inventory system with imperfect processes. We determine the optimal production and sales strategies that maximize total profit per unit time. …”
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A Brief Overview of Optimal Robust Control Strategies for a Benchmark Power System with Different Cyberphysical Attacks by Bo Hu, Hao Wang, Yan Zhao, Hang Zhou, Mingkun Jiang, Mofan Wei

“…Security issue against different attacks is the core topic of cyberphysical systems (CPSs). In this paper, optimal control theory, reinforcement learning (RL), and neural networks (NNs) are integrated to provide a brief overview of optimal robust control strategies for a benchmark power system. …”
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Low-carbon optimal dispatch of campus integrated energy system considering flexible interactions between supply and demand by Jinrui Shen

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Optimal Operation Strategy of Ship Power System Under Battle Damage for Enhancing Survivability in Long-Term Missions by Chunhan Bai, Yun Tan, Fanrong Wei, Xiangning Lin

“…Based on this analysis, the safe operating boundary of the system is identified. Finally, a two-stage SPS optimization model is proposed based on the above, and the effectiveness and superiority of this paper’s strategy are verified through simulation analysis of typical scenarios and comparison of multiple strategies.…”
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Reliability Improvement of Electrical Distribution Systems with Optimal Price, Location and Amount of Participated Load in Demand Response Program by Morteza Asadi, Seyyed Mostafa Abedi, Hassan Siahkali

“…Also, uncertainty of repair time for faulted equipment is considered in this paper. suggested objective is to minimize the Total Cost of the system (TC) by optimizing the placement of the price, location, and amount of participation loads. …”
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Mid-Term Optimal Scheduling of Hydro-Wind-Solar Systems Addressing Extreme Drought and Renewable Energy Forecast by CHEN Cong, LIU Benxi, WANG Haidong, WANG Wenbin

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