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Special Issue "Key Technologies of Renewable Energy Consumption and Optimal Operation under "Dual Carbon Targets""

Submission Deadline: 31 December 2022

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Guest Editors

Bo Yang, Kunming University of Science and Technology, China. Email: yangbo_ac@outlook.com
Chao Duan, Northwestern University, The United States. Email: chao.duan@northwestern.edu
Yaxing Ren, Warwick University, The United Kingdom. Email: yaxing.ren@warwick.ac.uk
Yixuan Chen, The University of Hong Kong, China. Email: yxchen_diana@foxmail.com
Jingbo Wang, Kunming University of Science and Technology, China. Email: JingboWang96@outlook.com

Summary

Based on "dual carbon targets", This Special Issue aims to give an effective contribution to highlight all solutions, methodologies, approaches, tools finalized to collect first-class research along this direction, focusing on the most recent investigations and studies on consumption and optimization strategies for renewable energy. Researchers and experts worldwide are invited to submit high-quality original research papers and review articles on subsequent potential topics.

Potential topics aims at covering themes including, but not limited to:

• Modelling and simulation of renewable energy system (Digital twin technique is popular)

• Output forecast for renewable energy system

• Application of optimization techniques such as meta-heuristic algorithms, reinforcement learning, and neural networks to renewable energy systems and grids

• Planning and dispatching of distributed power supply

• Fault diagnosis of renewable energy system, i.e., Wind, solar, fuel cells, and so on.

• Approaches for optimized economic operation of renewable energy systems and grids

• Stability and security analysis of renewable energy systems and grids

Keywords

Dual carbon targets, Renewable energy, Economic and efficient operation, System modelling, Planning and dispatching, Fault diagnosis, Power and load forecast

Published Papers

OPEN ACCESS
EDITORIAL
Key Optimization Issues for Renewable Energy Systems under Carbon-Peaking and Carbon Neutrality Targets: Current States and Perspectives
Bo Yang¹, Zhengxun Guo¹, Jingbo Wang^1,*, Chao Duan², Yaxing Ren³, Yixuan Chen⁴
Energy Engineering, Vol.119, No.5, pp. 1789-1795, 2022, DOI:10.32604/ee.2022.022217
（This article belongs to this Special Issue: Key Technologies of Renewable Energy Consumption and Optimal Operation under "Dual Carbon Targets")
Abstract This article has no abstract. More
Views:87 Downloads:48 Download PDF

OPEN ACCESS
ARTICLE
Kalman-Filtering-Based Frequency Control Strategy Considering Electrolytic Aluminum Load
Yuqin Chen, Shihai Yang^*, Yueping Kong, Mingming Chen
Energy Engineering, Vol.119, No.4, pp. 1517-1529, 2022, DOI:10.32604/ee.2022.019646
（This article belongs to this Special Issue: Key Technologies of Renewable Energy Consumption and Optimal Operation under "Dual Carbon Targets")
Abstract Traditional thermal power units are continuously replaced by renewable energies, of which fluctuations and intermittence impose pressure on the frequency stability of the power system. Electrolytic aluminum load (EAL) accounts for large amount of the local electric loads in some areas. The participation of EAL in local frequency control has huge application prospects. However, the controller design of EAL is difficult due to the measurement noise of the system frequency and the nonlinear dynamics of the EAL’s electric power consumption. Focusing on this problem, this paper proposes a control strategy for EAL to participate in the frequency control. For the… More
Views:219 Downloads:103 Download PDF

OPEN ACCESS
ARTICLE
A Novel Aquila Optimizer Based PV Array Reconfiguration Scheme to Generate Maximum Energy under Partial Shading Condition
Dong An¹, Junqing Jia¹, Wenchao Cai¹, Deyu Yang¹, Chao Lv¹, Jiawei Zhu², Yingying Jiao^3,*
Energy Engineering, Vol.119, No.4, pp. 1531-1545, 2022, DOI:10.32604/ee.2022.019284
（This article belongs to this Special Issue: Key Technologies of Renewable Energy Consumption and Optimal Operation under "Dual Carbon Targets")
Abstract This paper develops a real-time PV arrays maximum power harvesting scheme under partial shading condition (PSC) by reconfiguring PV arrays using Aquila optimizer (AO). AO is based on the natural behaviors of Aquila in capturing prey, which can choose the best hunting mechanism ingeniously and quickly by balancing the local exploitation and global exploration via four hunting methods of Aquila: choosing the searching area through high soar with the vertical stoop, exploring in different searching spaces through contour flight with quick glide attack, exploiting in convergence searching space through low flight with slow attack, and swooping through walk and grabbing… More
Graphical Abstract
Views:226 Downloads:92 Download PDF