ADVANCED CONTROL STRATEGY FOR ELECTRIC SPRING BASED ON ACOQPCI
Published by: Chen Zhang
Pages: 1-12
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Electric Spring (ES) can effectively alleviate intermittent and instability issues in distributed power generation systems. However, the control effectiveness and response time are poor under traditional control methods, which severely impacts the regulation performance of the electric spring. To address the poor stability of the traditional proportional-integral controller applied to the
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OCEANIC MIMICRY: DESIGN AND SIMULATION OF AN OCTOPUS-LIKE AUTONOMOUS UNDERWATER VEHICLE (AUV)&Quot;
Published by: Wang Jia-Li, Li Xin-Yu , Zhang Mei-Hua
Pages: 13-24
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With the continuous advancement of technology, human exploration and excavation of the ocean have deepened. The use of Autonomous Underwater Vehicles (AUVs) to assist and replace human operations in complex marine environments is becoming increasingly popular. This paper presents the design and modeling of an octopus-like Autonomous Underwater Vehicle with multiple functions. Kinematics
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Published by: Xiu Mei Wang
Pages: 25-36
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Due to the rising concern of environmental pollution and energy shortage nowadays, the environmentally-friendly wind energy has attracted extensive attention. Among all kinds of wind turbines, three-bladed rotors tend to be the most energy efficient..Many factors may result in the unexpected reactions of the structure, with the simulating help of Comsol Multiphysics, wind turbines with wind
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Published by: Xiuying Wang
Pages: 37-43
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The application of artificial intelligence (AI) methods to grid analysis has been extensively studied. The distribution characteristics of the power flow dataset required for the training of AI methods will affect the performance of AI models. The power flow data accumulated for offline analysis are manually adjusted limit operation mode and distributed at the grid operation boundary, so the
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