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A Multipurpose and Power Quality Improved Electric ...
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由 N Kumar 著作2022被引用 54 次 — In this article, we propose a novel power quality improved cold ironing (PQICI) system (charging mechanism) to overcome this issue.
A Multipurpose and Power Quality Improved Electric ...
ResearchGate
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2024年12月9日 — To mitigate air pollution and noise in seaports, there is a growing trend toward using electric ships and shore-based charging stations, also ...
A Multipurpose and Power Quality Improved Electric ...
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由 N Kumar 著作2022被引用 54 次 — Abstract— To avoid air and noise pollution on seaports, the use of electric vessels and shore-to-ship power supply-based charging station on seaports are in ...
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A Multipurpose and Power Quality Improved Electric ...
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A Multipurpose and Power Quality Improved Electric Vessels Charging Station for the Seaports · List of references · Publications that cite this publication.
A MULTIPURPOSE AND POWER QUALITY IMPROVED ...
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A MULTIPURPOSE AND POWER QUALITY IMPROVED ELECTRIC VESSELS CHARGING STATION FOR THE SEAPORTS · Best project center in Tirunelveli.
Dr. Nishant Kumar's Post
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2022年6月3日 — Dr. Nishant Kumar's Post · A Multipurpose and Power Quality Improved Electric Vessels Charging Station for the Seaports · Explore topics.
A Multi-Vessel Universal Shore-to-Ship Charging System
ResearchGate
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2024年12月9日 — This paper proposes a universal Shore-to-Ship Charging (S2SC) concept for multi-vessel onshore power supply and charging of onboard ...
Shore power for reduction of shipping emission in port
ScienceDirect.com
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由 J Wang 著作2024被引用 6 次 — Shore power not only reduces ship emissions and noise in berthing but also has shown practical implications for maritime competitiveness.
Port Electrification Strategies for Vessel Charging
netzero-events.com
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Explore Port Electrification Strategies for efficient, sustainable vessel charging. Enhance maritime operations with eco-friendly solutions.
Electric cars, ships, and their charging infrastructure
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由 MU Mutarraf 著作2022被引用 65 次 — This study, therefore, presents state-of-the-art based on conventional and current technologies relating to EVs and their charging infrastructure.