Cold-Ironing in Anchorage Area of Rotterdam Port using Renewable Energy Sources

机译：使用可再生能源在鹿特丹港锚地进行冷烫

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In an attempt to address the growing need for greener shipping, the potential of cold ironing technology, has been considered as one of the most effective methods to control the atmospheric emissions generated by marine industry. The present study focuses on the reduction of emissions occurred in anchorage areas of one of the busiest ports in Europe. For this purpose, an innovative design was produced by combining the method of cold ironing and the use of renewable energy sources such as wind farms, located close to the anchorage areas of Rotterdam Port. Electrical power produced by the windfarms will be stored in an offshore platform, distributed in a subsea station located outside the anchorage area and then to the vessels with the use of four calm buoys.

机译：为了满足对绿色运输日益增长的需求，冷熨烫技术的潜力已被视为控制海洋工业产生的大气排放的最有效方法之一。本研究的重点是减少欧洲最繁忙的港口之一的停泊地区发生的排放。为此，结合了冷熨方法和使用可再生能源，例如位于鹿特丹港停泊处附近的风电场，产生了创新的设计。风电场产生的电力将存储在一个海上平台中，并分布在锚固区域外部的海底站中，然后使用四个浮标将其分配给船只。

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来源
《World Maritime Technology Convention 2015》|2015年|1-19|共19页
会议地点 Providence RL(US)
作者
Petros.Gemenetzis; Emmanouil. Vranakis; Konstantinos. Xydis; Nikolaos. Sfakianos; Spyridon. Selas; Tsuyoki. Sakaguchi;
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作者单位

School of Marine Science and Technology, Newcastle University, Newcastle Upon Tyne, UK;

School of Marine Science and Technology, Newcastle University, Newcastle Upon Tyne, UK;

School of Marine Science and Technology, Newcastle University, Newcastle Upon Tyne, UK;

School of Marine Science and Technology, Newcastle University, Newcastle Upon Tyne, UK;

School of Marine Science and Technology, Newcastle University, Newcastle Upon Tyne, UK;

School of Marine Science and Technology, Newcastle University, Newcastle Upon Tyne, UK;

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原文格式 PDF
正文语种 eng
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关键词
Cold-ironing; Renewable energy sources; Rotterdam Port; Offshore windfarm; subsea station; calm-buoys;

机译：冷熨；可再生能源;;鹿特丹港；海上风电场；海底站;平静浮标;

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1. Renewable energy cooperatives: Facilitating the energy transition at the Port of Rotterdam [J] . Hentschel Moritz, Ketter Wolfgang, Collins John Energy Policy . 2018,第OCTa期

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2. Three-Port Series-Resonant DC–DC Converter to Interface Renewable Energy Sources With Bidirectional Load and Energy Storage Ports [J] . Krishnaswami H., Mohan N. Power Electronics, IEEE Transactions on . 2009,第10期

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3. Integration of Electric Springs and Multi-Port Transformers—A New Solution for AC Microgrids with Renewable Energy Sources [J] . Qingsong Wang, Ming Cheng, Giuseppe Buja Energies . 2017,第2期

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4. Cold-Ironing in Anchorage Area of Rotterdam Port using Renewable Energy Sources [C] . Petros.Gemenetzis, Emmanouil. Vranakis, Konstantinos. Xydis, SNAME maritime convention;World maritime technology conference . 2015

机译：使用可再生能源在鹿特丹港锚地进行冷烫
5. Three-port DC-DC converters to interface renewable energy sources with bi-directional load and energy storage ports. [D] . Krishnaswami, Hariharan. 2009

机译：三端口DC-DC转换器将可再生能源与双向负载和能量存储端口相连接。
6. Accommodating renewable energy sources in a small electricity market: An analysis considering the interactions of sources within Portugal and Spain [O] . Tiago Lopes Afonso, António Cardoso Marques, José Alberto Fuinhas 2019

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8. Renewable Energy Resource and Technology Assessment: Southern Tier Central Region, New York, New York. Renewable Energy Resource Inventory; Renewable Energy Technology Handbook; Technology Assessment Workbook [R] . 1978

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Cold-Ironing in Anchorage Area of Rotterdam Port using Renewable Energy Sources

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