摘要
虽然极地资源丰富,但是极地的气象环境十分恶劣,电能能源的运输与储存十分困难,需要考虑在极地船舶中加入新能源,进一步对极地物探船的动力系统进行优化。本文分析了世界极地船舶发展情况,结合现有物探船的动力系统分类,研究极地恶劣环境对新能源的影响,考虑在极地船舶动力系统中加入新能源的可能性,并利用NSGA-II优化算法分析了极地船舶动力系统接入新能源的优化方案。
Under the environment of the opening up of arctic shipping routes,the exploration of Arctic resources is also urgent and polar geophysical exploration ships are being put into use more and more.Although polar resources are abundant,the polar meteorological environment is very bad.As a result,electricity energy transport is very difficult.Therefore,it needs to be considered in the polar shipping to join the new energy and further optimize the polar exploration ship power system.In this paper,the development of polar ships in the world is analyzed.Combined with the dynamic system classification of the existing geophysical exploration ships,the influence of the harsh polar environment on new energy is studied and the possibility of adding new energy into the polar ship’s dynamic system is analyzed.Also,NSGA-II optimization algorithm is used to analyze the optimization scheme of the polar ship’s dynamic system with new energy connected.
作者
卫卫
孙蕾
金甚达
WEI Wei;SUN Lei;JIN Shen-da(Marine Design and Research Institute of China,Shanghai 200011,China;Shanghai Jiaotong University,Shanghai 200240,China)
出处
《舰船科学技术》
北大核心
2021年第11期109-113,共5页
Ship Science and Technology
关键词
极地物探船
动力系统
新能源
遗传算法
polar geophysical exploration ship
power system
new energy resources
genetic algorithm
