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New methodology to approach project of small hybrid propulsion passenger ferries for Italian scenario

机译:用于意大利情景的小型混合动力客轮项目的新方法

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In Italy there is a large fleet of passenger ferries, operating in special scenario: the main lakes in the northern region. All those ferries must deal with port structures, often of historical interest, and environmental situations extremely particular and requiring attention.The ferries operating in those areas have the need to offer great manouvrability, silent running, low emissions or no emissions at all.For all those aspects the hybrid propulsion, combining the use of diesel electric generators and batteries, offers the possibility to adopt efficient systems for manouvrability and propulsion, such as_azimuthal or azipodal propellers and battery packs to ensure silent approaching to the mooring facilities, and the possibility to stay at night in a port without generators working during the nocturnal stop, using a ship that can operate with almost complete silence and no pollution near the areas of interest.All the above are for sure the positive aspects that can be solved successfully by the hybrid propulsion, but the use of thus system, with electric generators, large pack of batteries, control system etc. has an impact on the project.The project and the design of the ship must deal with massive requirements from safety rules, and those requirements are changing faster than the construction progress, so the traditional approach at the project
机译:在意大利,有大量的客运渡轮,在特殊情况下运营:北部地区的主要湖泊。所有这些渡轮必须处理通常具有历史意义的港口结构,以及极为特殊且需要注意的环境状况,在这些地区运营的渡轮需要提供出色的可操纵性,静音运行,低排放或根本没有排放。在这些方面,混合动力推进结合了柴油发电机和电池的使用,为采用可操纵性和推进力的有效系统提供了可能性,例如方位角或纬向螺旋桨和电池组,以确保无声地接近系泊设施,并有可能留下来夜间在夜间停机期间没有发电机工作的港口,使用的船舶可以在所关注区域附近几乎完全安静且无污染地运行。以上所有这些都肯定可以通过混合动力系统成功解决的积极方面,但要使用这样的系统,包括发电机,大容量电池,控制系统等对项目有影响。项目和船舶设计必须处理安全规则中的大量要求,并且这些要求的变化速度快于建造进度,因此,该项目的传统方法是

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