{"title":"A Discussion of Pod Drives and Their Application In the Pleasure Boat Market","authors":"Christopher Swanhart","doi":"10.5957/pss-2009-17","DOIUrl":null,"url":null,"abstract":"Since being introduced to North America at the Miami Boat Show in 2005, Volvo Penta Inboard Performance System, or IPS has established itself as a leading propulsion choice among pleasure boat owners and builders. Other suppliers are following suit including the Cummins Mercruiser Zeus system. Pod propulsion offers benefits like increased efficiency, better performance, nimble handling, and low noise levels while allowing more people to successfully operate their vessel due to a friendly operator interface. Features of these commercial pod systems that also benefit builders include ease of installation and the integral underwater exhaust which helps to meet CE requirements, for both exhaust and noise levels.\n Both IPS and Zeus are fully integrated pod propulsion systems. Existing vessels can be retro-fitted with these systems while many new vessels are being designed specifically for IPS or Zeus. Donald L. Blount and Associates provides consulting in regards to IPS integration with existing and new designs and has also been involved with designs employing the Zeus system.\n The first portion of this paper discusses pod drives, particularly IPS itself. (Because the author has substantially more experience and background with IPS, much of the information herein is IPS specific). General information on IPS and Zeus is offered as well as some operational specifics. The paper then focuses on the application of pod drives in existing and new vessel designs. The discussion includes how hull forms can be evaluated for use with pod drives. A look at the integration of pod systems into various types of pleasure boats (cruiser, day boat, fishing yacht, etc) is also covered including the challenges which exist for each specific vessel type.","PeriodicalId":108275,"journal":{"name":"Day 2 Wed, September 16, 2009","volume":"16 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2009-09-15","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Day 2 Wed, September 16, 2009","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.5957/pss-2009-17","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
Since being introduced to North America at the Miami Boat Show in 2005, Volvo Penta Inboard Performance System, or IPS has established itself as a leading propulsion choice among pleasure boat owners and builders. Other suppliers are following suit including the Cummins Mercruiser Zeus system. Pod propulsion offers benefits like increased efficiency, better performance, nimble handling, and low noise levels while allowing more people to successfully operate their vessel due to a friendly operator interface. Features of these commercial pod systems that also benefit builders include ease of installation and the integral underwater exhaust which helps to meet CE requirements, for both exhaust and noise levels.
Both IPS and Zeus are fully integrated pod propulsion systems. Existing vessels can be retro-fitted with these systems while many new vessels are being designed specifically for IPS or Zeus. Donald L. Blount and Associates provides consulting in regards to IPS integration with existing and new designs and has also been involved with designs employing the Zeus system.
The first portion of this paper discusses pod drives, particularly IPS itself. (Because the author has substantially more experience and background with IPS, much of the information herein is IPS specific). General information on IPS and Zeus is offered as well as some operational specifics. The paper then focuses on the application of pod drives in existing and new vessel designs. The discussion includes how hull forms can be evaluated for use with pod drives. A look at the integration of pod systems into various types of pleasure boats (cruiser, day boat, fishing yacht, etc) is also covered including the challenges which exist for each specific vessel type.
自2005年在迈阿密游艇展上被引入北美以来,沃尔沃遍达内舷性能系统(IPS)已成为游艇业主和制造商的领先推进选择。其他供应商也在效仿,包括康明斯的宙斯系统。吊舱推进系统具有提高效率、更好的性能、灵活的操作和低噪音等优点,同时由于友好的操作界面,可以让更多的人成功操作他们的船只。这些商用吊舱系统的特点也有利于建筑商,包括易于安装和整体水下排气,有助于满足CE要求,排气和噪音水平。IPS和宙斯都是完全集成的吊舱推进系统。现有船只可以改装这些系统,而许多新船只正在专门为IPS或宙斯设计。Donald L. Blount and Associates提供有关IPS与现有和新设计集成的咨询,并且还参与了采用Zeus系统的设计。本文的第一部分讨论了pod驱动器,特别是IPS本身。(由于作者在IPS方面有更多的经验和背景,因此这里的许多信息都是针对IPS的)。提供了关于IPS和Zeus的一般信息以及一些操作细节。然后重点介绍了吊舱驱动在现有和新型船舶设计中的应用。讨论包括如何评估与吊舱驱动一起使用的船体形式。还介绍了将吊舱系统集成到各种类型的游船(巡洋舰、日间游船、渔船等)中的情况,包括每种特定类型的船舶存在的挑战。