Wind assisted propulsion systems and the role of a Ship Classification Society

U. Hollenbach, H. Hoffmeister, J. Wienke
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引用次数: 1

Abstract

As an independent third-party consultant, DNV GL provides dedicated simulation studies on comparing the performance, reliability and economic impact of different sailing rig concepts in a high-level assessment. In more detailed studies a comparison of the reduction of green-house gases on different shipping routes throughout the year can be assessed. Each newbuilding must fulfil mandatory EEDI limit values. What is almost unknown in the shipbuilding community is that wind propulsion systems can become a significant measure to fulfil future stricter limits. EEDI rules and regulations offer the possibility considering the effect of WAPS (Wind Assisted Propulsions Systems) in the EEDI calculation. The assumptions in the EEDI rule set regarding a global wind matrix with reference to the global shipping routes are explained and discussed. DNV GL has traditionally been dealing with certification and engineering of sailing rigs and uses these synergies for offering certification and engineering services within the wind propulsion segment. Recently technical standards for wind assisted propulsion systems and a new additional class notation for the ships carrying such devices has been developed. These services and standards are presented in the third part of the paper.
风辅助推进系统和船级社的作用
作为独立的第三方咨询公司,DNV GL提供专门的模拟研究,在高级别评估中比较不同帆具概念的性能、可靠性和经济影响。在更详细的研究中,可以对全年不同航线温室气体减少量的比较进行评估。每艘新造船必须符合强制性EEDI限值。造船界几乎不知道的是,风力推进系统可以成为满足未来更严格限制的重要措施。EEDI规则和规定为在EEDI计算中考虑风辅助推进系统(WAPS)的影响提供了可能性。解释和讨论了EEDI规则集中关于参考全球航线的全球风矩阵的假设。DNV GL传统上一直从事帆船平台的认证和工程设计,并利用这些协同效应在风力推进领域提供认证和工程服务。最近制定了风辅助推进系统的技术标准和装载这种设备的船舶的新的附加船级符号。本文的第三部分介绍了这些服务和标准。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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