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Technology insertion into an All Electric Ship - can it be done?

机译:技术插入全电力船 - 可以完成吗?

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The Electric Ship Concept and architecture has been pushed for many years as the key building block on the way to the All Electric Ship (AES). The selection of an Integrated Electric Propulsion (IEP) system for the UK's T45 Destroyer Project shows the UK's commitment and belief in the technology and concept, but doesn't fulfil the final goal. Since the inception of the Electric Ship Concept in the early 1990s the environment that it has progressed in has changed. The Strategic Defence Review of 1998 and the introduction of SMART Procurement, now SMART Acquisition, has introduced new challenges to the technology, systems and platform designs that make up the AES. One of these challenges is flexibility of the platform (warship swing). In SMART Acquisition this is facilitated by incremental acquisition and technology insertion. This paper looks at whether the All Electric Ship Concept, and T45 in particular, can adapt to the new challenge of Technology Insertion, or is fatally flawed by it.
机译:电气船概念和架构已被推动多年作为途中的关键构建块,在通往所有电船(AES)的路上。为英国T45驱逐舰项目的集成电动推进系统(IEP)系统展示了英国在技术和概念方面的承诺和信念,但并不能满足最终目标。自20世纪90年代初期成立了电力船概念以来,它已经改变了它的环境。 1998年的战略防御审查和智能采购的引入,现在智能采集,为构成AES的技术,系统和平台设计引入了新的挑战。其中一个挑战是平台的灵活性(战舰挥杆)。在智能采集中,通过增量采集和技术插入促进了这一点。本文介绍了所有电船概念和T45,都可以适应技术插入的新挑战,还是致命地缺乏致命的挑战。

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