Development and Testing of Bridle Line Power Generation for Aquaculture

Patrick M. Grehan, C. Casey, P. McEvoy, A. Wann
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Abstract

This paper presents the development and testing of Gator, a hydraulic Power Take Off (PTO) being commercialised for the Aquaculture market. Gator uses a novel polymer bellows to pump pressurised water through a power take off system, while also providing a non-linear force response that reduces mooring line loads over traditional mooring lines. The Gator system is comprised of 4 distinct subsystems: The Gator pump, hydraulics, turbine, and electrical storage & control. The Gator pump is a polymer component that compresses under load, pumping water through check valves into the hydraulic system. The connected hydraulic system takes the pressurised water, regulates the pressure and flow rates with an accumulator, and provides a steady flow of water to the turbine, generating electricity. This paper will provide an overview of the technical development of the Gator system over several phases, which has focussed its adaptation for use in the aquaculture industry as an inline pump on cage mooring lines. A description of comprehensive testing undertaken on a linear test rig to simulate the variable loading that the system would experience in operation will be provided as well as some of the early characterisation results from this testing.
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水产养殖用缰绳发电的研制与试验
本文介绍了鳄鱼的开发和测试,一个液压动力起飞(PTO)正在商业化的水产养殖市场。Gator采用一种新型聚合物波纹管,通过动力取水系统泵送加压水,同时提供非线性力响应,与传统系泊缆相比,减少了系泊缆的载荷。Gator系统由4个不同的子系统组成:Gator泵,液压,涡轮和电气存储与控制。Gator泵是一种聚合物组件,在负载下压缩,通过止回阀将水泵入液压系统。连接的液压系统接收加压水,通过蓄能器调节压力和流量,并为涡轮机提供稳定的水流,从而发电。本文将概述Gator系统在几个阶段的技术发展,重点介绍其在水产养殖业中作为笼系缆上的在线泵的应用。将提供在线性试验台上进行的综合测试的描述,以模拟系统在运行中可能经历的可变载荷,以及该测试的一些早期特征结果。
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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