Fully rehabilitation: integrating a small hydro cascade into a water supply system

P. Manso; J. Filliez; B. Moesching

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Fully rehabilitation: integrating a small hydro cascade into a water supply system

机译：全面修复：将小型水电梯级集成到供水系统中

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A rehabilitation scheme at the more than 100 year-old Fully hydro scheme, where the penstock had shown signs of ageing, has involved converting the original single power station into a cascade of three plants, which have been integrated in a municipal water supply system. This paper presents the main stages of the rehabilitation studies, the reasons for the solution adopted, as well as an overview of the construction challenges. The scheme is now nearing completion, with the last small plant scheduled to be commissioned in December.

机译：已有100多年历史的Fully水电计划的一项修复计划，其中的压力表已显示出老化迹象，该计划涉及将原始的单个发电站改造成由三座工厂组成的级联，并已集成到市政供水系统中。本文介绍了修复研究的主要阶段，采用该解决方案的原因以及对建设挑战的概述。该计划现已接近完成，最后一家小型工厂计划于12月投产。

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《The international journal on hydropower & dams》 |2016年第5期|54-59|共6页
作者
P. Manso; J. Filliez; B. Moesching;
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作者单位

Laboratory of Hydraulic Constructions, EPFL, Switzerland,Ecole Polytechnique Federale de Lausanne, (ENAC-IIC-LCH) Station 18, CH-1015 Lausanne, Switzerland;

Stucky SA (Gruner Company), Rue du Lac 33, 1020 Renens VD, Switzerland;

SEIC-Teledis, Grande rue 2, 1904 Vernayaz, Switzerland;

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2. Geographic information systems - tool for evaluation of the hydro-energy performance of water supply systems [J] . Aline Christian Pimentel Almeida Santos, José Almir Rodrigues Pereira, Augusto da Gama Rego, Acta Scientiarum. Technology . 2017,第2期

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4. Long-term scheduling of cascaded hydro energy system with distributed water usage allocation constraints [C] . Tong Bo, Guan Xiaohong, Zhai Qiaozhu, 2011 IEEE Power and Energy Society General Meeting: the electrification of transportation the grid of the future . 2011

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Fully rehabilitation: integrating a small hydro cascade into a water supply system

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