2011Shaanxi Electric PowerRequires access

Practice on Reformation Project for Hydraulic Turbine in Weijiabao Hydropower Station

Min Wang

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Abstract

It is an important way for improving the service efficiency and generation benefit of hydropower station by using modern technologies to implement the reformation for station unit. The No. 1 hydraulic turbine in Weijiabao hydropower station has relatively low operation efficiency and bad anti-cavitation corrosion properties, and thus to be reformed. The paper introduces the reform principle, goal, style, scheme, implementation process and initial effect of the hydraulic turbine, which sets a benchmark for similar reformation projects.

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What this paper is about

It is an important way for improving the service efficiency and generation benefit of hydropower station by using modern technologies to implement the reformation for station unit. The No. 1 hydraulic turbine in Weijiabao hydropower station has relatively low operation efficiency and bad anti-cavitation corrosion properties, and thus to be reformed. The paper introduces the reform principle, goal, style, scheme, implementation process and initial effect of the hydraulic turbine, which sets a benchmark for similar reformation projects.

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Available abstract

It is an important way for improving the service efficiency and generation benefit of hydropower station by using modern technologies to implement the reformation for station unit. The No. 1 hydraulic turbine in Weijiabao hydropower station has relatively low operation efficiency and bad anti-cavitation corrosion properties, and thus to be reformed. The paper introduces the reform principle, goal, style, scheme, implementation process and initial effect of the hydraulic turbine, which sets a benchmark for similar reformation projects.

Key concepts: Hydropower, Hydraulic turbines, Turbine, Benchmark (surveying), Engineering, Service (business), Scheme (mathematics), Process (computing)

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