Reliability Compliance Test Method Research for Wind Turbine

Hong Che Guo; Lu Ping Dai; Chao Yi Ding

doi:10.4028/www.scientific.net/AMM.385-386.1049

Paper Titles

Metering Infrastructure and its Reference Architecture of Smart Distribution Grid Based on the Domain Model
p.1030

Analysis on Influence of Complex Power Transmission Environment on Main Equipment Safety of JiuAn Substation
p.1036

Multi-Scenario Based Generation Scheduling of Power System with Wind Farms
p.1040

Influence of Fuel Supply Advance Angle on Fuel Economy of Diesel Engine with Ethanol–Diesel Blend Fuel
p.1045

Reliability Compliance Test Method Research for Wind Turbine
p.1049

The Impact on the Voltage Fluctuation of Wind Power Integrated Separately in Chongqing Distribution Network
p.1053

Study of Grid Trust Model Based on Virtual Domain
p.1059

Design and Implementation of Wind Farm’s Power Prediction Web System
p.1066

Experimental Performance for a Universal Single Mooring Platform Applied to Wave-Energy Conversion System
p.1070

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 385-386Reliability Compliance Test Method Research for...

Reliability Compliance Test Method Research for Wind Turbine

Abstract:

The reliability model and test method of wind turbine is described in the paper. According to the characteristics of wind turbine product, a truncate sequential compliance method for reliability test is designed, and it is given an example for 1MW wind turbine. The example shows accumulating more before-test experience and decreasing the experiment time appropriately wont result in the reduction of the reliability.