Define China's Wind Power Industry Life Cycle Based on the Compartz Curve Model

Han Li; Lin Wu

doi:10.4028/www.scientific.net/AMM.672-674.213

Paper Titles

An Online Rolling Dispatch Optimization Strategy for the Access of Intermittent New Energy
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Application of Recurrence Plot to Wind Power Predictability Study under Different Sampling Intervals
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Applied Research of Convertible Wind-Solar Hybrid System on Matlab
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Comprehensive Evaluation Index on Voltage Fluctuation and Stability Considering Wind Power Generators
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Define China's Wind Power Industry Life Cycle Based on the Compartz Curve Model
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Design of the Superconducting Excitation Winding for 12 MW Direct-Drive Wind Generator
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Dynamic Torsional Load Control of Double-Fed Wind Turbine Drive-Train Based on Three-Mass Shaft Model
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Effect of Large-Scale Wind Power Integration on Inter-Area Oscillation of Power System
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Energy Management and Coordinated Control Strategies of Isolated Micro-Grid with Wind Turbines and Seawater Desalination Devices
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 672-674Define China's Wind Power Industry Life Cycle...

Define China's Wind Power Industry Life Cycle Based on the Compartz Curve Model

Abstract:

Compartz curve model is used to define China's wind power industry according to the statistics of the decade's new wind power capacity worldwide and China’ new wind power capacity. Studies shown that China’ new wind power industry is in the growth stage of the industry life cycle. With the industry's characteristics of this phase, given the policies of soft environment improvement, leading enterprises development, market mechanisms introduction, technology innovation system building,industry service system improvement and intellectual property protection system establishment to our goverment.