2011 Deep Research Report on China Reactive Power Compensation SVC SVG Industry
1.2.3 SVC SVG Comparative analysis 1.3 SVC SVG Industry chain structure 12 1.4 SVC SVG application and market prospect analysis 12 1.4.1 metallurgical industry 12 1.4.2 power grid network 13 1.4.3 Wind power 13 1.4.4 Electrified railway 13 1.4.5 Chemical and coal mine industry 14 Chapter Two SVC SVG principle and related technical analysis 15 2.1 SVC SVG basic principle 15 2.1.1 SVC Compensation principle 15 2.1.2 SVG Compensation principle 16 2.2 SVC SVG key technology 17 2.2.1 SVC key technology 17 2.2.2 SVG key technology 17 2.3 SVC SVG experiment and production equipment 18 2.4 Power quality standards and the requirements of the reactive power compensation 20 2.5 Enter SVC SVG industry main obstacle 21 Chapter Three SVC Production Supply Sales Demand Market Status and Forecast 22 3.1 SVC production supply Overview 22 3.2 SVC demand 28 3.3 SVC supply demand and shortage 31 3.4 SVC Cost Price Production Value Profit Margin 32 Chapter Four SVG Production Supply Sales Demand Market Status and Forecast 34 4.1 SVG production supply Overview 34 4.2 SVG demand 41 4.3 SVG supply demand and shortage 44 4.4 SVG Cost Price Production Value Profit Margin 44 Chapter Five SVC SVG Comparative analysis 46 5.1 SVC SVG technology Comparative analysis 46 5.2 SVC SVG application field Comparative analysis 46 5.3 SVC SVG market capacity Comparative analysis 47 Chapter Six SVC SVG key Manufacturers 49 6.1 ABB Switzerland SVC SVG 49 6.2 Siemens Germany SVC SVG 58 6.3 Alstom France SVC SVG 65 6.4 Mitsubishi Electric Corporation Japan SVC SVG 72 6.5 Hitachi Japan SVC SVG 78 6.6 Toshiba Japan SVC SVG 83 QYResearch Mr. Zhangdong sales@qyresearch.com 13811796901 8610-82945717
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