Australia and New Zealand – Car Theft and Insurance Market

Report Summary


Australia and New Zealand ranked 5th and 3rd highest vehicle theft risk countries out of 20 key global markets

Australia and New Zealand represent high theft risk markets. The insurance industries in these markets, however, have started taking steps to reduce vehicle theft through public awareness campaigns and discounts for higher security fitment. New Zealand is now starting to follow its Australian counterparts’ lead by considering mandatory immobiliser fitment.

With the onset of potential new legislation and as a part of SBD’s ongoing reporting on global vehicle theft, this new report explains the insurance criteria, describes future developments in legislation and provides a general overview of the situation related to vehicle theft in Australia and New Zealand.

This report will enable you to:
  • Learn what the Australian and New Zealand insurance industry’s response is to theft rates
  • Plan vehicle security specifications for these markets
  • Offer security systems which are compliant with latest legislation and insurance criteria
  • Understand how current activities within government and insurance will have an impact on the future requirements for these markets

Australia and New Zealand – Car theft and insurance

Table of Contents
1. Executive summary
1.1 Introduction
1.2 Conclusions
1.3 Overview
1.4 Current situation
1.5 Future changes
2. Australia – Market Overview
2.1 Market situation
2.2 Car theft data
2.3 Theft reduction strategies
3. Australia – Insurance System
3.1 Insurance Association
3.2 Types of insurance offered
3.3 Risk classification
3.4 Vehicle security assessment
4. New Zealand – Market Overview
4.1 Market situation
4.2 Car theft data
4.3 Theft reduction strategies
5. New Zealand – Insurance System
5.1 Insurance Association
5.2 Types of insurance offered
5.3 Risk classification
5.4 Vehicle security assessment
6. Joint Australia and New Zealand Standards Committee
6.1 AS/NZS 4601 – Standard for vehicle immobilisers
6.2 AS/NZS 3749 – Standard for vehicle intruder alarms
7. Future Developments
7.1 Australia
7.1.1 NMVTRC annual strategic plans
7.2 New Zealand
7.2.1 Mandatory immobilisers
7.2.2 Compulsory third party property insurance
LIST OF FIGURES
Fig. 1 A comparison of total vehicle theft and theft rates in Australia and New Zealand
Fig. 2 Types of insurance in Australia and New Zealand
Fig. 3 Map of Australia
Fig. 4 Australia new passenger car sales
Fig. 5 2009 Australia new passenger car sales (by manufacturer)
Fig. 6 Most popular models in Australia (by new car sales in 2009)
Fig. 7 Total motor vehicle theft in Australia
Fig. 8 Motor vehicle theft rates in Australia (by region)
Fig. 9 Rising vehicle theft in the Northern Territory and the ACT
Fig. 10 2008/09 Motor vehicle theft rates by year of registration
Fig. 11 Motor vehicle theft rate in Australia by immobiliser fitment
Fig. 12 “Most at Risk” vehicles in 2008/09
Fig. 13 Percentage of insurance claims by anti-theft device fitment
Fig. 14 Percentage change in the recovery rate of stolen vehicles, 2000-2009
Fig. 15 Top 10 profit-motivated theft targets, 2007 to 2009
Fig. 16 NMVTRC “Immobilise Now” posters
Fig. 17 RCAR New vehicle theft resistance assessment scoring
Fig. 18 Regions of New Zealand
Fig. 19 New passenger car sales in New Zealand
Fig. 20 New Zealand annual new vehicle sales versus used imports
Fig. 21 2009 New Zealand new passenger car sales (by manufacturer)
Fig. 22 Most popular models in New Zealand (by new vehicle sales in 2008)
Fig. 23 Total motor vehicle thefts in New Zealand (by year)
Fig. 24 New Zealand recovery rate of stolen vehicles
Fig. 25 2009 Motor vehicle insurance take-up rates in New Zealand
Fig. 26 NZSA star rating scheme requirements
Australia and New Zealand – Car Theft and Insurance

Related Reports:
  1. Connecting Usage-Based Insurance with OE Telematics
  2. Usage-based Insurance: A Market Assessment
  3. The Future of Retailing in Australia
  4. Australia and New Zealand – Car Theft and Insurance Market
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Construction Equipment Market in Argentina to 2015

The Future of the Construction Equipment Market in Argentina to 2015

Construction Equipment Market

This report is the result of WMI’s extensive market and company research covering Argentina construction equipment market. With a combination of textual commentary, analysis, and charts, the report covers the following categories:
Earth moving equipment
Construction vehicles
Material handling equipment
Concrete equipment
Tunneling and drilling equipment
Road construction equipment
The report provides data for the historic years (2005-2009), estimated data for full year 2010, and forecasts from 2011 through 2015 along with growth rates. The report covers the performance of the overall construction equipment market along with individual performances of each category. It also includes the company profiles of the top construction equipment producers.
TOC
1 Introduction
1.1 What is this Report About?
1.2 Definitions
1.3 Summary Methodology
2 Executive Summary
3 Construction Industry Analysis
4 Construction Equipment Market Analysis
4.1 Construction Equipment Consumption
4.1.1 Construction Equipment Consumption Value Review
4.1.2 Construction Equipment Consumption Value Forecast
4.2 Construction Equipment Turnover
4.2.1 Construction Equipment Turnover Review
4.2.2 Construction Equipment Turnover Review by Category
4.2.3 Construction Equipment Turnover Forecast
4.2.4 Construction Equipment Turnover Forecast by Category
4.3 Construction Equipment Exports
4.3.1 Construction Equipment Exports Review
4.3.2 Construction Equipment Exports Review by Category
4.3.3 Construction Equipment Exports Forecast
4.3.4 Construction Equipment Exports Forecast by Category
4.4 Construction Equipment Imports
4.4.1 Construction Equipment Imports Review
4.4.2 Construction Equipment Imports Review by Category
4.4.3 Construction Equipment Imports Forecast
4.4.4 Construction Equipment Imports Forecast by Category
4.5 Construction Equipment Turnover Dynamics
5 Construction Equipment Market Category Analysis
5.1 Earth Moving Equipment
5.1.1 Earth Moving Equipment Turnover Review
5.1.2 Earth Moving Equipment Turnover Review by Subcategory
5.1.3 Earth Moving Equipment Turnover Forecast
5.1.4 Earth Moving Equipment Turnover Forecast by Subcategory
5.2 Construction Vehicles
5.2.1 Construction Vehicles Turnover Review
5.2.2 Construction Vehicles Turnover Forecast
5.3 Materials Handling Equipment
5.3.1 Materials Handling Equipment Turnover Review
5.3.2 Materials Handling Equipment Turnover Review by Subcategory
5.3.3 Materials Handling Equipment Turnover Forecast
5.3.4 Materials Handling Equipment Turnover Forecast by Subcategory
5.4 Concrete Equipment
5.4.1 Concrete Equipment Turnover Review
5.4.2 Concrete Equipment Turnover Review by Subcategory
5.4.3 Concrete Equipment Turnover Forecast
5.4.4 Concrete Equipment Turnover Forecast by Subcategory
5.5 Road Construction Equipment
5.5.1 Road Construction Equipment Turnover Review
5.5.2 Road Construction Equipment Turnover Forecast
5.6 Other Construction Equipment
5.6.1 Other Construction Equipment Turnover Review
5.6.2 Other Construction Equipment Turnover Forecast
6 Appendix
6.1 About World Market Intelligence
6.2 Disclaimer


Jib Cranes | Gantry Cranes | Goliath Cranes |
The Future of the Construction Equipment Market in Mexico to 2015
The Future of the Construction Equipment Market in Spain to 2015
The Future of the Construction Equipment Market in Argentina to 2015
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Global Wind Turbine Market Will Reach $73.5 Billion by 2015



According to a new market research report, ‘Global & China Wind Turbine Market (2010 – 2015)’, published by MarketsandMarkets (www.marketsandmarkets.com), new wind turbines capacity of 236.6 GW would be installed between 2010 and 2015, representing a CAGR of 17% in global installed capacity for the same period. In 2015, the market will generate $73.5 billion revenue from turbine sales.

Browse 108 market data tables/figures and in-depth TOC on Global and China Wind Turbine Market. Early buyers will receive 10% customization of reports
http://www.marketsandmarkets.com/Market-Reports/china-wind-283.html

Increasing price of non-renewable energy sources, growing energy consumption especially from emerging countries, pro-wind regulatory environment for wind projects and increase in utility scale wind energy generation farms have put the world at 159 GW installed capacity at the end of 2009. Investments in wind energy, new trends of technological improvements and increased focus towards offshore wind potential made   the industry to grow at compound annual growth rate (CAGR) of 6% in per year installations and 17% in cumulative installed capacity between 2010 and 2015.

The fastest growing region would be Asia Pacific, with per year installations CAGR of 11.3% is expected to outpace Europe by 2013. At the end of 2015, Asia Pacific will be at 183 GW installed capacity followed by Europe at 144 GW and American (North & South) at 105 GW. The growth of Asia Pacific is lead by China,  with CAGR of 15.4% in annual installations and 24.6% in cumulative installed capacity during 2010 to 2015. China’s turbine market growth is supported by the internal market drivers such as government support through various subsidies, increasing turbine demand from existing and proposed wind farms and inexpensive raw material availability.

China will also be the best place for turbine and component manufacturing with top 15 OEMs’ are expected to have presence in the country. However policies and regulations in China are mainly supporting the domestic  players. About 70% of turbine components should be manufactured within china as per government rule. Chinese players utilized and have lion’s share of the domestic market with market share of more than 75% in 2009. However, recently Chinese government has relaxed the rule in order to support more competition from foreign players. So it is expected that many MNC’s would set up new manufacturing facilities in china. Hence domestic players will likely to face pressure on their margins and also have to compete with technically superior foreign players. The price per MW of wind turbine is also expected to come down from 2009 levels by 2015 due to increased supply.

The report ‘Global & China Wind Turbine Market’ is divided into two chapters. Chapter one will have extensive analysis of Global wind turbine market and Chapter two is about China wind turbine market. The objective of report is to highlight key market trends which can be strategically useful and actionable for the stakeholders i.e. turbine manufacturers, turbine component suppliers, raw material suppliers, wind farm developers, investors government agencies and industry associations. The entire report is supported with lot of facts and figures about market size, market revenues, prices per MW, raw materials and cost structures. The total number of tables and figures are about 108 in the report. The report also forecasts the wind turbine market and possible scenario till 2015.

About MarketsandMarkets
MarketsandMarkets (M&M) is a global market research and consulting company based in the U.S. We publish strategically analyzed market research reports and serve as a business intelligence partner to Fortune 500 companies across the world.

MarketsandMarkets also provides multi-client reports, company profiles, databases, and custom research services. M&M covers thirteen industry verticals, including advanced materials, automotive and transportation, banking and financial services, biotechnology, chemicals, consumer goods energy and power, food and beverages, industrial automation, medical devices, pharmaceuticals, semiconductor and electronics, and telecommunications and IT.

We at MarketsandMarkets are inspired to help our clients grow by providing apt business insight with our huge market intelligence repository. To know more about us and our reports, please visit our website www.marketsandmarkets.com

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Geothermal Power Market and Heat Pump Market

Global Geothermal Power and Heat Pump Market Outlook: (2010-2015)

Heat Pump Market

Geothermal Power Market

Report Summary


Geothermal energy is a renewable source of energy derived from the earth’s crust. The heat available underneath is called as geothermal heat, which is utilized to generate power by drilling wells and employing various technologies such as dry steam, flash steam, and binary cycle. Another major utilization of geothermal heat is its direct use in space heating, aquaculture, horticulture, swimming pools, and spa treatments. These two applications form the geothermal energy industry and are the focus areas of interest in the report.


The report provides comprehensive analysis and forecast of geothermal energy industry. The analysis and forecasts are based on key data points regarding installed capacity, technological developments and use, market segments, research and development. It incorporates cost related aspects of the geothermal energy industry categorized into fixed and variable costs.

The report also consists of updates and developments in the market during the last 12 months. The surging prices of non-renewable sources, petroleum in particular and growing concern over pollution control is helping the growth of the market for renewable sources of energy.

Markets Covered

The major applications of geothermal energy like electricity generation and direct use (geothermal heat pump installations) have been covered in great detail. The sub-types of these applications of geothermal energy based on their conversion technologies and equipments have been analyzed in detail. We have done an in-depth competitive landscape and geographic analysis for each of the markets and their sub-segments, covering the major markets, viz. Americas, Europe, Asia Pacific (APAC), and Rest of the World (RoW).

Stakeholders
  • Geothermal power plant companies
  • Geothermal industry equipment manufacturers
  • Government agencies
  • Institutional investors/shareholders
  • Power distributors
  • Environmental research institutes
Research Methodology

The global geothermal energy market is analyzed and forecasted for the period 2010 to 2015. Market forecasts are based on primary and secondary research data. The market structure is designed on the basis of the secondary research conducted to study the product portfolios of major global renewable energy companies. This structure is cross-validated through primaries conducted with the industry players and KOL’s (Key opinion leaders). The secondary research was based on paid sources such as Factiva and basic internet search for relevant news articles and websites of companies and associations.

The major players have been profiled on the basis of their recent additions to installed capacities, future projects, and publicly available information. The market value for geothermal electricity is calculated on the basis of average tariff rates in major countries.

For geothermal heat pumps, market is forecasted on the basis of cumulative number of installations assuming average capacity of heat pump to be 12kW. The installed capacity of geothermal heat pump is approximated to be 67% of total installed capacity based on secondary and primary research.

What makes our reports unique?
  • We provide the longest market segmentation chain in this industry- not many reports provide market breakdown upto level 5.
  • We provide 10% customization. Normally it is seen that clients do not find specific market intelligence that they are looking for. Our customization will ensure that you necessarily get the market intelligence you are looking for and we get a loyal customer.
  • 15 pages of high level analysis including benchmarking strategies, best practices and the market’s cash cows (BCG matrix). We conduct detailed market positioning, product positioning and competitive positioning. Entry strategies, gaps and opportunities are identified for all the stakeholders.
Powerful Research and Analysis

MarketsandMarkets (M&M) is a global market research and consulting company based in the U.S. We publish strategically analyzed market research reports and serve as a business intelligence partner to Fortune 500 companies across the world. MarketsandMarkets also provides multi-client reports, company profiles, databases, and custom research services.

M&M covers thirteen industry verticals, including advanced materials, automotive and transportation, banking and financial services, biotechnology, chemicals, consumer goods energy and power, food and beverages, industrial automation, medical devices, pharmaceuticals, semiconductor and electronics, and telecommunications and IT. We at MarketsandMarkets are inspired to help our clients grow by providing apt business insight with our huge market intelligence repository.

Global geothermal power and heat pump market offering a promising growth rate of 14% by 2015. 


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Usage-based Insurance: A Market Assessment

Introduction

The premise of UBI is that it identifies good drivers and influences behavior resulting in fewer or less severe accidents. Insurers charge these drivers lower premiums for improved claims experience. Insurers verify the driver’s behavior wirelessly from a telematics device in the vehicle supported by a robust set of IT solutions.

Features and benefits
  • Assessment of the UBI marketplace.
  • Identification of key UBI ecosystem participants.
  • Discussion of the major business models being used by insurers offering UBI.
  • Discussion of the drivers and inhibitors shaping the UBI marketplace.
  • Discussion of the technology and telecommunications requirements needed to implement and support UBI.
Highlights

UBI premium-setting is based on an individual driver’s behavior and represents a dramatic shift from insurers’ use of the law of large numbers. This fragmentation of the risk pool puts insurers on a path towards one-to-one customer interactions and provision of best-of-class customer service.

Your key questions answered
  • What is usage-based insurance?
  • Which insurance companies are offering UBI?
  • What are the opportunities for mobile operators in the UBI marketplace?
  • What are the opportunities for IT firms supporting insurers offering UBI?
  • What are the value propositions and major objectives of key UBI ecosystem players?

Usage-based Insurance: A Market Assessment

Usage-based Insurance

Usage Based Insurance

Table Of Contents

SUMMARY

In a nutshell
Ovum view
Key messages
UBI repeals the law of large numbers
UBI programs need robust mobile telecommunications
UBI is all potential
No optimal rating model apparent
Insurers will be getting deeper into the information business

THE UBI LANDSCAPE IS AN ECOSYSTEM OF MANY INDUSTRIES

UBI is a dramatic shift from traditional automobile insurance
The UBI marketplace encompasses a diverse ecosystem of industries
Embedded chips and robust wireless telecommunications make UBI possible
The essence of success in the UBI ecosystem is coopetition among industries
A growing number of insurers worldwide participate in the UBI space

FINDING THE RIGHT GO-TO-MARKET STRATEGY IS CRUCIAL

A variety of insurer business models exist, each with its own implications for UBI providers
Prepaid UBI models let customers buy blocks of miles
Mileage/odometer-based UBI models are relatively inexpensive
Behavior-based UBI models provide insurers with the most desirable information
Location-based UBI models are desirable, but also controversial
Device-based plus VAS models create revenue opportunities
Insurers must balance the benefits of key rating factors with the cost of collecting them
The UBI space is characterized almost entirely by market potential
There are three major operational platforms in the UBI ecosystem
Customer trust platforms can help insurers save on UBI operational costs
Partner platforms support a variety of UBI business models
Ownership platforms give insurers VAS positioning strength
There are several market positioning paths available to insurers
DRIVERS AND INHIBITORS SHAPE THE UBI SPACE
A host of market drivers could make UBI a reality
Inhibitors slowing UBI adoption are centered around cultural inertia and insurer uncertainty
UBI participants must manage a wide range of regulations
TECHNOLOGY PLAYS A KEY ROLE IN THE UBI SPACE
Technology underpins entire process
Wireless communications is critical to UBI
UBI platforms require equipment, connectivity, and applications
Mobile operators need device platform partners for UBI
Wireless access and device costs must come down
RECOMMENDATIONS
Recommendations for insurance companies
Recommendations for mobile operators
Recommendations for information technology vendors
Alternative views
APPENDIX
Further reading
Methodology
Definitions
Authors
Ovum Consulting
Disclaimer
Usage-Based Insurance
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Connecting Usage-Based Insurance with OE Telematics - New Market Report

Connecting usage-based insurance with OE telematics

PAYD Market
Report Summary


A clear and concise review of global initiatives to launch usage-based insurance schemes, better known as Pay-As-You-Drive (PAYD). This report describes not only the different technology approaches to such services, but also provides insight into how OE telematics could be the successful partner for PAYD Market.

Table Of Contents

1. Executive summary
1.1 Introduction
1.2 Lack of current success
1.3 Positive future

2. What is usage-based insurance?
2.1 Introduction
2.1.1 Marketing
2.2 Scheme options
2.3 Technologies
2.3.1 Standards

3. Market Overview
3.1 Austria
3.2 Belgium
3.3 Canada
3.4 France
3.5 Germany
3.6 Ireland
3.7 Israel
3.8 Italy
3.9 Japan
3.10 Netherlands
3.11 South Africa
3.12 Spain
3.13 United Kingdom
3.14 United States of America

4. OE Telematics and usage-based insurance

4.1 Fiat Blue & Me

5. Success factors
5.1 Short term
5.2 Medium term
5.3 Long term

LIST OF FIGURES

Fig. 1 Factors restricting success of usage-based insurance
Fig. 2 Objectives for usage-based insurance schemes
Fig. 3 Usage-based insurance monitoring criteria
Fig. 4 Examples of usage-based insurance schemes
Fig. 5 Fiat Blue & Me services
Fig. 6 Fiat Blue & Me Insure business architecture
Fig. 7 Unresolved issues for usage-based insurance
services Usage-Based Insurance
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Construction Equipment Market in Mexico to 2015

The Future of the Construction Equipment Market in Mexico to 2015

Construction Equipment Market in Mexico

Construction Equipment Market
Report Summary

This report is the result of extensive market and company research covering the Mexican construction equipment market. With a combination of textual commentary, analysis, and charts, the report covers the following categories:

  • Earth moving equipment
  • Construction vehicles
  • Material handling equipment
  • Concrete equipment
  • Tunneling and drilling equipment
  • Road construction equipment
  • Other construction equipment
The report provides data for the historic years (2005-2009), estimated data for full year 2010, and forecasts from 2011 through 2015 along with growth rates. The report covers the performance of the overall construction equipment market along with individual performances of each category. It also includes the company profiles of the top construction equipment producers.

Scope
  • Analysis on current year performance and forecast assumptions for each category
  • Supporting text on individual construction equipment categories including full year 2010 market value and forecasts till 2015
  • Profiles of top construction equipment producers in the country
Reasons To Buy
  • Gain insight into Mexican construction equipment market with current, historic and forecast market values
  • Get insight on the construction equipment categories of the Mexican construction equipment market
  • Identify top producers of the Mexican construction equipment market along with profiles of all those companies
Table Of Contents

1 Introduction
1.1 What is this Report About?
1.2 Definitions
1.3 Summary Methodology
2 Executive Summary
3 Construction Industry Analysis
4 Construction Equipment Market Analysis
Construction Equipment Consumption 14
4.1.1 Construction Equipment Consumption Value Review
4.1.2 Construction Equipment Consumption Value Forecast
4.2 Construction Equipment Turnover
4.2.1 Construction Equipment Turnover Review
4.2.2 Construction Equipment Turnover Review by Category
4.2.3 Construction Equipment Turnover Forecast
4.2.4 Construction Equipment Turnover Forecast by Category
4.3 Construction Equipment Exports
4.3.1 Construction Equipment Exports Review
4.3.2 Construction Equipment Exports Review by Category
4.3.3 Construction Equipment Exports Forecast
4.3.4 Construction Equipment Exports Forecast by Category
4.4 Construction Equipment Imports
4.4.1 Construction Equipment Import Review
4.4.2 Construction Equipment Imports Review by Category
4.4.3 Construction Equipment Import Forecast
4.4.4 Construction Equipment Import Forecast by Category
4.5 Construction Equipment Turnover Dynamics
5 Construction Equipment Market Category Analysis
5.1 Earth Moving Equipment
5.1.1 Earth Moving Equipment Turnover Review
5.1.2 Earth Moving Equipment Turnover Review by Subcategory
5.1.3 Earth Moving Equipment Turnover Forecast
5.1.4 Earth Moving Equipment Turnover Forecast by Subcategory
5.2 Construction Vehicles
5.2.1 Construction Vehicles Turnover Review
5.2.2 Construction Vehicles Turnover Forecast
5.3 Material Handling Equipment
5.3.1 Material Handling Equipment Turnover Review
5.3.2 Material Handling Equipment Turnover Review by Subcategory
5.3.3 Material Handling Equipment Turnover Forecast
5.3.4 Material Handling Equipment Turnover Forecast by Subcategory
5.4 Concrete Equipment
5.4.1 Concrete Equipment Turnover Review
5.4.2 Concrete Equipment Turnover Review by Subcategory
5.4.3 Concrete Equipment Turnover Forecast
5.4.4 Concrete Equipment Turnover Forecast by Subcategory
5.5 Tunneling and Drilling Equipment
5.5.1 Tunneling and Drilling Equipment Turnover Review
5.5.2 Tunneling and Drilling Equipment Turnover Forecast
5.6 Road Construction Equipment
5.6.1 Road Construction Equipment Turnover Review
5.6.2 Road Construction Equipment Turnover Forecast
5.7 Other Construction Equipment
5.7.1 Other Construction Equipment Turnover Review
5.7.2 Other Construction Equipment Turnover Forecast
6 Appendix
6.1 About World Market Intelligence
6.2 Disclaimer

List of Tables
Table 1: Construction Equipment Category Definitions
Table 2: Construction Equipment Consumption Value (US$ Million), 2005–09
Table 3: Construction Equipment Consumption Value (US$ Million), 2010–15
Table 4: Construction Equipment Turnover Value (US$ Million), 2005–09
Table 5: Construction Equipment Turnover by Category Value (US$ Million), 2005–09
Table 6: Construction Equipment Turnover Value (US$ Million), 2010–15
Table 7: Construction Equipment Turnover by Category Value (US$ Million), 2010–15
Table 8: Construction Equipment Exports Value (US$ Million), 2005–09
Table 9: Construction Equipment Exports by Category Value (US$ Million), 2005–09
Table 10: Construction Equipment Exports Value (US$ Million), 2010–15
Table 11: Construction Equipment Exports by Category Value (US$ Million), 2010–15
Table 12: Construction Equipment Imports Value (US$ Million), 2005–09
Table 13: Construction Equipment Imports by Category Value (US$ Million), 2005–09
Table 14: Construction Equipment Imports Value (US$ Million), 2010–15
Table 15: Construction Equipment Imports by Category Value (US$ Million), 2010–15
Table 16: Earth Moving Equipment Turnover Value (US$ Million), 2005–09
Table 17: Earth Moving Equipment Turnover by Subcategory Value (US$ Million), 2005–09
Table 18: Earth Moving Equipment Turnover Value (US$ Million), 2010–15
Table 19: Earth Moving Equipment Turnover by Subcategory Value (US$ Million), 2010–15
Table 20: Construction Vehicles Turnover Value (US$ Million), 2005–09
Table 22: Construction Vehicles Turnover Value (US$ Million), 2010–15
Table 24: Material Handling Equipment Turnover Value (US$ Million), 2005–09
Table 25: Material Handling Equipment Turnover by Subcategory Value (US$ Million), 2005–09
Table 26: Material Handling Equipment Turnover Value (US$ Million), 2010–15
Table 27: Material Handling Equipment Turnover by Subcategory Value (US$ Million), 2010–15
Table 28: Concrete Equipment Turnover Value (US$ Million), 2005–09
Table 29: Concrete Equipment Turnover by Subcategory Value (US$ Million), 2005–09
Table 30: Concrete Equipment Turnover Value (US$ Million), 2010–15
Table 31: Concrete Equipment Turnover by Subcategory Value (US$ Million), 2010–15
Table 32: Tunneling and Drilling Equipment Turnover Value (US$ Million), 2005–09
Table 34: Tunneling and Drilling Equipment Turnover Value (US$ Million), 2010–15
Table 36: Road Construction Equipment Turnover Value (US$ Million), 2005–09
Table 38: Road Construction Equipment Turnover Value (US$ Million), 2010–15
Table 40: Other Construction Equipment Turnover Value (US$ Million), 2005–09
Table 42: Other Construction Equipment Turnover Value (US$ Million), 2010–15
List of Figures
Figure 1: Construction Equipment Consumption Value (US$ Million), 2005–09
Figure 2: Construction Equipment Consumption Value (US$ Million), 2010–15
Figure 3: Construction Equipment Turnover Value (US$ Million), 2005–09
Figure 4: Construction Equipment Turnover by Category Value (%), 2005–09
Figure 5: Construction Equipment Turnover Value (US$ Million), 2010–15
Figure 6: Construction Equipment Turnover by Category Value (%), 2010–15
Figure 7: Construction Equipment Exports Value (US$ Million), 2005–09
Figure 8: Construction Equipment Exports by Category Value (%), 2005–09
Figure 9: Construction Equipment Exports Value (US$ Million), 2010–15
Figure 10: Construction Equipment Exports by Category Value (%), 2010–15
Figure 11: Construction Equipment Imports Value (US$ Million), 2005–09
Figure 12: Construction Equipment Imports by Category Value (%), 2005–09
Figure 13: Construction Equipment Imports Value (US$ Million), 2010–15
Figure 14: Construction Equipment Imports by Category Value (%), 2010–15
Figure 15: Construction Equipment Turnover Dynamics by Category (%), 2005–15
Figure 16: Earth Moving Equipment Turnover Value (US$ Million), 2005–09
Figure 17: Earth Moving Equipment Turnover by Subcategory Value (%), 2005–09
Figure 18: Earth Moving Equipment Turnover Value (US$ Million), 2010–15
Figure 19: Earth Moving Equipment Turnover by Subcategory Value (%), 2010–15
Figure 20: Construction Vehicles Turnover Value (US$ Million), 2005–09
Figure 21: Construction Vehicles Turnover Value (US$ Million), 2010–15
Figure 22: Material Handling Equipment Turnover Value (US$ Million), 2005–09
Figure 23: Material Handling Equipment Turnover by Subcategory Value (%), 2005–09
Figure 24: Material Handling Equipment Turnover Value (US$ Million), 2010–15
Figure 25: Material Handling Equipment Turnover by Subcategory Value (%), 2010–15
Figure 26: Concrete Equipment Turnover Value (US$ Million), 2005–09
Figure 27: Concrete Equipment Turnover by Subcategory Value (%), 2005–09
Figure 28: Concrete Equipment Turnover Value (US$ Million), 2010–15
Figure 29: Concrete Equipment Turnover by Subcategory Value (%), 2010–15
Figure 30: Tunneling and Drilling Equipment Turnover Value (US$ Million), 2005–09
Figure 31: Tunneling and Drilling Equipment Turnover Value (US$ Million), 2010–15
Figure 32: Road Construction Equipment Turnover Value (US$ Million), 2005–09
Figure 33: Road Construction Equipment Turnover Value (US$ Million), 2010–15
Figure 34: Other Construction Equipment Turnover Value (US$ Million), 2005–09
Figure 35: Other Construction Equipment Turnover Value (US$ Million), 2010–15

Related Reports:
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  2. The Future of the Construction Equipment Market in Mexico to 2015
  3. Green Buildings Market to 2015 – Incentives for Green Initiatives and Minimum Level of Standards to Boost Growth Opportunities
  4. The Future of Retailing in Japan
  5. The Future of Retailing in India
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Market Study - Global and China Stainless Steel Industry Report, 2009-2010

Global and China Stainless Steel Industry Report, 2009-2010

China Stainless Steel Industry

Stainless Steel Industry

Report Summary


Stainless steel can be classified into 300 series, 400 series and 200 series, among which, 300 series boasts the mainstream in the market. In 2009, 300 series accounted for 60.6% of the global stainless steel output and 52.06% of the Chinese stainless steel output.

With the growing demand for stainless steel in emerging economies like China, South Korea and India, the global stainless steel industry is transferring to these countries at an ever faster speed. In 2009, against the backdrop of declining consumer demand for stainless steel in Europe and America, global crude stainless steel output dropped 5.2% year on year to 24.6 million tons. By contrast, the stainless steel output in Asia increased by 6.2%. A case in point is China, whose output of crude stainless steel rose by 26.8% to 8.805 million tons.

In recent years, with the increasing consumer demand for stainless steel in China, stainless steel industry segments such as stainless steel board, strip, section and pipe have seen rapid increase in output, and the emergence of competitive flagship enterprises.

In the stainless steel board sector, Lianzhong (Guangzhou) Stainless Steel Corporation has the largest output of 200 series stainless steel coil. Shanxi Taigang Stainless Steel, Baosteel Stainless Steel, Zhangjiagang Pohang Stainless Steel, Jiuquan Iron & Steel Group, and Taishan Steel are competitive in the 400 series stainless steel coil market. In particular, Shanxi Taigang Stainless Steel ranked No.1 in the world in terms of the stainless steel output in 2009.

In the stainless steel strip sector, private stainless steel enterprises are major players. Fujian Wuhang Stainless Steel Products, with hot-rolled and cold-rolled stainless steel strips as main products, achieved an annual crude stainless steel output of 900,000 tons in 2009. Southwest Stainless Steel, a hot-rolled stainless steel strip manufacturer, achieved an annual crude stainless steel output of 400,000 tons.

In the stainless steel section sector, there are 18 leading enterprises, including Tsingshan Holding Group and Dongbei Special Steel Group. Dongbei Special Steel Group mainly manufactures stainless steel bar and wire rod. Dalian Special Steel Products Co., Ltd of Dongbei Special Steel Group accounts for over 50% of the domestic output of stainless wire in coil.

In the stainless steel pipe sector, 10 stainless steel manufacturers including Shanxi Taigang Stainless Steel, Baosteel Stainless Steel and Zhejiang Jiuli Hi-tech Metals are leading seamless stainless steel pipe providers in China, while five stainless steel enterprises including Winner Stainless Steel Tube, Foshan Outstanding Stainless Steel, Jiuli Hi-tech Metals, Foshan Lanshi Yuhang Star Stainless Steel and Jiangsu Wujin Stainless Steel Pipe Group are leading welded stainless steel pipe suppliers in China.

Table Of Contents

1. Overview
1.1 Definition & Classification
1.1.1 Definition
1.1.2 Classification
1.2 Cost Structure

2. Industry Development in the World
2.1 Supply
2.2 Industry Pattern
3. Industry Development in China
3.1 Industrial Policy
3.1.1 Industrial Policy
3.1.2 Export Policy
3.2 Industrial Structure
3.3 Supply & Demand
3.3.1 Supply
3.3.2 Demand
3.3.3 Import & Export
3.4 Market Price
4. Market Segments in China
4.1 Stainless Steel Board
4.1.1 Production
4.1.2 Import & Export
4.1.3 key Manufacturers
4.2 Stainless Steel Strip
4.2.1 Production
4.2.2 Import & Export
4.2.3 key Manufacturers
4.3 Stainless Steel Section
4.3.1 Production
4.3.2 Import & Export
4.3.3 key Manufacturers
4.4 Stainless Steel Pipe
4.4.1 Production
4.4.2 Import & Export
5. Global Stainless Steel Manufacturers
5.1 ThyssenKrupp Stainless GmbH
5.1.1 Profile
5.1.2 Operation
5.1.3 Business Development in China
5.2 Arcelor Mittal
5.2.1 Profile
5.2.2 Operation
5.2.3 Business Development in China
5.3 POSCO
5.3.1 Profile
5.3.2 Operation
5.3.3 Business Development in China
5.4 Acerinox Group
5.4.1 Profile
5.4.2 Operation
5.5 Outokumpu Stainless Steel Oy
5.5.1 Profile
5.5.2 Operation
5.5.3 Investment Plan
5.5.4 Business Development in China
6. Chinese Stainless Steel Manufacturers
6.1 Shanxi Taigang Stainless Steel Co., Ltd.
6.1.1 Profile
6.1.2 Operation
6.1.3 Competitive Edge
6.1.4 Investment in Overseas Minerals
6.2 Baoshan Iron & Steel Co., Ltd.
6.2.1 Profile
6.2.2 Operation
6.2.3 Stainless Steel Projects under Construction
6.3 Tsingshan Holding Group
6.3.1 Profile
6.3.2 Operation
6.3.3 Investment
6.4 Fujian WuHang Stainless Steel Products Co., Ltd.
6.4.1 Profile
6.4.2 Operation
6.5 Lianzhong (Guangzhou) Stainless Steel Corporation
6.5.1 Profile
6.5.2 Operation
6.6 Yongxing Special Stainless Steel Co., Ltd.
6.6.1 Profile
6.6.2 Operation
6.7 Dongbei Special Steel Group Co., Ltd.
6.7.1 Profile
6.7.2 Operation
6.8 Shandong Taishan Steel Group
6.8.1 Profile
6.8.2 Operation
6.9 RUITIAN Steel Co., Ltd.
6.9.1 Profile
6.9.2 Operation
6.10 Sichuan Southwest Stainless Steel Co., Ltd.
6.10.1 Profile
6.10.2 Operation


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China Solar Wafer, China Ingot Industry Market Research Report

2010-2014 Deep Research Report on Global and China Solar Wafer or Ingot Industry

China Solar Wafer or Ingot Industry

Report Summary

2010-2014 Deep Research Report on Global and China Solar Wafer or Ingot Industry was professional and depth research report on global and China solar wafer industry. this report has introduced almost all global and China solar wafer manufacturers, included solar wafer manufacturers background, wafer or ingot equipment sources, manufacturing process, solar wafer product specifications, wafer capacity and production, capacity expansion, solar wafer selling price, manufacturing cost, profit margin etc related information. Then, the report introduced global and China solar wafer production, demand, supply and demand relation, average selling price, cost, profit margin and 2010-2014 development trend. in addition to this.

The report has introduced wafer and ingot manufacturing process (DSS,FZ CZ process, multi-wire cutting etc), wafer or ingot Equipments(equipment suppliers and their equipment specifications),raw materials (polysilicon suppliers and average selling price), processing cost (ingot processing cost and cutting processing cost), finally, the report also introduced 100MW wafer project Feasibility analysis and related research conclusions. In a word, it was a depth research report on Global and China solar wafer industry. And thanks to the support and assistance from wafer industry chain related experts and enterprises during QYResearch Solar Energy Team survey and interview.

Table of Contents:

Chapter One Solar Wafer Industry Overview 1
1.1 Wafer Definition 1
1.2 Classification and Application 8
1.3 Industry Chain Structure 9
1.4 Solar Wafer Industry Overview 11

Chapter Two Manufacture Technology and Processes of Wafer 13
2.1 Multicrystalline Ingot 13
2.2 Monocrystalline Rod 15
2.3 Wafer Cutting 19
Chapter Three Solar Wafer Productions Supply Sales Demand Market Status and Forecast 20
3.1 Solar Wafer Productions Overview 20
3.2 Semiconductor Wafer Productions Overview 27
3.3 Global Regional Solar Wafer Production Market Share 30
3.4 Global and China Solar Wafer Production and China Market Proportion 35
3.5 Global and China Solar Wafer Demand and Shortage 36
3.6 Global Semiconductor Wafer Demand and Shortage 36
3.7 2008-2014 Global and China Wafer Cost Price Production Value Profit Margin 37
3.8 Global and China Mono Multi Crystalline Wafer Production and Market Share 38
3.9 Global and China 125 156 Size Wafer Production and Market Share 39
3.10 Global and China 180 200 220um Thickness Wafer Production and Market Share 40
Chapter Four Global Major Wafer Manufacturers 42
4.1 Shin-Etsu Chemical (Japan) 42
4.2 WACKERSHOTT (Germany) 46
4.3 SUMCO (Japan) 49
4.4 MEMC (USA) 53
4.5 REC (Norway) 57
4.6 Mitsubishi Materials Corporation (Japan) 61
4.7 SolarWorld AG (Germany) 65
4.8 Sanyo (Japan) 68
4.9 M.Setek (Japan) 72
4.10 NeosemiTech (Korea) 74
4.11 Silicon Ltd (Ukraine) 76
4.12 Bosch Solar (Germany) 79
4.13 EverGreen (USA) 84
4.14 EVERSOL (Taiwan) 86
4.15 Green Energy Technology (Taiwan) 88
4.16 Green Solar PV (Taiwan) 90
4.17 NEXOLON (Korea) 92
4.18 Crystalox Solar (UK) 94
4.19 Space Energy (Japan) 96
4.20 Photowatt International SAS (France) 98
4.21 Wafer Works (Taiwan) 100
4.22 Semi-materials (Korea) 104
4.23 Solar Cells Hellas (Greece) 106
4.24 Sun Energy AS (Norway) 108
4.25 Sovello (Germany) 110
4.26 Sino American Silicon Products (Taiwan) 112
4.27 Danen Technology (Taiwan) 114
4.28 IQE (UK) 116
Chapter Five Global Major Wafer Manufacturers 120
5.1 LDK (Jiangxi) 120
5.2 Huantai Silicon(Zhenjiang) 124
5.3 Renesola (Zhejiang) 127
5.4Jinglong Group (Hebei) 130
5.5 Yingli Green Energy (Baoding) 133
5.6 Trina Solar (Changzhou) 136
5.7 JinKO Solar (Jiangxi) 139
5.8 DAQO New Energy (Chongqing) 142
5.9 Hareon Solar (Jiangyin) 145
5.10 Shunda Solar (Jiangsu) 148
5.11 Comtec Solar Systems (Shanghai) 151
5.12 Canadian Solar (Suzhou) 154
5.13 Tianwei New Energy (Baoding) 157
5.14 Longi Silicon (Xian) 159
5.15 SunOasis (Xinjiang) 162
5.16 Solargiga (Jinzhou) 165
5.17 Eging PV (Changzhou) 170
5.18 CSG Group (Dongguan) 173
5.19 GCL-Poly 177
Chapter Six Solar Wafer Raw Materials and Equipment Manufacturers 180
6.1 DSS Furnace 181
6.1.1 GT Solar(USA) 184
6.1.2 ALD(Germany) 186
6.1.3 JGSolar(Shaoxing) 189
6.1.4 Jingyuntong(Beijing) 191
6.1.5 Others 193
6.2 Puller 202
6.2.1 XACGT(Xian) 205
6.2.2 Jingyuntong(Beijing) 207
6.2.3 Huasheng Tianlong(Jiangsu) 210
6.2.4 Jingyi(Beijing) 212
6.2.5 Ningjin Sun-Semi(Jinglong Group) 213
6.2.6 Huade(PVATEPLA) 215
6.2.7 Shanghai Hanhong 216
6.2.8 Xian Lijing 218
6.2.9 Kayexzju(Hangzhou) 219
6.2.10 CS48(Changsha) 221
6.2.11 Others 222
6.3 Cutting Equipments 223
6.3.1 Meyer Burger(Switzerland) 225
6.3.2 HCT(Switzerland) 228
6.3.3 NTC(Japan) 232
6.3.4 Others 233
6.4 Solar Grade Polysilicon 234
6.4.1 Germany Wacker 236
6.4.2 Japan Tokuyama 238
6.4.3 Korea OCI 240
6.4.4 USA Hemlock 241
6.4.5 Emei Semiconductor(Sichuan) 242
6.4.6 SINO-SI(Luoyang) 243
6.4.7 Xinguang Silicon(Sichuan) 245
6.4.8 GCL-Silicon(Jiangsu) 246
6.4.9 Zhongcai(Wuxi) 248
6.4.10 Daqo Solar(Chongqing) 249
6.4.11 Yongxiang Silicon(Sichuan) 250
6.4.12 Shunda Silicon(Jiangsu) 251
6.4.13 Asia Silicon(Qinghai) 253
6.4.14 LDK(Jiangxi) 254
6.4.15 GSM Solar(Jiangxi) 255
6.4.16 Yongwang Silicon(Sichuan) 257
6.4.17 Tehua(Jiangsu) 258
6.4.18 Others 259
6.5 SiC 260
6.5.1 YICHENG(Henan) 262
6.5.2 XDXM(Henan) 264
6.5.3 Tianjin Nanxing(Beijing) 265
6.5.4 Weifang Liuhe(Shandong) 267
6.5.5 Tonghua Hongxin Yanmo 268
6.5.6 Zhuhai OMEC 269
6.5.7 Henan Xingshi 270
6.5.8 Tianjin Mingxiang 271
6.5.9 Others 274
6.6 PEG 276
6.6.1 OXIRANCHEM(Liaoning) 277
6.6.2 Jiayu Solar(Wuxi) 278
6.6.3 Kelong Chem(Liaoning) 280
6.6.4 Others 281
6.7 Wire 281
6.7.1 Bekaert(Jiangyin) 283
6.7.2 Nankoab(Tianjin Nanxing) 284
6.7.3 Others 284
6.8 Other Raw Materials(Quartz Crucible Hot Zone Slurry Recycling etc) 285

Chapter Seven Wafer or Ingot Processing Cost Analysis 286
7.1 Polysiliocn ASP Analysis 286
7.2 Multi Ingot Processing Cost Analysis 287
7.3 Mono Ingot Processing Cost Analysis 288
7.4 Multi Wafer Cutting Processing Cost Analysis 289
7.5 Mono Wafer Cutting Processing Cost Analysis 290
7.6 Multi Crystalline Wafer Total Cost Analysis 293
7.7 Mono Crystalline Wafer Total Cost Analysis 293
7.8 Multi Crystalline Wafer Project Investment Return Analysis 293
7.9 Mono Crystalline Wafer Project Investment Return Analysis 294
Chapter Eight Feasibility Analysis of China 100MW Ingot Wafer Project 294
8.1 Opportunity and Risk of China 100MW Ingot Wafer Project 295
8.2 Feasibility Analysis of China 100MW Ingot Wafer Project 295
Chapter Nine Wafer Research Conclusions 297
LIST OF Tables and Figures:
Figure 156*156 Multicrystalline Wafer abd Product Specification 1
Figure 125*125 Monocrystalline Wafer abd Product Specification 2
Figure 8Inch Monocrystalline Rod and Product Specification 3
Figure 378KG Multicrystalline Ingot and Product Specification 5
Figure Semiconductor Monocrystalline Silicon Rod Wafer (Polished Double-sided polishing Epitaxial) and Product Specification 6
Table Silicon Wafer Classification and Application 8
Table Difference of P Type and N Type Wafer 9
Figure Solar Multi Crystalline Ingot or Wafer Industry Chain Structure 10
Figure Solar Mono Crystalline Ingot or Wafer Industry Chain Structure 10
Table 2008-2014 Global 11 Countries PV Installation (MW) List 12
Figure Multicrystalline Ingot Manufacturing Process (DSS) 13
Figure CZ (Czochralski Process) Monocrystalline Rod Pulling Process and Puller Structure 15
Figure FZ (Floating-Zone Process) Monocrystalline Rod Pulling Process and Puller Structure 17
Figure Multi-line Cutting Schematic Diagram and Multi-line Cutting Equipment 19
Table 2008-2014 Global Major Manufacturers Solar Wafer Capacity and Total Capacity (MW) 20
Table 2008-2014 Global Major Manufacturers Solar Wafer Capacity Market Share 22
Table 2008-2014 Global Major Manufacturers Solar Wafer Production and Total Production (MW) 23
Table 2008-2014 Global Major Manufacturers Solar Wafer Production Market Share 25
Figure 2008-2014 Global Solar Wafer Capacity Production (MW) and Growth Rate 27
Table 2008-2014 Global Solar Wafer Capacity Utilization 27
Table 2008-2014 Global Major Manufacturers Semiconductor Wafer Capacity and Total Capacity (Million Square Inches) 27
Table 2008-2014 Global Major Manufacturers Semiconductor Wafer Capacity Market Share 28
Table 2008-2014 Global Major Manufacturers Semiconductor Wafer Production and Total Production (Million Square Inches) 28
Table 2008-2014 Global Major Manufacturers Semiconductor Wafer Production Market Share 29
Figure 2008-2014 Global Semiconductor Wafer Capacity Production (Million Square Inches) and Growth Rate 29
Table 2008-2014 Global Semiconductor Wafer Capacity Utilization 30
Table 2008-2014 China Japan USA EU etc Regional Solar Wafer Production(MW) 30
Table 2008-2014 China Japan USA EU etc Regional Solar Wafer Production Market Share 30
Table 2008-2014 China Major Manufacturers Solar Wafer Production and Total Production (MW) 31
Table 2008-2014 China Major Manufacturers Solar Wafer Production Market Share 31
Table 2008-2014 USA Major Manufacturers Solar Wafer Production and Total Production (MW) 32
Table 2008-2014 USA Major Manufacturers Solar Wafer Production Market Share 32
Table 2008-2014 EU Major Manufacturers Solar Wafer Production and Total Production (MW) 33
Table 2008-2014 EU Major Manufacturers Solar Wafer Production Market Share 33
Table 2008-2014 Japan Major Manufacturers Solar Wafer Production and Total Production (MW) 34
Table 2008-2014 Japan Major Manufacturers Solar Wafer Production Market Share 34
Table 2008-2014 Global Other Regions Major Manufacturers Solar Wafer Production and Total Production (MW) 34
Table 2008-2014 Global Other Regions Major Manufacturers Solar Wafer Production Market Share 35
Table 2008-2014 Global and China Solar Wafer Production (MW) and China Market Prodportion 35
Table 2008-2014 Global and China Solar Wafer Demand (MW) 36
Table 2008-2014 Global and China Solar Wafer Supply Demand and Shortage (MW) 36
Table 2008-2014 Global Semiconductor Wafer Supply Demand Shortage (Million Square Inches) 36
Table 2008-2014 Global Solar Wafer Prodcution (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profit Margin List 37
Table 2008-2014 China Solar Wafer Prodcution (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profit Margin List 37
Table 2008-2014 Global Semiconductor Wafer Prodcution (Million Square Inches) ASP Cost Profit (USD/Square Inch) Production Value (Million USD) Profit Margin List 38
Table 2008-2014 Global Mono Multi Crystalline Wafer Production (MW) and Market Share 38
Table 2008-2014 China Mono Multi Crystalline Wafer Production (MW) and Market Share 39
Table 2008-2014 Global 125 156 Size Wafer Production (MW) and Market Share 39
Table 2008-2014 China 125 156 Size Wafer Production (MW) and Market Share 40
Table 2008-2014 Global 180 200 220um Thickness Wafer Production (MW) and Market Share 41
Table 2008-2014 China 180 200 220um Thickness Wafer Production (MW) and Market Share 41
Table Shin-Etsu Chemical Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 42
Table 2008-2014 Shin-Etsu Chemical Semiconductor Wafer Production (Million Square Inches) ASP Cost Profit (USD/Square Inch)Production Value(Million USD) Profit Margin List 44
Figure 2008-2014 Shin-Etsu Chemical Semiconductor Wafer Capacity Production (Million Square Inches) and Growth Rate 45
Table 2008-2014 Shin-Etsu Chemical Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 45
Figure 2008-2014 Shin-Etsu Chemical Solar Wafer Capacity Production (MW) and Growth Rate 46
Table WACKERSHOTT Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 46
Table 2008-2014 WACKER Semiconductor Wafer Production (Million Square Inches) ASP Cost Profit (USD/Square Inch)Production Value(Million USD) Profit Margin List 48
Figure 2008-2014 WACKER Semiconductor Wafer Capacity Production (Million Square Inches) and Growth Rate 48
Table 2008-2014 WACKERSHOTT Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 49
Figure 2008-2014 WACKERSHOTT Solar Wafer Capacity Production (MW) and Growth Rate 49
Table SUMCO Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 50
Table 2008-2014 SUMCO Semiconductor Wafer Production (Million Square Inches) ASP Cost Profit (USD/Square Inch)Production Value(Million USD) Profit Margin List 51
Figure 2008-2014 SUMCO Semiconductor Wafer Capacity Production (Million Square Inches) and Growth Rate 52
Table 2008-2014 SUMCO Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 52
Figure 2008-2014 SUMCO Solar Wafer Capacity Production (MW) and Growth Rate 53
Table MEMC Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 53
Table 2008-2014 MEMC Semiconductor Wafer Production (Million Square Inches) ASP Cost Profit (USD/Square Inch)Production Value(Million USD) Profit Margin List 55
Figure 2008-2014 MEMC Semiconductor Wafer Capacity Production (Million Square Inches) and Growth Rate 56
Table 2008-2014 MEMC Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 56
Figure 2008-2014 MEMC Solar Wafer Capacity Production (MW) and Growth Rate 57
Table REC Solar Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 57
Table 2008-2014 REC Semiconductor Wafer Production (Million Square Inches) ASP Cost Profit (USD/Square Inch)Production Value(Million USD) Profit Margin List 60
Figure 2008-2014 REC Semiconductor Wafer Capacity Production (Million Square Inches) and Growth Rate 60
Table 2008-2014 REC Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 60
Figure 2008-2014 REC Solar Wafer Capacity Production (MW) and Growth Rate 61
Table Mitsubishi Materials Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 61
Table 2008-2014 Mitsubishi Materials Semiconductor Wafer Production (Million Square Inches) ASP Cost Profit (USD/Square Inch)Production Value(Million USD) Profit Margin List 63
Figure 2008-2014 Mitsubishi Materials Semiconductor Wafer Capacity Production (Million Square Inches) and Growth Rate 63
Table 2008-2014 Mitsubishi Materials Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 64
Figure 2008-2014 Mitsubishi Materials Solar Wafer Capacity Production (MW) and Growth Rate 64
Table SolarWorld AG Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 65
Table 2008-2014 Solarworld Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 67
Figure 2008-2014 Solarworld Solar Wafer Capacity Production (MW) and Growth Rate 68
Table sanyo Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 68
Table 2008-2014 Sanyo Solar Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 71
Figure 2008-2014 Sanyo Solar Solar Wafer Capacity Production (MW) and Growth Rate 72
Table M.Setek Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 72
Table 2008-2014 M.Setek Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 74
Figure 2008-2014 M.Setek Solar Wafer Capacity Production (MW) and Growth Rate 74
Table NeosemiTech Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 74
Table 2008-2014 Neosemitech Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 75
Figure 2008-2014 Neosemitech Solar Wafer Capacity Production (MW) and Growth Rate 76
Table Silicon Ltd Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 76
Table 2008-2014 Silicon Ltd Semiconductor Wafer Production (Million Square Inches) ASP Cost Profit (USD/Square Inch)Production Value(Million USD) Profit Margin List 77
Figure 2008-2014 Silicon Ltd Semiconductor Wafer Capacity Production (Million Square Inches) and Growth Rate 78
Table 2008-2014 Silicon Ltd Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 78
Figure 2008-2014 Silicon Ltd Solar Wafer Capacity Production (MW) and Growth Rate 79
Table Bosch Solar Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 79
Table 2008-2014 BOSCH Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 83
Figure 2008-2014 Bosch Solar Wafer Capacity Production (MW) and Growth Rate 83
Table Evergreen Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 84
Table 2008-2014 Evergreen Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 85
Figure 2008-2014 Evergreen Solar Wafer Capacity Production (MW) and Growth Rate 86
Table EVERSOL Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 86
Table 2008-2014 EVERSOL Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 87
Figure 2008-2014 EVERSOL Solar Wafer Capacity Production (MW) and Growth Rate 88
Table Green Energy Technology Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 88
Table 2008-2014 Green Energy Technology Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 89
Figure 2008-2014 Green Energy Technology Solar Wafer Capacity Production (MW) and Growth Rate 90
Table Green Solar PV Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 90
Table 2008-2014 Green Solar PV Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 91
Figure 2008-2014 Green Solar PV Solar Wafer Capacity Production (MW) and Growth Rate 92
Table NEXOLON Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 92
Table 2008-2014 NEXOLONh Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 93
Figure 2008-2014 NEXOLON Solar Wafer Capacity Production (MW) and Growth Rate 94
Table Crystalox Solar Company Information Table (Products, Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 94
Table 2008-2014 Crystalox Solar Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 96
Figure 2008-2014 Crystalox Solar Solar Wafer Capacity Production (MW) and Growth Rate 96
Table Space Energy Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 97
Table 2008-2014 Space Energy Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 98
Figure 2008-2014 Space Energy Solar Wafer Capacity Production (MW) and Growth Rate 98
Table Photowatt Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 99
Photowatt International SAS 99
Table 2008-2014 PhotoWatt Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 100
Figure 2008-2014 PhotoWatt Solar Wafer Capacity Production (MW) and Growth Rate 100
Table Wafer Works Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 101
Table 2008-2014 Wafer Works Semiconductor Wafer Production (Million Square Inches) ASP Cost Profit (USD/Square Inch)Production Value(Million USD) Profit Margin List 102
Figure 2008-2014 Wafer Works Semiconductor Wafer Capacity Production (Million Square Inches) and Growth Rate 103
Table 2008-2014 Wafer Works Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 103
Figure 2008-2014 Wafer Works Solar Wafer Capacity Production (MW) and Growth Rate 104
Table Semi-materials Company Information Table (Products, Revenue, Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 104
Table 2008-2014 Semi-materials Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 105
Figure 2008-2014 Semi-materials Solar Wafer Capacity Production (MW) and Growth Rate 106
Table Solar Cells Hellas Company Information Table (Products, Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 106
Table 2008-2014 Solar Cells Hellas Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 107
Figure 2008-2014 Solar Cells Hellas Solar Wafer Capacity Production (MW) and Growth Rate 108
Table Sun Energy Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 108
Table 2008-2014 Sun Energy Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 109
Figure 2008-2014 Sun Energy Solar Wafer Capacity Production (MW) and Growth Rate 110
Table Sovello Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 110
Table 2008-2014 Sovello Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 111
Figure 2008-2014 Sovello Solar Wafer Capacity Production (MW) and Growth Rate 112
Table Sino American Silicon Products Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 112
Table 2008-2014 Sino American Silicon Products Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 113
Figure 2008-2014 Sino American Silicon Products Solar Wafer Capacity Production (MW) and Growth Rate 114
Table Danen Technology Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 114
Table 2008-2014 Danen Technology Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 115
Figure 2008-2014 Danen Technology Solar Wafer Capacity Production (MW) and Growth Rate 116
Table IQE Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 116
Table 2008-2014 IQE Semiconductor Wafer Production (Million Square Inches) ASP Cost Profit (USD/Square Inch)Production Value(Million USD) Profit Margin List 118
Figure 2008-2014 IQE Semiconductor Wafer Capacity Production (Million Square Inches) and Growth Rate 118
Table 2008-2014 IQE Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 119
Figure 2008-2014 IQE Solar Wafer Capacity Production (MW) and Growth Rate 119
Table LDK solar Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 120
Table 2008-2014 LDK Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 123
Figure 2008-2014 LDK Solar Wafer Capacity Production (MW) and Growth Rate 124
Table Huantai Silicon Company Information Table (Products, Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 124
Table 2008-2014 Huantai Silicon Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 126
Figure 2008-2014 Huantai Silicon Solar Wafer Capacity Production (MW) and Growth Rate 127
Table ReneSola Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 127
Table 2008-2014 Renesola Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 129
Figure 2008-2014 Renesola Solar Wafer Capacity Production (MW) and Growth Rate 130
Table Ningjin Jinglong Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 130
Table 2008-2014 Jinglong Group Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 132
Figure 2008-2014 Jinglong Group Solar Wafer Capacity Production (MW) and Growth Rate 132
Table Yingli Green Energy Company Information Table (Products, Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 133
Table 2008-2014 Yingli Green Energy Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 135
Figure 2008-2014 Yingli Green Energy Solar Wafer Capacity Production (MW) and Growth Rate 135
Table Trina Solar Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 136
Table 2008-2014 Trina Solar Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 138
Figure 2008-2014 Trina Solar Solar Wafer Capacity Production (MW) and Growth Rate 138
Table JinKO Solar Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 139
Table 2008-2014 JinKO Solar Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 141
Figure 2008-2014 JinKO Solar Solar Wafer Capacity Production (MW) and Growth Rate 142
Table DAQO New Energy Company Information Table (Products, Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 142
Table 2008-2014 DAQO New Energy Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 144
Figure 2008-2014 DAQO New Energy Solar Wafer Capacity Production (MW) and Growth Rate 145
Table Hareon Solar Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 145
Table 2008-2014 Hareon Solar Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 147
Figure 2008-2014 Hareon Solar Solar Wafer Capacity Production (MW) and Growth Rate 148
Table Shunda Solar Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 148
Table 2008-2014 Shunda Solar Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 150
Figure 2008-2014 Shunda Solar Solar Wafer Capacity Production (MW) and Growth Rate 150
Table Comtec Solar Systems Company Information Table (Products, Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 151
Table 2008-2014 Comtec Solar Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 153
Figure 2008-2014 Comtec Solar Solar Wafer Capacity Production (MW) and Growth Rate 153
Table Canadian Solar Company Information Table (Products, Revenue, Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 154
Table 2008-2014 Canadian Solar Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 156
Figure 2008-2014 Canadian Solar Solar Wafer Capacity Production (MW) and Growth Rate 156
Table Tianwei New Energy Company Information Table (Products, Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 157
Table 2008-2014 Tianwei New Energy Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 158
Figure 2008-2014 Tianwei New Energy Solar Wafer Capacity Production (MW) and Growth Rate 159
Table Longi Silicon Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 159
Table 2008-2014 Longi Silicon Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 161
Figure 2008-2014 Longi Silicon Solar Wafer Capacity Production (MW) and Growth Rate 162
Table SunOasis Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 162
Table 2008-2014 SunOasis Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 164
Figure 2008-2014 SunOasis Solar Wafer Capacity Production (MW) and Growth Rate 164
Table Solargiga Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 165
Table 2008-2014 Solargiga Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 169
Figure 2008-2014 Solargiga Solar Wafer Capacity Production (MW) and Growth Rate 169
Table Eging PV Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 170
Table 2008-2014 Eging PVSolar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 172
Figure 2008-2014 Eging PVSolar Wafer Capacity Production (MW) and Growth Rate 172
Table CSG Group Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 173
Table 2008-2014 CSG Group Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 176
Figure 2008-2014 CSG Group Solar Wafer Capacity Production (MW) and Growth Rate 177
Table GCL-Poly Company Information Table (Products,Revenue,Raw Materials and Equipments,Clients,Capacity Expansions etc 13 items) 177
Table 2008-2014 GCL-Poly Solar Wafer Production (MW) ASP Cost Profit (USD/W) Production Value (Million USD) Profti Margin List 179
Figure 2008-2014 GCL-Poly Solar Wafer Capacity Production (MW) and Growth Rate 180
Table China Multicrystalline Ingot Manufacturers DSS Furnace Sources and Quantity 181
Figure 2009 China Solar Multi Ingot DSS Furnace Manufacturer Shipment Market Share 183
Figure 2010 China Solar Multi Ingot DSS Furnace Manufacturer Shipment Market Share 184
Table China Pulling Manufacturers Puller Sources and Quantity 202
Figure 2009 China Solar Mono Puller Manufacturer Shipment Market Share 204
Figure 2010 China Solar Mono Puller Manufacturer Shipment Market Share 205
Table China Wafer Manufacturers Cutting Equipments Sources and Quantity 223
Figure 2009 China Solar Wafer Cutting Equipments Manufacturer Shipment Market Share 224
Figure 2010 China Solar Wafer Cutting Equipments Manufacturer Shipment Market Share 225
Figure 2009 China Solar Grade Polysilicon Manufacturer Shipment (Ton) Market Share 235
Figure 2010 China Solar Grade Polysilicon Manufacturer Shipment (Ton) Market Share 236
Figure 2009 China Solar Wafer Use Sic Manufacturer Shipment (Ton) Market Share 261
Figure 2010 China Solar Wafer Use Sic Manufacturer Shipment (Ton) Market Share 262
Figure 2009 China Solar Wafer Use PEG Manufacturer Shipment (Ton) Market Share 276
Figure 2010 China Solar Wafer Use PEG Manufacturer Shipment (Ton) Market Share 277
Figure 2009 China Solar Wafer Use Wire Manufacturer Shipment (KM) Market Share 282
Figure 2010 China Solar Wafer Use Wire Manufacturer Shipment (Ton) Market Share 283
Figure 2009 China Solar Wafer Use Quartz Crucible Manufacturer Shipment Market Share 285
Figure 2009 China Solar Wafer Slurry Recycling Manufacturer Shipment Market Share 286
Table 2008-2014 Polysilicon Average Selling Price($/Kg) List 286
Table Multi Ingot Processing Raw Materials Consumption and Cost Analysis($/Kg) 287
Figure Multi Ingot Processing Cost ($/W) Structure 288
Table Mono Ingot Processing Raw Materials Consumption and Cost Analysis($/Kg) 288
Figure Mono Ingot Processing Cost ($/W) Structure 289
Table 156 Mutli Wafer Cutting Processing Raw Materials Consumption and Cost Analysis($/Piece) 289
Figure 156 Multi Wafer Cutting Processing Cost ($/Piece) Structure 290
Table 125 Mono Wafer Cutting Processing Raw Materials Consumption and Cost Analysis($/Piece) 291
Figure 125 Mono Wafer Cutting Processing Cost ($/Piece) Structure 292
Table 2008-2014 Multi Wafer Total Cost($/W) List 293
Table 2008-2014 Mono Wafer Total Cost($/W) List 293
Table 2008-2014 Multi Wafer ASP Cost Profit($/W)Profit Margin List 293
Table 2008-2014 Mono Wafer ASP Cost Profit($/W)Profit Margin List 294
Table 100MW Ingot Wafer Project Opportunity and Risk List 295
Table 100MW Ingot Wafer Project Equipment or Fixed Assets Investment(Million USD) List 295
Table Feasibility Analysis of China 100MW Ingot Wafer Project 296



2010-2014 Deep Research Report on Global and China Solar Wafer or Ingot Industry
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