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Global Solar Photovoltaic Market Report (2007)

Publishing Date   April 2008

Pages   179

Price   $1,000

Description

Photovoltaics (PV) is a solar power technology that uses solar cells or solar photovoltaic arrays to convert light from the sun directly into electricity. Photovoltaics is also the field of study relating to this technology and there are many research institutes devoted to work on photovoltaics. The manufacture of photovoltaic cells has expanded dramatically in recent years. Photovoltaic production has also been doubling every two years, increasing by an average of 48 percent each year since 2002, making it the world's fastest-growing energy technology.

At the end of 2007, according to preliminary data, cumulative global production of solar PV systems was 12,400 megawatts. Roughly 90% of this generating capacity consists of grid-tied electrical systems. Such installations may be ground-mounted (and sometimes integrated with farming and grazing) or building integrated. Financial incentives, such as preferential feed-in tariffs for solar-generated electricity and net metering, have supported solar PV installations in many countries including Germany, Japan, and the United States.

The report Global Solar Photovoltaic Market analyzes this industry, starting from the basics to what is driving this industry. The report starts off with a brief overview of the global energy market which contains data on global energy statistics, outlook for the industry, the growing focus on renewable energy worldwide, and of course, the potential of solar energy. The report then moves on the discussing the basic technology behind solar photovoltaics. The section looks at PV cells and modules, inverters, the various components of a PV system, and the various types of PV systems available today.

Moving on to the global photovoltaic industry, the report analyzes the entire PV market in terms of application area, global PV production statistics, and the future potential of solar photovoltaics. Strategies and recommendations for researchers, analysts, and in general, is a highlight of section four of the report. Factors affecting the growth of solar photovoltaics such as the focus on clean energy, security of energy supplies, etc., are described in details, along with the challenges and barriers facing the market at the same time. Regulatory framework affecting the worldwide PV market is also focused upon in the report, dealing with indirect policy issues, initiatives supporting and promoting PV technology, amongst others.

A cost analysis of solar photovoltaics is a major highlight of this report. A country-wise analysis of the PV industry is further undertaken, while an entire section deals with the major solar PV companies in the world. Primary solar photovoltaic projects, and PV plants, such as the Solar Park in Beneixama, the Solar Power Plant in Saarbrucken Airport, etc., are also profiled, along with statistical data, in this research report.


Table of Contents

I. EXECUTIVE SUMMARY

II. GLOBAL ENERGY MARKET
a. Overview of Global Energy Market
b. Outlook for Global Energy
c. Concerns over Global Warming and Climate Change
d. Focus on Renewable Energy
e. Potential of Solar Energy

III. SOLAR PV – BASIC TECHNOLOGY
a. Introduction to Photovoltaic Energy
b. PV Cells and Modules
i. Crystalline Silicon
ii. Thin film
iii. Other Cell Types
iv. Modules
c. Inverters
d. Components for Stand-Alone PV Systems
e. Types of PV System
i. Grid-Connected Distributed
ii. Grid-Connected Centralized
iii. Off-Grid Domestic
iv. Off-Grid Non-Domestic

IV. GLOBAL PHOTOVOLTAIC MARKET
a. Global PV Installations
b. PV Market by Application Area
i. Consumer Goods and Services
ii. Grid-Connected Systems
iii. Off-Grid Electrification
iv. Off-Grid Industrial
c. Global PV Systems Production
i. Feedstock, Ingots and Wafers
ii. PV Cells and Modules
iii. Balance of System Component
d. Future Potential of Solar PV

V. FACTORS AFFECTING SOLAR PV GROWTH
a. Growth Drivers
i. Security of Energy Supply
ii. Government Support
iii. Technological Developments
b. Challenges and Barriers
i. High Production Costs
ii. High Installation Costs
iii. Product and Installation Issues
iv. Lack of Public Awareness
v. Institutional Barriers
vi. Other Issues
c. Policy and Regulatory Framework
i. Standards and Codes
ii. Indirect Policy Issues
iii. Initiatives Supporting PV Technology
d. R&D Initiatives
e. Market Trends

VI. COST ANALYSIS
a. PV System Prices
b. PV Module Costs
c. Transmission Costs
d. Economic Benefits
e. Financing PV Projects

VII. MAJOR SOLAR PV MARKETS
a. AMERICAS
i. United States
ii. Canada
iii. Mexico
b. EUROPE
i. Denmark
ii. France
iii. Germany
iv. Italy
v. Netherlands
vi. Norway
vii. Portugal
viii. Spain
ix. United Kingdom
c. ASIA-PACIFIC
i. Australia
ii. Japan
iii. China
iv. India
v. South Korea

VIII. MAJOR SOLAR PV COMPANIES
a. Aleo Solar
b. Amonix
c. Aplicaciones Tecnicas de las Energía (ATERSA)
d. ASE Americas
e. AstroPower Inc
f. Atlantis Energy Inc
g. Beacon Power
h. BP Solar
i. Canadian Solar Inc.
j. Entech Inc
k. Ersol
l. Evergreen Solar
m. GT Solar
n. Innergy Power Corporation
o. Kyocera Corporation
p. Latronics
q. Magnetek
r. Motech Industries
s. Mitsubishi Electric Corporation
t. NingBo Solar Electric Power
u. Pacific SolarTech
v. Photowatt International SA
w. PowerLight Corporation
x. PV Powered
y. Q-Cells AG
z. Romag Ltd.
aa. Sanyo Electric
bb. Scheuten Solar Systems BV
cc. Sharp Corporation
dd. Shell Solar
ee. Siemens AG
ff. Solectria Renewables
gg. Spire Corp
hh. SunPower Corporation
ii. Suntech Power
jj. TerraSolar Inc
kk. Titan Energy Systems Ltd
ll. United Solar Ovonic
mm. Xantrex Technology Inc

IX. SOLAR PV PROJECTS / PLANTS
a. Solarpark in Beneixama (Spain)
b. Solar Power Plant Saarbrücken Airport (Germany)
c. Solar Power Station in Victoria (Australia)
d. Girassol Solar Power Plant (Portugal)
e. Nellis Solar Power Plant (United States)
f. Erlasee Solar Park (Germany)
g. Serpa Solar Power Plant (Portugal)
h. Sharp Plant in Kameyama (Japan)
i. Solar Tower at Seville (Spain)
j. Springerville Generating Station Solar System (United States)
k. Mungyeong SP Solar Mountain (South Korea)

X. APPENDIX AND GLOSSARY

List of Figures

Figure 1: World Energy Consumption (2000-2006)
Figure 2: World Oil Prices (2000-2008)
Figure 3: World Energy Consumption by Type (2005-2006)
Figure 4: World Oil and Natural Gas Reserves (2008)
Figure 5: World Energy Outlook (Till 2030)
Figure 6: Photovoltaic Cells, Modules and Arrays
Figure 7: Diagram of Stand-alone PV System
Figure 8: Global Annual Solar PV Market (2000-2006)
Figure 9: Share of Global Solar PV Installed Capacity by Country (2006)
Figure 10: Global Solar PV Production (2000-2007)
Figure 11: Share of Global Solar PV Production by Country (2006)
Figure 12: Annual Production of Solar PV by Country (2000-2006)
Figure 13: Future Growth in Solar PV Installed Capacity (2006-2010)
Figure 14: Forecast of Annual PV Installations by Application (2006-2030)
Figure 15: Forecast of Regional Share of Global PV Installation (2030)
Figure 16: United States - Cumulative Solar PV Installed Capacity (1996-2006)
Figure 17: United States – Solar PV Installed Capacity by Type (2000-2006)
Figure 18: Canada - Cumulative Solar PV Installed Capacity (1996-2006)
Figure 19: Denmark - Cumulative Solar PV Installed Capacity (1996-2006)
Figure 20: Germany - Cumulative Solar PV Installed Capacity (1996-2006)
Figure 21: Italy - Cumulative Solar PV Installed Capacity (1996-2006)
Figure 22: Italy – Solar PV Installed Capacity by Type (2000-2006)
Figure 23: Norway - Cumulative Solar PV Installed Capacity (1992-2006)
Figure 24: United Kingdom - Cumulative Solar PV Installed Capacity (1997-2006)
Figure 25: Australia - Cumulative Solar PV Installed Capacity (1997-2006)
Figure 26: Japan - Cumulative Solar PV Installed Capacity (1997-2006)
Figure 27: India – Installed Capacity: Solar Cells and PV Modules (1999-2006)
Figure 28: South Korea - Cumulative Solar PV Installed Capacity (1997-2006)
Figure 29: Photo of Solarpark in Beneixama
Figure 30: Photo of Solar Power Plant Saarbrücken Airport
Figure 31: Photo of the Nellis Solar Power Plant
Figure 32: Photo of Gut Erlasee Solar Park
Figure 33: Photo of Serpa Solar Power Plant
Figure 34: Photo of the Sharp Plant in Kameyama
Figure 35: Photo of Solar Tower at Seville
Figure 36: Photo of Springerville Generating Station
Figure 37: Photo of Mungyeong SP Solar Mountain

List of Tables

Table 1: Estimates for the Global PV Market (2006-2030)
Table 2: Forecast of Investment in Solar PV Production (2007-2010)
Table 3: Installed System Prices in Various Countries (2006)
Table 4: PV Module Prices in Selected Countries (2000-2006)
Table 5: Canada – Solar PV Installed Capacity by Type (2000-2006)
Table 6: Denmark – Solar PV Installed Capacity by Type (2000-2006)
Table 7: France - Solar PV Installed Capacity by Type (2002-2006)
Table 8: Germany – Solar PV Installed Capacity by Type (2000-2006)
Table 9: The Netherlands – Solar PV Installed Capacity by Type (2000-2006)
Table 10: Norway – Solar PV Installed Capacity by Type (1992-2006)
Table 11: Portugal - Solar PV Installed Capacity by Type (1996-2006)
Table 12: United Kingdom – Solar PV Installed Capacity by Type (2000-2006)
Table 13: Australia – Solar PV Installed Capacity by Type (2000-2006)
Table 14: Japan – Solar PV Installed Capacity by Type (2000-2006)
Table 15: Planned Additions to PV Production Capacity in China (2006)
Table 16: South Korea – Solar PV Installed Capacity by Type (2000-2006)
Table 17: Details of Solarpark in Beneixama
Table 18: Details of Solar Power Plant Saarbrücken Airport
Table 19: Global Photovoltaic Production: Annual & Cumulative (1981-2007)
Table 20: Forecast Value of PV Systems up to 2030 (in € million)

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