Generation Capacity and Demand 2012-2050

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Market Research Report Generation Capacity and Demand 2012-2050
Published by	StatPlan Energy Limited
Published	June 30, 2012	Product code	245951
Content info	199 pages
Price	USD 2500 Excluding database, PDF by email, 1-4 users license USD 3600 Including database, PDF by email, 1-4 users license USD 4900 Excluding database, PDF by email, 5-10 users license USD 7100 Including database, PDF by email, 5-10 users license

Introduction

Introduction

Abstract

The key to understanding the future market for generating plant lies in seeing not just the potential for new capacity within a market, but also the capacity of Asset Base Renewal (ABR). Simply looking at and forecasting installed capacity does not identify the nature of the opportunity that exists around the world. To do so would mean overlooking our forecast that in the next years the pace of new capacity build will decline.

The StatPlan GCD Tool is a huge step forward in forecasting in this market. The report is a vital tool for the creating short and long term strategy:

Marketing strategy - Sales and marketing executives can use these analyses to construct realistic marketing plans for individual countries and markets in the short to medium term. The tool provides support for decisions relating to:

Resource planning
Market targeting
Product/service definition appropriate to market

Corporate strategy - Planners can focus corporate plans over the next 40 years at a strategic level, realigning focus to different markets as the cycles of demand change and it moves between different regions of the world. Planners can therefore put their footprint in the right place, for the right time.

1. Executive Summary

2. The Generating Capacity Demand Cycle: The Key to Forecasting the Future

3. The Changing Composition of Demand

4. World Generating Capacity

5. The Regional Distribution of Installed Capacity

6. The Demand Cycle: New and Asset Base Renewals of Capacity

7. Validation of the Demand Cycle

8. The Dynamics of the Capacity Demand Cycle

9. The Shifting Sands of the Demand Cycle: Geographical Mobility

10. Global Generating Capacity Capex

11. Regional and Country Analysis

11.1 Europe, All Countries
11.2 The Five Large European Countries
- 11.2.1 France
- 11.2.2 Germany
- 11.2.3 Italy
- 11.2.4 Spain
- 11.2.5 United Kingdom
11.3 Europe, Medium and Small Markets
- 11.3.1 Austria
- 11.3.2 Belgium
- 11.3.3 Bulgaria
- 11.3.4 Czech Republic
- 11.3.5 Denmark
- 11.3.6 Finland
- 11.3.7 Greece
- 11.3.8 Hungary
- 11.3.9 Ireland
- 11.3.10 Netherlands
- 11.3.11 Norway
- 11.3.12 Poland
- 11.3.13 Portugal
- 11.3.14 Romania
- 11.3.15 Slovakia
- 11.3.16 Sweden
- 11.3.17 Switzerland
- 11.3.18 Turkey
11.4 CIS - USSR
- 11.4.1 Russia
- 11.4.2 Ukraine
- 11.4.3 Kazakhstan
- 11.4.4 Uzbekistan
11.5 Middle East
- 11.5.1 Iran
- 11.5.2 Saudi Arabia
- 11.5.3 Kuwait
- 11.5.4 Israel
- 11.5.5 United Arab Emirates
11.6 Asia, All Countries
- 11.6.1 Bangladesh
- 11.6.2 China
- 11.6.3 India
- 11.6.4 Indonesia
- 11.6.5 Japan
- 11.6.6 South Korea
- 11.6.7 Malaysia
- 11.6.8 Pakistan
- 11.6.9 Philippines
- 11.6.10 Taiwan
- 11.6.11 Thailand
- 11.6.12 Vietnam
11.7 Pacific
- 11.7.1 Australia
- 11.7.2 New Zealand
11.8 Africa
- 11.8.1 North Africa
- 11.8.2 Sub-Saharan Africa
- 11.8.3 Egypt
- 11.8.4 Algeria
- 11.8.5 Morocco
- 11.8.6 Tunisia
- 11.8.7 Nigeria
- 11.8.8 South Africa
11.9 North America
- 11.9.1 United States
- 11.9.2 Canada
- 11.9.3 Mexico
11.10 South America
- 11.10.1 Brazil
- 11.10.2 Argentina
- 11.10.3 Chile
- 11.10.4 Colombia
- 11.10.5 Paraguay
- 11.10.6 Peru
- 11.10.7 Venezuela

12. COUNTRY DATA

12.1 Five Year Demand for New Build and Asset Base Renewal (ABR)
12.2 Installed Capacity 1980 to 2050, All Countries

13. METHODOLOGY

LIST OF FIGURES

Figure 1: Global installed generating capacity and demand 1945 to 2050, GW
Figure 2: The generating capacity demand cycle in 5 year segments, 1940 to 2050
Figure 3: World installed generating capacity 1990-2050
Figure 4: Comparison of Updated Plant Capital Costs in the USA, 2010 and 2011
Figure 5: Regional distribution of installed generating capacity GW, 1900 to 2050
Figure 6: Economic distribution of installed generating capacity GW, 1900 to 2050
Figure 7: The global generating capacity demand cycle in 5 year segments, 1940 to 2050
Figure 8: Diagram of new plus asset base renewals of capacity
Figure 9: The dynamics of the global capacity demand cycle, five flows from 1940 to 2005
Figure 10: The geographical distribution of demand GW, 1940 to 2050
Figure 11: The economic distribution of demand GW, 1940 to 2050
Figure 12: Global generating capacity capex, $2009 and current values
Figure 13: Growth of installed generating capacity in Europe, MW 1900 to 2050
Figure 14: Capacity demand cycle MW, new and asset base renewals, Europe, 1941 - 2050
Figure 15: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 16: Growth of installed generating capacity, MW, France, 1900 - 2050
Figure 17: Capacity demand cycle MW, new and asset base renewals, France, 1941 to 2050
Figure 18: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 19: Growth of installed generating capacity, MW, Germany, 1900 - 2050
Figure 20: Capacity demand cycle MW, new and asset base renewals, Germany, 1941 - 2050
Figure 21: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 22: Growth of installed generating capacity, MW, Italy, 1900 - 2050
Figure 23: The capacity demand cycle MW, new and asset base renewals, Italy, 1941 - 2050
Figure 24: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 25: Growth of installed generating capacity, MW, Spain, 1900 - 2050
Figure 26: The capacity demand cycle MW, new and asset base renewals, Spain, 1941 to 2050
Figure 27: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 28: Growth of installed generating capacity, MW, United Kingdom, 1900 - 2050
Figure 29: The capacity demand cycle MW, new and asset base renewals, UK, 1941 - 2050
Figure 30: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 31: Growth of installed generating capacity, MW, Austria, 1900 - 2050
Figure 32: The capacity demand cycle MW, new and asset base renewals, Austria, 1941 - 2050
Figure 33: Growth of installed generating capacity, MW, Belgium 1900 - 2050
Figure 34: The capacity demand cycle MW, new and asset base renewals, Belgium, 1941 -2050
Figure 35: Growth of installed generating capacity, MW, Bulgaria, 1900 - 2050
Figure 36: The capacity demand cycle MW, new and asset base renewals, Bulgaria, 1941 - 2050
Figure 37: Growth of installed generating capacity, MW, Czech Republic 1900 - 2050
Figure 38: Capacity demand cycle MW, new & asset base renewals, Czech Republic, 1941 to 2050
Figure 39: Growth of installed generating capacity, MW, Denmark, 1900 - 2050
Figure 40: The capacity demand cycle MW, new and asset base renewals, Denmark, 1941 - 2050
Figure 41: Growth of installed generating capacity, MW, Finland, 1900 - 2050
Figure 42: The capacity demand cycle MW, new and asset base renewals, Finland, 1941 - 2050
Figure 43: Growth of installed generating capacity, MW, Greece 1900 - 2050
Figure 44: The capacity demand cycle MW, new and asset base renewals, Greece, 1941 - 2050
Figure 45: Growth of installed generating capacity, MW, Hungary, 1900 - 2050
Figure 46: The capacity demand cycle MW, new and asset base renewals, Hungary, 1941 to 2050
Figure 47: Growth of installed generating capacity, MW, Ireland, 1900 - 2050
Figure 48: The capacity demand cycle MW, new and asset base renewals, Ireland, 1941 - 2050
Figure 49: Growth of installed generating capacity, MW, Netherlands, 1900 to 2050
Figure 50: The capacity demand cycle MW, new and asset base renewals, 1941 to 2050
Figure 51: Growth of installed generating capacity, MW, Norway, 1900 - 2050
Figure 52: The capacity demand cycle MW, new and asset base renewals, Norway, 1941 - 2050
Figure 53: Growth of installed generating capacity, MW, Poland, 1900 - 2050
Figure 54: The capacity demand cycle MW, new and asset base renewals, Poland, 1941 - 2050
Figure 55: Growth of installed generating capacity, MW, Portugal, 1900 - 2050
Figure 56: The capacity demand cycle MW, new and asset base renewals, Portugal, 1941 - 2050
Figure 57: Growth of installed generating capacity, MW 1900 to 2050
Figure 58: The capacity demand cycle MW, new and asset base renewals, Romania, 1941 - 2050
Figure 59: Growth of installed generating capacity, MW, Slovakia, 1900 to 2050
Figure 60: The capacity demand cycle MW, new and asset base renewals, Slovakia, 1941 to 2050
Figure 61: Growth of installed generating capacity, MW, Sweden 1900 to 2050
Figure 62: The capacity demand cycle MW, new and asset base renewals, Sweden, 1941 - 2050
Figure 63: Growth of installed generating capacity, MW, Switzerland, 1900 - 2050
Figure 64: Capacity demand cycle MW, new and asset base renewals, Switzerland, 1941 - 2050
Figure 65: Growth of installed generating capacity, MW 1900 to 2050
Figure 66: The capacity demand cycle MW, new and asset base renewals, Turkey, 1941 to 2050
Figure 67: Growth of installed generating capacity, CIS, MW 1900 to 2050
Figure 68: The capacity demand cycle MW, new and asset base renewals, CIS, 1941 to 2050
Figure 69: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 70: Growth of installed generating capacity, Russia, MW 1900 to 2050
Figure 71: The capacity demand cycle MW, new and asset base renewals, Russia, 1941 - 2050
Figure 72: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 73: Growth of installed generating capacity, MW, Ukraine, 1900 - 2050
Figure 74: The capacity demand cycle MW, new and asset base renewals, Ukraine, 1941 to 2050
Figure 75: Growth of installed generating capacity, MW, Kazakhstan, 1900 - 2050
Figure 76: The capacity demand cycle MW, new and asset base renewals, Kazakhstan, 1941 - 2050
Figure 77: Growth of installed generating capacity, MW, Uzbekistan, 1900 - 2050
Figure 78: Capacity demand cycle MW, new and asset base renewals, Uzbekistan, 1941 to 2050
Figure 79: Growth of installed generating capacity, MW, Middle East, 1900 - 2050
Figure 80: Capacity demand cycle MW, new and asset base renewals, Middle East, 1941 - 2050
Figure 81: Growth of installed generating capacity, MW, Iran, 1900 - 2050
Figure 82: The capacity demand cycle MW, new and asset base renewals, Iran, 1941 to 2050
Figure 83: Growth of installed generating capacity, MW, Saudi Arabia, 1900 - 2050
Figure 84: Capacity demand cycle MW, new and asset base renewals, Saudi Arabia, 1941 - 2050
Figure 85: Growth of installed generating capacity, MW, Kuwait, 1900 to 2050
Figure 86: The capacity demand cycle MW, new and asset base renewals, Kuwait, 1941 - 2050
Figure 87: Growth of installed generating capacity, MW, Israel, 1900 to 2050
Figure 88: The capacity demand cycle MW, new and asset base renewals, Israel, 1941 - 2050
Figure 89: Growth of installed generating capacity, MW, UAE, 1972 - 2050
Figure 90: The capacity demand cycle MW, new and asset base renewals, UAE, 1970 - 2050
Figure 91: Growth of installed generating capacity, MW, Asia, 1940 - 2050
Figure 92: The capacity demand cycle MW, new and asset base renewals, 1940 to 2050, Asia including China
Figure 93: The capacity demand cycle MW, new and asset base renewals, 1940 to 2050, Asia excluding China
Figure 94: Generating capacity capex, $2009 and current $ in 5 year segments, Asia including China
Figure 95: Growth of installed generating capacity, MW, Bangladesh, 1940 - 2050
Figure 96: The capacity demand cycle MW, new and asset base renewals, Bangladesh, 1941 - 2050
Figure 97: Growth of installed generating capacity MW, China, 1900 to 2050
Figure 98: The capacity demand cycle MW, new and asset base renewals, China, 1941 - 2050
Figure 99: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 100: Growth of installed generating capacity, MW, India, 1900 - 2050
Figure 101: The capacity demand cycle MW, new and asset base renewals, India, 1941 - 2050
Figure 102: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 103: Growth of installed generating capacity, Indonesia, MW 1900 - 2050
Figure 104: The capacity demand cycle MW, new and asset base renewals, Indonesia, 1941-2050
Figure 105: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 106: Growth of installed generating capacity, MW, Japan, 1900 - 2050
Figure 107: The capacity demand cycle MW, new and asset base renewals, Japan, 1941 - 2050
Figure 108: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 109: Growth of installed generating capacity, MW, South Korea, 1900 - 2050
Figure 110: Capacity demand cycle MW, new and asset base renewals, South Korea, 1941 - 2050
Figure 111: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 112: Growth of installed generating capacity, MW, Malaysia, 1900 - 2050
Figure 113: The capacity demand cycle MW, new and asset base renewals, Malaysia, 1941 - 2050
Figure 114: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 115: Growth of installed generating capacity, MW, Pakistan, 1900 to 2050
Figure 116: The capacity demand cycle MW, new and asset base renewals, Pakistan, 1941 to 2050
Figure 117: Growth of installed generating capacity, MW, Philippines, 1900 to 2050
Figure 118: Capacity demand cycle MW, new and asset base renewals, Philippines, 1941 to 2050
Figure 119: Growth of installed generating capacity, MW, Taiwan 1900 - 2050
Figure 120: The capacity demand cycle MW, new and asset base renewals, Taiwan, 1941 - 2050
Figure 121: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 122: Growth of installed generating capacity, MW, Thailand, 1900 to 2050
Figure 123: The capacity demand cycle MW, new and asset base renewals, Thailand, 1941 - 2050
Figure 124: Growth of installed generating capacity, MW, Vietnam, 1900 to 2050
Figure 125: The capacity demand cycle MW, new and asset base renewals, Vietnam, 1941 to 2050
Figure 126: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 127: Growth of installed generating capacity, MW, Australia, 1900 to 2050
Figure 128: The capacity demand cycle MW, new and replacement, Australia, 1941 to 2050
Figure 129: Growth of installed generating capacity, MW, New Zealand, 1900 to 2050
Figure 130: The capacity demand cycle MW, new and replacement, New Zealand, 1941 to 2050
Figure 131: Growth of installed generating capacity, MW, North Africa, 1900 to 2050
Figure 132: The capacity demand cycle MW, new and replacement, North Africa, 1941 to 2050
Figure 133: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 134: Growth of installed generating capacity, Sub-Saharan Africa, MW 1900 to 2050
Figure 135: Capacity demand cycle MW, new and replacement, Sub-Saharan Africa, 1941 to 2050
Figure 136: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 137: Growth of installed generating capacity, MW, Egypt, 1900 to 2050
Figure 138: The capacity demand cycle MW, new and replacement, Egypt, 1941 to 2050
Figure 139: Growth of installed generating capacity, MW, Algeria, 1900 to 2050
Figure 140: The capacity demand cycle MW, new and replacement, Algeria, 1941 to 2050
Figure 141: Growth of installed generating capacity, MW, Morocco,1900 to 2050
Figure 142: The capacity demand cycle MW, new and asset base renewals, Morocco, 1941 to 2050
Figure 143: Growth of installed generating capacity, MW, Tunisia, 1900 to 2050
Figure 144: The capacity demand cycle MW, new and replacement, Tunisia, 1941 to 2050
Figure 145: Growth of installed generating capacity, MW, Nigeria, 1900 to 2050
Figure 146: The capacity demand cycle MW, new and replacement, Nigeria, 1941 to 2050
Figure 147: Growth of installed generating capacity, MW, South Africa, 1900 to 2050
Figure 148: The capacity demand cycle MW, new and replacement, South Africa, 1941 to 2050
Figure 149: Growth of installed generating capacity, MW, United States, 1900 to 2050
Figure 150: The capacity demand cycle MW, new and replacement, USA, 1941 to 2050
Figure 151: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 152: Growth of installed generating capacity, MW, Canada, 1900 to 2050
Figure 153: The capacity demand cycle MW, new and replacement, Canada, 1941 to 2050
Figure 154: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 155: Growth of installed generating capacity, MW, Mexico, 1900 to 2050
Figure 156: The capacity demand cycle MW, new and replacement, Mexico, 1941 to 2050
Figure 157: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 158: Growth of installed generating capacity, MW, Brazil, 1900 to 2050
Figure 159: The capacity demand cycle MW, new and replacement, Brazil, 1941 to 2050
Figure 160: Generating capacity capex, $2009 and current $ in 5 year segments
Figure 161: Growth of installed generating capacity, MW, Argentina, 1900 to 2050
Figure 162: The capacity demand cycle MW, new and replacement, Argentina, 1941 to 2050
Figure 163: Growth of installed generating capacity, MW, Chile, 1900 to 2050
Figure 164: The capacity demand cycle MW, new and replacement, Chile, 1941 to 2050
Figure 165: Growth of installed generating capacity, MW, Colombia, 1900 to 2050
Figure 166: The capacity demand cycle MW, new and replacement, Colombia, 1941 to 2050
Figure 167: Growth of installed generating capacity, MW, Paraguay, 1900 to 2050
Figure 168: The capacity demand cycle MW, new and replacement, Paraguay, 1941 to 2050
Figure 169: Growth of installed generating capacity, MW, Peru, 1900 to 2050
Figure 170: The capacity demand cycle MW, new and replacement, Peru, 1941 to 2050
Figure 171: Growth of installed generating capacity, MW 1900 to 2050
Figure 172: The capacity demand cycle MW, new and replacement, Venezuela, 1941 to 2050
Figure 173: Diagram of new plus total replacement capacity
Figure 174: Global annual new plus total replacement capacity
Figure 175: Annual new plus total replacement capacity, USA
Figure 176: Annual new plus total replacement capacity, Germany

LIST OF TABLES

Table 1: Fuel mix of generating capacity MW, France, 2010
Table 2: Fuel mix of generating capacity MW, Germany, 2010
Table 3: Fuel mix of generating capacity MW, Italy, 2010
Table 4: Fuel mix of generating capacity MW, Spain, 2010
Table 5: Fuel mix of generating capacity MW, United Kingdom, 2010
Table 6: Fuel mix of generating capacity MW, Austria, 2010
Table 7: Fuel mix of generating capacity MW, Belgium, 2010
Table 8: Fuel mix of operational generating capacity MW, Bulgaria, 2010
Table 9: Fuel mix of generating capacity MW, Czech Republic, 2010
Table 10: Fuel mix of generating capacity MW, Denmark, 2010
Table 11: Fuel mix of generating capacity MW, Finland, 2010
Table 12: Fuel mix of generating capacity MW, Greece, 2010
Table 13: Fuel mix of generating capacity MW, Hungary, 2010
Table 14: Fuel mix of generating capacity MW, Ireland, 2010
Table 15: Fuel mix of generating capacity MW, Netherlands, 2010
Table 16: Fuel mix of generating capacity MW, Norway, 2010
Table 17: Fuel mix of generating capacity MW, Poland, 2010
Table 18: Fuel mix of generating capacity MW, Portugal, 2010
Table 19: Fuel mix of generating capacity MW, Romania, 2010
Table 20: Fuel mix of generating capacity MW, Slovakia, 2010
Table 21: Fuel mix of generating capacity MW, Sweden, 2010
Table 22: Fuel mix of generating capacity MW, Switzerland, 2010
Table 23: Fuel mix of generating capacity MW, Turkey, 2010
Table 24: Fuel mix of generating capacity MW, Russia, 2010
Table 25: Fuel mix of generating capacity MW, Ukraine, 2010
Table 26: Fuel mix of generating capacity MW, Kazakhstan, 2010
Table 27: Fuel mix of generating capacity MW, Uzbekistan, 2010
Table 28: Fuel mix of generating capacity MW, Iran, 2010
Table 29: Fuel mix of generating capacity MW, Saudi Arabia, 2010
Table 30: Fuel mix of generating capacity MW, Kuwait, 2010
Table 31: Fuel mix of generating capacity MW, Israel, 2010
Table 32: Fuel mix of generating capacity MW, UAE, 2010
Table 33: Fuel mix of generating capacity MW, Bangladesh, 2010
Table 34: Fuel mix of generating capacity MW, China, 2010
Table 35: Fuel mix of generating capacity MW, India, 2010
Table 36: Fuel mix of generating capacity MW, Indonesia, 2010
Table 37: Fuel mix of generating capacity MW, Japan, 2010
Table 38: Fuel mix of generating capacity MW, South Korea, 2010
Table 39: Fuel mix of generating capacity MW, Malaysia, 2010
Table 40: Fuel mix of generating capacity MW, Pakistan, 2010
Table 41: Fuel mix of generating capacity MW, Philippines, 2010
Table 42: Fuel mix of generating capacity MW, Taiwan, 2010
Table 43: Fuel mix of generating capacity MW, Thailand, 2010
Table 44: Fuel mix of generating capacity MW, Vietnam, 2008
Table 45: Fuel mix of generating capacity MW, Australia, 20010
Table 46: Fuel mix of generating capacity MW, New Zealand, 2010
Table 47: Fuel mix of generating capacity MW, Egypt, 2010
Table 48: Fuel mix of generating capacity MW, Algeria, 2010
Table 49: Fuel mix of generating capacity MW, Morocco, 2010
Table 50: Fuel mix of generating capacity MW, Tunisia, 2010
Table 51: Fuel mix of generating capacity MW, Nigeria, 2010
Table 52: Fuel mix of generating capacity MW, South Africa, 2010
Table 53: Fuel mix of generating capacity MW, United States, 2011
Table 54: Fuel mix of generating capacity MW, Canada, 2011
Table 55: Fuel mix of generating capacity MW, Mexico, 2010
Table 56: Fuel mix of generating capacity MW, Brazil, 2011
Table 57: Fuel mix of generating capacity MW, Argentina, 2010
Table 58: Fuel mix of generating capacity MW, Chile, 2010
Table 59: Fuel mix of generating capacity MW, Colombia, 2010
Table 60: Fuel mix of generating capacity MW, Paraguay, 2010
Table 61: Fuel mix of generating capacity MW, Peru, 2010
Table 62: Fuel mix of generating capacity MW, Venezuela, 2010
Table 63 : 5 Year Demand for New Build and Asset Base renewal (ABR)
Table 64 : Installed Capacity 1980 to 2050, MW, All Countries

Generation Capacity and Demand 2012-2050 published by StatPlan Energy Limited in June 30, 2012. This report consists of 199 pages and the price starts from US $ 2500.

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