ABS Power Predictor Report and Interactive Database Ed 6 2007

SUMMARY

Introduction

• Power Predictor is an ABS product that is made up of a report and an Excel database
• The new PP6 report contains a wealth of new analysis
• The database has been significantly expanded
• Power Predictor is an up-date which shows quite a few changes in future projected generating capacity
• The industry is changing rapidly
• Technology is moving very fast in response to concerns about security of fuel supply, environmental issues and fuel prices
• The team has researched national plans further and evaluated them
• We conclude that some will be achieved and some not

Report Scope

• Installed generating capacity is now recorded for almost every one of the 187 countries annually from 1950 to the present and projected forward annually to 2020, an expansion on previous editions that were limited to 1991 to 2010 for annual data
• Project database of 2,456 new generation projects in the pipeline
• Annual capacity by fuel (where applicable - coal, oil, gas, hydro, nuclear, wind, solar PV, solar thermal, geothermal, biomass, ocean) is recorded from 1990/91/92 to 2011
• New additions and capacity reaching the age of 40 years is provided for every country
• The report contains over 370 charts with new analysis showing some fascinating new conclusions
• In addition to 2 previous charts which have been up-dated (generating capacity in 5 year segments and annual capacity) the report now contains 3 new sets of analysis for each country
• Capacity is charted against generation historically to show periods and trends of high and low utilisation
• Capacity by fuel charts have been introduced from the ABS Fuel Forecasts series
• The report now contains historical charts of utility production compared with autoproduction (captive production) from 1950 for most countries

Some Research Findings

• The disparities in expected growth remain between different regions of the world
• In the early days when electrical capacity was very low, the private industrial producers had a far high share of the national total than the public utilities, in some countries as high as 50-60%
• In the big industrial countries the growth of utility capacity far outstripped private industry and sometimes the share has fallen from 50% to 5% over 50 years
• In other countries, where grid coverage is poor and supply unreliable, the private share has retained a high share
• Capacity utilisation can be related to many variables; water shortages in countries heavily dependent on hydro capacity, demand increasing faster than new build (occurring in many countries at different periods for various reasons), industrial decline (very apparent in the FSU and CEE countries after the dissolution of the Soviet Union), at other times generation fell while capacity increased
• Some countries have demonstrated a perfect match of capacity against generation and there are some surprises here
• Chile and Columbia in South America have shown an almost perfect match for 50 years, whereas Paraguay with its mighty dams generated far below capacity for many years

TABLE OF CONTENTS

Overview

Overview of World Generating Capacity, the Power Prediction

• Europe
  • 1. Austria
  • 2. Belgium
  • 3. Bulgaria
  • 4. Czech Republic
  • 5. Denmark
  • 6. Estonia
  • 7. Finland
  • 8. France
  • 9. Germany
  • 10. Greece
  • 11. Hungary
  • 12. Ireland
  • 13. Italy
  • 14. Latvia
  • 15. Lithuania
  • 16. Netherlands
  • 17. Norway
  • 18. Poland
  • 19. Portugal
  • 20. Romania
  • 21. Slovakia
  • 22. Spain
  • 23. Sweden
  • 24. Switzerland
  • 25. Turkey
  • 26. United Kingdom
• CIS
  • 27. Belarus
  • 28. Kazakhstan
  • 29. Russia
  • 30. Ukraine
  • 31. USSR and Successor Republics of the CIS
• Africa Mahgreb
  • 32. Algeria
  • 33. Egypt
  • 34. Libya
  • 35. Morocco
• Sub-Saharah Africa
  • 36. Nigeria
  • 37. South Africa
• Middle East
  • 38. Iran
  • 39. Israel
  • 40. Kuwait
  • 41. Saudi Arabia
  • 42. Syria
  • 43. UAE
• Asia Pacific
  • 44. Australia
  • 45. Bangladesh
  • 46. China
  • 47. Hong Kong
  • 48. India
  • 49. Indonesia
  • 50. Japan
  • 51. South Korea
  • 52. Malaysia
  • 53. New Zealand
  • 54. Pakistan
  • 55. Philippines
  • 56. Singapore
  • 57. Taiwan
  • 58. Thailand
  • 59. Vietnam
• Latin America
  • 60. Argentina
  • 61. Brazil
  • 62. Chile
  • 63. Colombia
  • 64. Paraguay
  • 65. Peru
  • 66. Puerto Rico
  • 67. Uruguay
  • 68. Venezuela
• North America
  • 69. Canada
  • 70. USA
  • 71. Mexico

Figures

• Figure 1.1: The evolution of global generating capacity, GW, 1938 to 2020
• Figure 1.2: Generating capacity by region, 1950 to 2020
• Figure 1.3: Utilisation, generation from capacity GWh per MW
• Figure 1.4: Fuel mix of generating capacity, Europe, GW 1990 to 2011
• Figure 1.5: Fuel mix of generating capacity, North America, GW 1990 to 2011
• Figure 1.6: Fuel mix of generating capacity, CIS, GW 1990 to 2011
• Figure 1.7: Fuel mix of generating capacity, Asia Pacific, GW 1990 to 2011
• Figure 1.8: Fuel mix of generating capacity, South America, GW 1990 to 2011
• Figure 1.9: Fuel mix of generating capacity, Middle East, GW 1990 to 2011
• Figure 1.10: Fuel mix of generating capacity, Africa, GW 1990 to 2011
• Figure 1.11: Auto-production and utility production, GWh 1950 to 2004
• Figure 1.12: Capacity additions and capacity reaching 40 years of age, World, MW, 1995 to 2011
• Figure 1.13: Capacity additions and capacity reaching 40 years of age, Europe, MW, 1995 to 2011
• Figure 1.14: Capacity additions and capacity reaching 40 years of age, CIS, MW, 1995 to 2011
• Figure 1.15: Capacity additions and capacity reaching 40 years of age, Asia Pacific, MW, 1995 to 2011
• Figure 1.16: Capacity additions and capacity reaching 40 years of age, Latin America, MW, 1995 to 2011
• Figure 1.17: Capacity additions and capacity reaching 40 years of age, Middle East, MW, 1995 to 2011
• Figure 1.18: Capacity additions and capacity reaching 40 years of age, Mahgreb North Africa, MW, 1995 to 2011
• Figure 1.19: Capacity additions and capacity reaching 40 years of age, Sub-Saharan Africa, MW, 1995 to
• Figure 1.1: Installed capacity of Austria (MW) 1938-2020, every 5 years
• Figure 1.2: Installed capacity of Austria (MW) 1950 to 2011 annually
• Figure 1.3: Generation (GWh) and installed capacity (MW), in Austria, 1950 to 2006
• Figure 1.4: Fuel mix of generating capacity of Austria (MW) 1990 to 2011
• Figure 1.5: Capacity shares of public utilities and self-producers in Austria
• Figure 2.1: Installed capacity of Belgium (MW) 1938-2020, every 5 years
• Figure 2.2: Installed capacity of Belgium (MW) 1950 to 2011 annually
• Figure 2.3: Generation (GWh) and installed capacity (MW), in Belgium, 1950 to 2006
• Figure 2.4: Fuel mix of generating capacity of Belgium (MW) 1990 to 2011
• Figure 2.5: Capacity shares of public utilities and self-producers in Belgium
• Figure 3.1: Installed capacity of Bulgaria (MW) 1938-2020, every 5 years
• Figure 3.2: Installed capacity of Bulgaria (MW) 1950 to 2011 annually
• Figure 3.3: Generation (GWh) and installed capacity (MW), in Bulgaria, 1950 to 2006
• Figure 3.4: Fuel mix of generating capacity of Bulgaria (MW) 1990 to 2011
• Figure 3.5: Capacity shares of public utilities and self-producers in Bulgaria
• Figure 4.1: Installed capacity of the Czech Republic (MW) 1990-2020, every 5 years
• Figure 4.2: Installed capacity of the Czech Republic (MW) 1990 to 2011 annually
• Figure 4.3: Generation (GWh) and installed capacity (MW), in the Czech Republic, 1950 to 2006
• Figure 4.4: Fuel mix of generating capacity of the Czech Republic (MW) 1990 to 2011
• Figure 4.5: Capacity shares of public utilities and self-producers in the Czech Republic
• Figure 5.1: Installed capacity of Denmark (MW) 1938-2020, every 5 years
• Figure 5.2: Installed capacity of Denmark (MW) 1950 to 2011 annually
• Figure 5.3: Generation (GWh) and installed capacity (MW), in Denmark, 1950 to 2006
• Figure 5.4: Fuel mix of generating capacity of Denmark (MW) 1990 to 2010
• Figure 6.1: Installed capacity of Estonia (MW) 1990-2020, every 5 years
• Figure 6.2: Installed capacity of Estonia (MW) 1990 to 2011 annually
• Figure 6.3: Generation (GWh) and installed capacity (MW), in Estonia, 1950 to 2006
• Figure 6.4: Fuel mix of generating capacity of Estonia (MW) 1990 to 2010
• Figure 6.5: Capacity shares of public utilities and self-producers in Estonia
• Figure 7.1: Installed capacity of Finland (MW) 1938-2020, every 5 years
• Figure 7.2: Installed capacity of Finland (MW) 1950 to 2011 annually
• Figure 7.3: Generation (GWh) and installed capacity (MW), in Finland, 1950 to 2006
• Figure 7.4: Fuel mix of generating capacity of Finland (MW) 1990 to 2010
• Figure 7.5: Capacity shares of public utilities and self-producers in Finland
• Figure 8.1: Installed capacity of France (MW) 1938-2020, every 5 years
• Figure 8.2: Installed capacity of France (MW) 1950 to 2011 annually
• Figure 8.3: Generation (GWh) and installed capacity (MW), in France, 1950 to 2006
• Figure 8.4: Fuel mix of generating capacity of France (MW) 1990 to 2011
• Figure 8.5: Capacity shares of public utilities and self-producers in France
• Figure 9.1: Installed capacity of Germany (MW) 1938-2020, every 5 years
• Figure 9.2: Installed capacity of Germany (MW) 1950 to 2011 annually
• Figure 9.3: Generation (GWh) and installed capacity (MW), in Germany, 1950 to 2006
• Figure 9.4: Fuel mix of generating capacity of Germany (MW) 1990 to 2011
• Figure 9.5: Capacity shares of public utilities and self-producers in Germany
• Figure 10.1: Installed capacity of Greece (MW) 1938-2020, every 5 years
• Figure 10.2: Installed capacity of Greece (MW) 1950 to 2011 annually
• Figure 10.3: Generation (GWh) and installed capacity (MW), in Greece, 1950 to 2006
• Figure 10.4: Fuel mix of generating capacity of Greece (MW) 1990 to 2011
• Figure 10.5: Capacity shares of public utilities and self-producers in Greece
• Figure 11.1: Installed capacity of Hungary (MW) 1938-2020, every 5 years
• Figure 11.2: Installed capacity of Hungary (MW) 1950 to 2011 annually
• Figure 11.3: Generation (GWh) and installed capacity (MW), in Hungary, 1950 to 2006
• Figure 11.4: Fuel mix of generating capacity of Hungary (MW) 1990 to 2011
• Figure 11.5: Capacity shares of public utilities and self-producers in Hungary
• Figure 12.1: Installed capacity of Ireland (MW) 1938-2020, every 5 years
• Figure 12.2: Installed capacity of Ireland (MW) 1950 to 2011 annually
• Figure 12.3: Generation (GWh) and installed capacity (MW), in Ireland, 1950 to 2006
• Figure 12.4: Fuel mix of generating capacity of Ireland (MW) 1990 to 2011
• Figure 12.5: Capacity shares of public utilities and self-producers in Ireland
• Figure 13.1: Installed capacity of Italy (MW) 1938-2020, every 5 years
• Figure 13.2: Installed capacity of Italy (MW) 1950 to 2011 annually
• Figure 13.3: Generation (GWh) and installed capacity (MW), in Italy, 1950 to 2006
• Figure 13.4: Fuel mix of generating capacity of Italy (MW) 1990 to 2011
• Figure 13.5: Capacity shares of public utilities and self-producers in Italy
• Figure 14.1: Installed capacity of Latvia (MW) 1990-2020, every 5 years
• Figure 14.2: Installed capacity of Latvia (MW) 1990 to 2011 annually
• Figure 14.3: Generation (GWh) and installed capacity (MW), in Latvia, 1950 to 2006
• Figure 14.4: Fuel mix of generating capacity of Latvia (MW) 1990 to 2011
• Figure 14.5: Capacity shares of public utilities and self-producers in Latvia
• Figure 15.1: Installed capacity of Lithuania (MW) 1990-2020, every 5 years
• Figure 15.2: Installed capacity of Lithuania (MW) 1990 to 2011 annually
• Figure 15.3: Generation (GWh) and installed capacity (MW), in Lithuania, 1950 to 2006
• Figure 15.4: Fuel mix of generating capacity of Lithuania (MW) 1990 to 2011
• Figure 15.5: Capacity shares of public utilities and self-producers in Lithuania
• Figure 16.1: Installed capacity of The Netherlands (MW) 1938-2020, every 5 years
• Figure 16.2: Installed capacity of The Netherlands (MW) 1950 to 2011 annually
• Figure 16.3: Generation (GWh) and installed capacity (MW), in The Netherlands, 1950 to 2006
• Figure 16.4: Fuel mix of generating capacity of The Netherlands (MW) 1990 to 2011
• Figure 16.5: Capacity shares of public utilities and self-producers in The Netherlands
• Figure 17.1: Installed capacity of Norway (MW) 1938-2020, every 5 years
• Figure 17.2: Installed capacity of Norway (MW) 1950 to 2011 annually
• Figure 17.3: Generation (GWh) and installed capacity (MW), in Norway, 1950 to 2006
• Figure 17.4: Fuel mix of generating capacity of Norway (MW) 1990 to 2011
• Figure 18.1: Installed capacity of Poland (MW) 1938-2020, every 5 years
• Figure 18.2: Installed capacity of Poland (MW) 1950 to 2011 annually
• Figure 18.3: Generation (GWh) and installed capacity (MW), in Poland, 1950 to 2006
• Figure 18.4: Fuel mix of generating capacity of Poland (MW) 1990 to 2011
• Figure 18.5: Capacity shares of public utilities and self-producers in Poland
• Figure 19.1: Installed capacity of Portugal (MW) 1938-2020, every 5 years
• Figure 19.2: Installed capacity of Portugal (MW) 1950 to 2011 annually
• Figure 19.3: Generation (GWh) and installed capacity (MW), in Portugal, 1950 to 2006
• Figure 19.4: Fuel mix of generating capacity of Portugal (MW) 1990 to 2011
• Figure 19.5: Capacity shares of public utilities and self-producers in Portugal
• Figure 20.1: Installed capacity of Romania (MW) 1938-2020, every 5 years
• Figure 20.2: Installed capacity of Romania (MW) 1950 to 2011 annually
• Figure 20.3: Generation (GWh) and installed capacity (MW), in Romania, 1950 to 2006
• Figure 20.4: Fuel mix of generating capacity of Romania (MW) 1990 to 2011
• Figure 20.5: Capacity shares of public utilities and self-producers in Romania
• Figure 21.1: Installed capacity of Slovakia (MW) 1990-2020, every 5 years
• Figure 21.2: Installed capacity of Slovakia (MW) 1990 to 2011 annually
• Figure 21.3: Generation (GWh) and installed capacity (MW), in Slovakia, 1992 to 2006
• Figure 21.4: Fuel mix of generating capacity of Slovakia (MW) 1990 to 2011
• Figure 21.5: Capacity shares of public utilities and self-producers in Slovakia
• Figure 22.1: Installed capacity of Spain (MW) 1938-2020, every 5 years
• Figure 22.2: Installed capacity of Spain (MW) 1950 to 2011 annually
• Figure 22.3: Generation (GWh) and installed capacity (MW), in Spain, 1950 to 2006
• Figure 22.4: Fuel mix of generating capacity of Spain (MW) 1990 to 2011
• Figure 22.5: Capacity shares of public utilities and self-producers in Spain
• Figure 23.1: Installed capacity of Sweden (MW) 1938-2020, every 5 years
• Figure 23.2: Installed capacity of Sweden (MW) 1950 to 2011 annually
• Figure 23.3: Generation (GWh) and installed capacity (MW), in Sweden, 1950 to 2006
• Figure 23.4: Fuel mix of generating capacity of Sweden (MW) 1990 to 2011
• Figure 24.1: Installed capacity of Switzerland (MW) 1938-2020, every 5 years
• Figure 24.2: Installed capacity of Switzerland (MW) 1950 to 2011 annually
• Figure 24.3: Generation (GWh) and installed capacity (MW), in Switzerland, 1950 to 2006
• Figure 24.4: Fuel mix of generating capacity of Switzerland (MW) 1990 to 2011
• Figure 24.5: Capacity shares of public utilities and self-producers in Switzerland
• Figure 25.1: Installed capacity of Turkey (MW) 1938-2020, every 5 years
• Figure 25.2: Installed capacity of Turkey (MW) 1950 to 2011 annually
• Figure 25.3: Generation (GWh) and installed capacity (MW), in Turkey, 1950 to 2006
• Figure 25.4: Fuel mix of generating capacity of Turkey (MW) 1990 to 2011
• Figure 25.5: Capacity shares of public utilities and self-producers in Turkey
• Figure 26.1: Installed capacity of the United Kingdom (MW) 1938-2020, every 5 years
• Figure 26.2: Installed capacity of the United Kingdom (MW) 1892 to 2011 annually
• Figure 26.3: Generation (GWh) and installed capacity (MW), in the United Kingdom, 1950 to 2006
• Figure 26.4: Fuel mix of generating capacity of the United Kingdom (MW) 1990 to 2011
• Figure 26.5: Capacity shares of public utilities and self-producers in the United Kingdom
• Figure 27.1: Installed capacity of Belarus (MW) 1995-2020, every 5 years
• Figure 27.2: Installed capacity of Belarus (MW) 1992 to 2011 annually
• Figure 27.3: Generation (GWh) and installed capacity (MW), in Belarus, 1992 to 2006
• Figure 27.4: Fuel mix of generating capacity of Belarus (MW) 1992 to 2011
• Figure 27.5: Capacity shares of public utilities and self-producers in Belarus
• Figure 28.1: Installed capacity of Kazakhstan (MW) 1995-2020, every 5 years
• Figure 28.2: Installed capacity of Kazakhstan (MW) 1992 to 2011 annually
• Figure 28.3: Generation (GWh) and installed capacity (MW), in Kazakhstan, 1992 to 2006
• Figure 28.4: Fuel mix of generating capacity of Kazakhstan (MW) 1992 to 2011
• Figure 29.1: Installed capacity of Russia (MW) 1995-2020, every 5 years
• Figure 29.2: Installed capacity of Russia (MW) 1992 to 2011 annually
• Figure 29.3: Generation (GWh) and installed capacity (MW), in Russia, 1992 to 2006
• Figure 29.4: Fuel mix of generating capacity of Russia (MW) 1992 to 2011
• Figure 29.5: Capacity shares of public utilities and self-producers in Russia
• Figure 30.1: Installed capacity of the Ukraine (MW) 1995-2020, every 5 years
• Figure 30.2: Installed capacity of the Ukraine (MW) 1992 to 2011 annually
• Figure 30.3: Generation (GWh) and installed capacity (MW), in the Ukraine, 1992 to 2006
• Figure 30.4: Fuel mix of generating capacity of the Ukraine (MW) 1992 to 2011
• Figure 30.5: Capacity shares of public utilities and self-producers in the Ukraine
• Figure 31.1: Installed capacity of the USSR and successor republics of the CIS (excluding Estonia, Latvia and Lithuania) (MW) 1938-2020, every 5 years
• Figure 31.2: Installed capacity of the USSR and successor republics of the CIS (excluding Estonia, Latvia and Lithuania) (MW) 1917 to 2011 annually
• Figure 31.3: Generation (GWh) and installed capacity (MW), in the USSR, 1950 to 2006
• Figure 31.4: Capacity shares of public utilities and self-producers in the USSR
• Figure 32.1: Installed capacity of Algeria (MW) 1950-2020, every 5 years
• Figure 32.2: Installed capacity of Algeria (MW) 1950 to 2011 annually
• Figure 32.3: Generation (GWh) and installed capacity (MW), in Algeria, 1950 to 2006
• Figure 32.4: Fuel mix of generating capacity of Algeria (MW) 1990 to 2011
• Figure 32.5: Capacity shares of public utilities and self-producers in Algeria
• Figure 33.1: Installed capacity of Egypt (MW) 1938-2020, every 5 years
• Figure 33.2: Installed capacity of Egypt (MW) 1950 to 2011 annually
• Figure 33.3: Generation (GWh) and installed capacity (MW), in Egypt, 1950 to 2006
• Figure 33.4: Fuel mix of generating capacity of Egypt (MW) 1990 to 2011
• Figure 33.5: Capacity shares of public utilities and self-producers in Egypt
• Figure 34.1: Installed capacity of Libya (MW) 1938-2020, every 5 years
• Figure 34.2: Installed capacity of Libya (MW) 1950 to 2011 annually
• Figure 34.3: Generation (GWh) and installed capacity (MW), in Libya, 1950 to 2006
• Figure 34.4: Fuel mix of generating capacity of Libya (MW) 1990 to 2011
• Figure 35.1: Installed capacity of Morocco (MW) 1938-2020, every 5 years
• Figure 35.2: Installed capacity of Morocco (MW) 1950 to 2011 annually
• Figure 35.3: Generation (GWh) and installed capacity (MW), in Morocco, 1950 to 2006
• Figure 35.4: Fuel mix of generating capacity of Morocco (MW) 1990 to 2011
• Figure 35.5: Capacity shares of public utilities and self-producers in Morocco
• Figure 36.1: Installed capacity of Nigeria (MW) 1938-2020, every 5 years
• Figure 36.2: Installed capacity of Nigeria (MW) 1950 to 2011 annually
• Figure 36.3: Generation (GWh) and installed capacity (MW), in Nigeria, 1950 to 2006
• Figure 36.4: Fuel mix of generating capacity of Nigeria (MW) 1990 to 2011
• Figure 37.1: Installed capacity of South Africa (MW) 1938-2020, every 5 years
• Figure 37.2: Installed capacity of South Africa (MW) 1950 to 2011 annually
• Figure 37.3: Generation (GWh) and installed capacity (MW), in South Africa, 1950 to 2006
• Figure 37.4: Fuel mix of generating capacity of South Africa (MW) 1990 to 2011
• Figure 37.5: Capacity shares of public utilities and self-producers in South Africa
• Figure 38.1: Installed capacity of Iran (MW) 1960-2020, every 5 years
• Figure 38.2: Installed capacity of Iran (MW) 1960 to 2011 annually
• Figure 38.3: Generation (GWh) and installed capacity (MW), in Iran, 1950 to 2006
• Figure 38.4: Fuel mix of generating capacity of Iran (MW) 1990 to 2011
• Figure 38.5: Capacity shares of public utilities and self-producers in Iran
• Figure 39.1: Installed capacity of Israel (MW) 1950-2020, every 5 years
• Figure 39.2: Installed capacity of Israel (MW) 1950 to 2011 annually
• Figure 39.3: Generation (GWh) and installed capacity (MW), in Israel, 1950 to 2006
• Figure 39.4: Fuel mix of generating capacity of Israel (MW) 1990 to 2011
• Figure 39.5: Capacity shares of public utilities and self-producers in Israel
• Figure 40.1: Installed capacity of Kuwait (MW) 1955-2020, every 5 years
• Figure 40.2: Installed capacity of Kuwait (MW) 1955 to 2011 annually
• Figure 40.3: Fuel mix of generating capacity of Kuwait (MW) 1990 to 2011
• Figure 40.4: Capacity shares of public utilities and self-producers in Kuwait
• Figure 40.5: New capacity additions and replacements in Kuwait (GW) 1990 to 2010
• Figure 41.1: Installed capacity of Saudi Arabia (MW) 1965-2020, every 5 years
• Figure 41.2: Installed capacity of Saudi Arabia (MW) 1961 to 2011 annually
• Figure 41.3: Generation (GWh) and installed capacity (MW), in Saudi Arabia, 1950 to 2006
• Figure 41.4: Fuel mix of generating capacity of Saudi Arabia (MW) 1990 to 2011
• Figure 41.5: Capacity shares of public utilities and self-producers in Saudi Arabia
• Figure 42.1: Installed capacity of Syria (MW) 1938-2020, every 5 years
• Figure 42.2: Installed capacity of Syria (MW) 1950 to 2011 annually
• Figure 42.3: Generation (GWh) and installed capacity (MW), in Syria, 1950 to 2006
• Figure 42.4: Fuel mix of generating capacity of Syria (MW) 1990 to 2011
• Figure 42.5: Capacity shares of public utilities and self-producers in Syria
• Figure 43.1: Installed capacity of the UAE (MW) 1950-2020, every 5 years
• Figure 43.2: Installed capacity of the UAE (MW) 1950 to 2011 annually
• Figure 43.3: Generation (GWh) and installed capacity (MW), in the UAE, 1950 to 2006
• Figure 43.4: Fuel mix of generating capacity of the UAE (MW) 1990 to 2011
• Figure 44.1: Installed capacity of Australia (MW) 1950-2020, every 5 years
• Figure 44.2: Installed capacity of Australia (MW) 1950 to 2011 annually
• Figure 44.3: Generation (GWh) and installed capacity (MW), in Australia, 1950 to 2006
• Figure 44.4: Fuel mix of generating capacity of Australia (MW) 1990 to 2011
• Figure 44.5: Capacity shares of public utilities and self-producers in Australia
• Figure 45.1: Installed capacity of Bangladesh (MW) 1970-2020, every 5 years
• Figure 45.2: Installed capacity of Bangladesh (MW) 1970 to 2011 annually
• Figure 45.3: Generation (GWh) and installed capacity (MW), in Bangladesh, 1950 to 2006
• Figure 45.4: Fuel mix of generating capacity of Bangladesh (MW) 1990 to 2011
• Figure 46.1: Installed capacity of China (MW) 1938-2020, every 5 years
• Figure 46.2: Installed capacity of China (MW) 1950 to 2011 annually
• Figure 46.3: Generation (GWh) and installed capacity (MW), in China, 1950 to 2006
• Figure 46.4: Fuel mix of generating capacity of China (MW) 1990 to 2011
• Figure 47.1: Installed capacity of Hong Kong (MW) 1950-2020, every 5 years
• Figure 47.2: Installed capacity of Hong Kong (MW) 1950 to 2011 annually
• Figure 47.3: Generation (GWh) and installed capacity (MW), in Hong Kong, 1950 to 2006
• Figure 47.4: Fuel mix of generating capacity of Hong Kong (MW) 1990 to 2011
• Figure 48.1: Installed capacity of India (MW) 1938-2020, every 5 years
• Figure 48.2: Installed capacity of India (MW) 1950 to 2011 annually
• Figure 48.3: Generation (GWh) and installed capacity (MW), in India, 1950 to 2006
• Figure 48.4: Fuel mix of generating capacity of India (MW) 1990 to 2011
• Figure 48.5: Capacity shares of public utilities and self-producers in India
• Figure 49.1: Installed capacity of Indonesia (MW) 1950-2020, every 5 years
• Figure 49.2: Installed capacity of Indonesia (MW) 1950 to 2011 annually
• Figure 49.3: Generation (GWh) and installed capacity (MW), in Indonesia, 1950 to 2006
• Figure 49.4: Fuel mix of generating capacity of Indonesia (MW) 1990 to 2011
• Figure 49.5: Capacity shares of public utilities and self-producers in Indonesia
• Figure 50.1: Installed capacity of Japan (MW) 1938-2020, every 5 years
• Figure 50.2: Installed capacity of Japan (MW) 1903 to 2011 annually
• Figure 50.3: Generation (GWh) and installed capacity (MW), in Japan, 1950 to 2006
• Figure 50.4: Fuel mix of generating capacity of Japan (MW) 1990 to 2011
• Figure 50.5: Capacity shares of public utilities and self-producers in Japan
• Figure 51.1: Installed capacity of South Korea (MW) 1950-2020, every 5 years
• Figure 51.2: Installed capacity of South Korea (MW) 1950 to 2011 annually
• Figure 51.3: Generation (GWh) and installed capacity (MW), in South Korea, 1950 to 2006
• Figure 51.4: Fuel mix of generating capacity of South Korea (MW) 1990 to 2011
• Figure 51.5: Capacity shares of public utilities and self-producers in South Korea
• Figure 52.1: Installed capacity of Malaysia (MW) 1950-2020, every 5 years
• Figure 52.2: Installed capacity of Malaysia (MW) 1950 to 2011 annually
• Figure 52.3: Generation (GWh) and installed capacity (MW), in Malaysia, 1950 to 2006
• Figure 52.4: Fuel mix of generating capacity of Malaysia (MW) 1990 to 2011
• Figure 53.1: Installed capacity of New Zealand (MW) 1950-2020, every 5 years
• Figure 53.2: Installed capacity of New Zealand (MW) 1950 to 2011 annually
• Figure 53.3: Generation (GWh) and installed capacity (MW), in New Zealand, 1950 to 2006
• Figure 53.4: Fuel mix of generating capacity of New Zealand (MW) 1990 to 2011
• Figure 54.1: Installed capacity of Pakistan (MW) 1938-2020, every 5 years
• Figure 54.2: Installed capacity of Pakistan (MW) 1950 to 2011 annually
• Figure 54.3: Generation (GWh) and installed capacity (MW), in Pakistan, 1950 to 2006
• Figure 54.4: Fuel mix of generating capacity of Pakistan (MW) 1990 to 2011
• Figure 55.1: Installed capacity of the Philippines (MW) 1950-2020, every 5 years
• Figure 55.2: Installed capacity of the Philippines (MW) 1950 to 2011 annually
• Figure 55.3: Generation (GWh) and installed capacity (MW), in Philippines, 1950 to 2006
• Figure 55.4: Fuel mix of generating capacity of the Philippines (MW) 1990 to 2011
• Figure 56.1: Installed capacity of Singapore (MW) 1960-2020, every 5 years
• Figure 56.2: Installed capacity of Singapore (MW) 1950 to 2011 annually
• Figure 56.3: Generation (GWh) and installed capacity (MW), in Singapore, 1950 to 2006
• Figure 56.4: Fuel mix of generating capacity of Singapore (MW) 1990 to 2011
• Figure 57.1: Installed capacity of Taiwan (MW) 1950-2020, every 5 years
• Figure 57.2: Installed capacity of Taiwan (MW) 1950 to 2011 annually
• Figure 57.3: Generation (GWh) and installed capacity (MW), in Taiwan, 1950 to 2006
• Figure 57.4: Fuel mix of generating capacity of Taiwan (MW) 1990 to 2011
• Figure 57.5: Capacity shares of public utilities and self-producers in Taiwan
• Figure 58.1: Installed capacity of Thailand (MW) 1950-2020, every 5 years
• Figure 58.2: Installed capacity of Thailand (MW) 1950 to 2011 annually
• Figure 58.3: Generation (GWh) and installed capacity (MW), in Thailand, 1950 to 2006
• Figure 58.4: Fuel mix of generating capacity of Thailand (MW) 1990 to 2011
• Figure 58.5: Capacity shares of public utilities and self-producers in Thailand
• Figure 59.1: Installed capacity of Vietnam (MW) 1938-2020, every 5 years
• Figure 59.2: Installed capacity of Vietnam (MW) 1960 to 2011 annually
• Figure 59.3: Generation (GWh) and installed capacity (MW), in Vietnam, 1950 to 2006
• Figure 59.4: Fuel mix of generating capacity of Vietnam (MW) 1990 to 2011
• Figure 60.1: Installed capacity of Argentina (MW) 1950-2020, every 5 years
• Figure 60.2: Installed capacity of Argentina (MW) 1950 to 2011 annually
• Figure 60.3: Generation (GWh) and installed capacity (MW), in Argentina, 1950 to 2006
• Figure 60.4: Fuel mix of generating capacity of Argentina (MW) 1990 to 2011
• Figure 60.5: Capacity shares of public utilities and self-producers in Argentina
• Figure 61.1: Installed capacity of Brazil (MW) 1950-2020, every 5 years
• Figure 61.2: Installed capacity of Brazil (MW) 1950 to 2011 annually
• Figure 61.3: Generation (GWh) and installed capacity (MW), in Brazil, 1950 to 2006
• Figure 61.4: Fuel mix of generating capacity of Brazil (MW) 1990 to 2010
• Figure 61.5: Capacity shares of public utilities and self-producers in Brazil
• Figure 62.1: Installed capacity of Chile (MW) 1950-2020, every 5 years
• Figure 62.2: Installed capacity of Chile (MW) 1950 to 2011 annually
• Figure 62.3: Generation (GWh) and installed capacity (MW), in Chile, 1950 to 2006
• Figure 62.4: Fuel mix of generating capacity of Chile (MW) 1990 to 2011
• Figure 62.5: Capacity shares of public utilities and self-producers in Chile
• Figure 63.1: Installed capacity of Colombia (MW) 1955-2020, every 5 years
• Figure 63.2: Installed capacity of Colombia (MW) 1955 to 2011 annually
• Figure 63.3: Generation (GWh) and installed capacity (MW), in Colombia, 1955 to 2006
• Figure 63.4: Fuel mix of generating capacity of Colombia (MW) 1990 to 2011
• Figure 63.5: Capacity shares of public utilities and self-producers in Colombia
• Figure 64.1: Installed capacity of Paraguay (MW) 1950-2020, every 5 years
• Figure 64.2: Installed capacity of Paraguay (MW) 1950 to 2011 annually
• Figure 64.3: Generation (GWh) and installed capacity (MW), in Paraguay, 1950 to 2006
• Figure 64.4: Fuel mix of generating capacity of Paraguay (MW) 1990 to 2011
• Figure 65.1: Installed capacity of Peru (MW) 1950-2020, every 5 years
• Figure 65.2: Installed capacity of Peru (MW) 1950 to 2011 annually
• Figure 65.3: Generation (GWh) and installed capacity (MW), in Peru, 1950 to 2006
• Figure 65.4: Fuel mix of generating capacity of Peru (MW) 1990 to 2011
• Figure 65.5: Capacity shares of public utilities and self-producers in Peru
• Figure 66.1: Installed capacity of Puerto Rico (MW) 1950-2020, every 5 years
• Figure 66.2: Installed capacity of Puerto Rico (MW) 1950 to 2011 annually
• Figure 66.3: Fuel mix of generating capacity of Puerto Rico (MW) 1990 to 2011
• Figure 67.1: Installed capacity of Uruguay (MW) 1950-2020, every 5 years
• Figure 67.2: Installed capacity of Uruguay (MW) 1950 to 2011 annually
• Figure 67.3: Generation (GWh) and installed capacity (MW), in Uruguay, 1950 to 2006
• Figure 67.4: Fuel mix of generating capacity of Uruguay (MW) 1990 to 2011
• Figure 68.1: Installed capacity of Venezuela (MW) 1950-2020, every 5 years
• Figure 68.2: Installed capacity of Venezuela (MW) 1950 to 2011 annually
• Figure 68.3: Generation (GWh) and installed capacity (MW), in Venezuela, 1950 to 2006
• Figure 68.4: Fuel mix of generating capacity of Venezuela (MW) 1990 to 2011
• Figure 68.5: Capacity shares of public utilities and self-producers in Venezuela
• Figure 69.1: Installed capacity of Canada (MW) 1938-2020, every 5 years
• Figure 69.2: Installed capacity of Canada (MW) 1932 to 2011 annually
• Figure 69.3: Generation (GWh) and installed capacity (MW), in Canada, 1950 to 2006
• Figure 69.4: Fuel mix of generating capacity of Canada (MW) 1990 to 2011
• Figure 69.5: Capacity shares of public utilities and self-producers in Canada
• Figure 70.1: Installed capacity of the USA (MW) 1950-2020, every 5 years
• Figure 70.2: Installed capacity of the USA (MW) 1950 to 2011 annually
• Figure 70.3: Generation (GWh) and installed capacity (MW), in the USA, 1950 to 2006
• Figure 70.4: Fuel mix of generating capacity of the USA (MW) 1990 to 2011
• Figure 70.5: Capacity shares of public utilities and self-producers in the USA
• Figure 71.1: Installed capacity of Mexico (MW) 1938-2020, every 5 years
• Figure 71.2: Installed capacity of Mexico (MW) 1879 to 2011 annually
• Figure 71.3: Generation (GWh) and installed capacity (MW), in Mexico, 1950 to 2006
• Figure 71.4: Fuel mix of generating capacity of Mexico (MW) 1990 to 2011
• Figure 71.5: Capacity shares of public utilities and self-producers in Mexico