Project Insight - Global Power Generation Construction Projects

Published: Feb, 2018 | Pages: 67 | Publisher: Timetric
Industry: Construction | Report Format: Electronic (PDF)

Synopsis

Global economic growth improved during 2017 and into 2018, with the International Monetary Fund (IMF) upwardly revising its forecast to 3.9% for 2018 and 2019. Increased industrialization in the developing countries of Asia-Pacific and the Middle East and Africa, together with mass urbanization, has increased the demand for reliable energy sources.

The global power generation projects pipeline, as tracked by the Construction Intelligence Center (CIC), is worth US$4.78 trillion. Asia-Pacific dominates with projects valued at US$2.11 trillion, followed by the Middle East and Africa with projects valuing US$906.2 billion.

This report provides detailed analysis, information and insights based on 5,566 CIC projects globally, including detailed metrics on global power generation construction projects (as tracked by CIC) split by region and value and by ten types of project including nuclear, fossil fuels and renewable sources such as solar, biomass and wind. Country profiles are provided for the top 10 countries including China, India and the US.

Summary

Timetric's Construction Intelligence Center (CIC) is currently tracking power generation construction projects globally with a total value of US$4.78 trillion which will add a capacity of 2,944GW. Of this, US$1.94 trillion is in the planning stage. Asia-Pacific accounts for the highest value with US$2.11 trillion, followed by the Middle East and Africa with projects valuing US$906.2 billion. The Americas follow with projects with a value of US$890.2 billion and Europe has projects valued at US$871.4 billion. Globally, China heads up power generation project investment with US$541.8 billion followed by India with projects valuing US$470.5 billion. Nuclear power is the highest category value of projects with US$1.0 trillion followed by coal with US$907.0 billion. The largest projects currently in the pipeline are the US$35.0 billion East Anglia Offshore Windfarm Development in the UK, followed by the El Dabaa Nuclear Power Plant in Egypt and the Nassarawa Solar Power Development in Nigeria, both with value of US$30.0 billion.

Scope

The report provides analysis based on CIC projects showing total project values for Global markets and the regions and analysis by stage and funding for the top ten countries. The top 50 projects are listed giving country, stage, value and type of power generation construction. Values by ten types of project power categories are given including nuclear, wind, coal and biomass. Power generation capacity (MW) analysis is also provided. Ranked listings of the key operators for the sector are also provided showing the leading contractors, consulting engineers and project owners.

Reasons To Buy

• Gain insight and see forecasts for the power generation construction sector.

• Assess all major projects by value, start date, scope and stage of development globally, for the regions and top 10 countries to support business development activities.

• Plan campaigns by country based on specific project opportunities and align resources to the most attractive markets.

Key Highlights

• The highest value of projects are at the planning stage, with US$1.94 trillion, followed by projects at the execution stage with US$1.64 trillion.

• China leads the global project pipeline, with projects valued at US$541.8 billion, followed by India with US$470.5 billion.

• Private investment is responsible for the funding of the highest proportion of projects, with 42%, with public funding at 33% and the remaining 25% of projects financed jointly by public/private funding.

• Globally nuclear power have the highest value of projects at the execution stage and coal projects at the planning stage. Hydroelectric projects dominate the pre-planning stage.

• Assuming all projects tracked go ahead as planned, annual spending would reach US$942.3 billion in 2019.

 Table of Contents

1. Global Overview 
2. Sector Analytics
2.1. Nuclear 
2.2. Coal 
2.3. Hydroelectric 
2.4. Wind 
2.5. Gas 
2.6. Solar 
3. Regional Overviews 
3.1. The Americas 
3.2. Europe 
3.3. Asia-Pacific 
3.4. Middle East and Africa 
4. Key Operators 
4.1. The Americas 
4.2. Europe 
4.3. Asia-Pacific 
4.4. Middle East and Africa 
5. Project Analytics by Country 
5.1. China 
5.2. India 
5.3. The US 
5.4. The UK
5.5. Pakistan 
5.6. Vietnam 
5.7. Indonesia 
5.8. Brazil 
5.9. Nigeria
5.10. Egypt 
6. Methodology 
7. Disclaimer

List of Tables

Table 1: Top 50 Global Power Generation Projects by Value 
Table 2: The Americas - Power Generation Construction Project Pipeline, Value by Country and Stage (US$ million) 
Table 3: Europe - Power Generation Construction Project Pipeline, Value by Country and Stage (US$ million) 
Table 4: Asia-Pacific - Power Generation Construction Project Pipeline, Value by Country and Stage (US$ million) 
Table 5: Middle East and Africa - Power Generation Construction Project Pipeline, Value by Country and Stage (US$ million) 
Table 6: The Americas - Key Contractors, Value of Projects 
Table 7: The Americas - Key Consulting Engineers, Value of Projects 
Table 8: The Americas - Key Project Owners, Value of Projects 
Table 9: Europe - Key Contractors, Value of Projects 
Table 10: Europe - Key Consulting Engineers, Value of Projects 
Table 11: Europe - Key Project Owners, Value of Projects 
Table 12: Asia-Pacific - Key Contractors, Value of Projects 
Table 13: Asia-Pacific - Key Consulting Engineers, Value of Projects 
Table 14: Asia-Pacific - Key Project Owners, Value of Projects 
Table 15: Middle East and Africa - Key Contractors, Value of Projects 
Table 16: Middle East and Africa - Key Consulting Engineers, Value of Projects 
Table 17: Middle East and Africa - Key Project Owners, Value of Projects

List of Figures

Figure 1: Global, Power Generation Construction Project Pipeline, Value by Stage (US$ million) 
Figure 2: Global, Power Generation Construction Project Pipeline, Value by Region and Stage (US$ million) 
Figure 3: Global, Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million) 
Figure 4: Global, Power Generation Construction Project Pipeline, All Countries Projected Annual Spending by Type and Year of Project Term (US$ million) 
Figure 5: Global, Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 6: Global, Power Generation Construction Projects, Value by Completion Year (US$ million)
Figure 7: Global, Power Generation Construction Project Pipeline, Value by Type and Stage (US$ million) 
Figure 8: Global, Power Generation Construction Project Pipeline, Value by Type and Region (US$ million)
Figure 9: Global, Power Generation Construction Project Pipeline, Top 10 Countries Projected Annual Spending by Type and Year of Project Term (US$ million) 
Figure 10: Global, Power Generation Construction Project Pipeline, Additions to Capacity by Type and Year (MW) 
Figure 11: Global, Power Generation Construction Project Pipeline, Additions to Capacity by Type and Stage (MW) 
Figure 12: Nuclear Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million) 
Figure 13: Nuclear Power Generation Construction Project Pipeline, Capacity by Stage (MW) 
Figure 14: Nuclear Power Generation Construction Project Pipeline, Value by Region (US$ million)
Figure 15: Coal Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million) 
Figure 16: Coal Power Generation Construction Project Pipeline, Capacity by Stage (MW) 
Figure 17: Coal Power Generation Construction Project Pipeline, Value by Region (US$ million) 
Figure 18: Hydroelectric Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million)
Figure 19: Hydroelectric Power Generation Construction Project Pipeline, Capacity by Stage (MW)
Figure 20: Hydroelectric Power Generation Construction Project Pipeline, Value by Region (US$ million) 
Figure 21: Wind Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million) 
Figure 22: Wind Power Generation Construction Project Pipeline, Capacity by Stage (MW) 
Figure 23: Wind Power Generation Construction Project Pipeline, Value by Region (US$ million) 
Figure 24: Gas Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million) 
Figure 25: Gas Power Generation Construction Project Pipeline, Capacity by Stage (MW) 
Figure 26: Gas Power Generation Construction Project Pipeline, Value by Region (US$ million) 
Figure 27: Solar Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million) 
Figure 28: Solar Power Generation Construction Project Pipeline, Capacity by Stage (MW) 
Figure 29: Solar Power Generation Construction Project Pipeline, Value by Region (US$ million) 
Figure 30: The Americas - Power Generation Construction Project Pipeline, (US$ million) 
Figure 31: The Americas - Power Generation Construction Project Pipeline, Value by Stage (US$ million) 
Figure 32: The Americas - Power Generation Construction Project Pipeline, Projected Annual Spending by Type and Year of Project Term (US$ million) 
Figure 33: The Americas - Power Generation Construction Project Pipeline, Top 10 Countries by Stage (US$ million) 
Figure 34: The Americas - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 35: The Americas - Power Generation Construction Projects, Value by Completion Year (US$ million) 
Figure 36: The Americas - Power Generation Construction Project Pipeline, Type and Stage (US$ million) 
Figure 37: The Americas - Power Generation Construction Project Pipeline, Top 10 Countries by Stage (US$ million) 
Figure 38: The Americas - Power Generation Construction Project Pipeline, Additions to Capacity by Type and Year (MW) 
Figure 39: Europe - Power Generation Construction Project Pipeline, (US$ million) 
Figure 40: Europe - Power Generation Construction Project Pipeline, Value by Stage (US$ million)
Figure 41: Europe - Power Generation Construction Project Pipeline, Projected Annual Spending by Type and Year of Project Term (US$ million) 
Figure 42: Europe - Power Generation Construction Project Pipeline, Top 10 Countries Projected Annual Spending By Type and Year of Project Term (US$ million) 
Figure 43: Europe - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 44: Europe - Power Generation Construction Projects, Value by Completion Year (US$ million)
Figure 45: Europe - Power Generation Construction Project Pipeline, Type and Stage (US$ million)
Figure 46: Europe - Power Generation Construction Project Pipeline, Top 10 Countries by Stage (US$ million) 
Figure 47: Europe - Power Generation Construction Project Pipeline, Additions to Capacity by Type and Year (MW) 
Figure 48: Asia-Pacific - Power Generation Construction Project Pipeline, (US$ million) 
Figure 49: Asia-Pacific - Power Generation Construction Project Pipeline, Value by Stage (US$ million) 
Figure 50: Asia-Pacific - Power Generation Construction Project Pipeline, Projected Spending by Type and Year of Project Term (US$ million) 
Figure 51: Asia-Pacific - Power Generation Construction Project Pipeline, Top 10 Countries Projected Annual Spending by Type and Year of Project Term (US$ million) 
Figure 52: Asia-Pacific - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 34
Figure 53: Asia-Pacific - Power Generation Construction Projects, Value by Completion Year (US$ million)
Figure 54: Asia-Pacific - Power Generation Construction Project Pipeline, Type and Stage (US$ million)
Figure 55: Asia-Pacific - Power Generation Construction Project Pipeline, Top 10 Countries by Stage (US$ million) 
Figure 56: Asia-Pacific - Power Generation Construction Projects Pipeline, Additions to Capacity by Type and Year (MW) 
Figure 57: Middle East and Africa - Power Generation Construction Project Pipeline, (US$ million)
Figure 58: Middle East and Africa - Power Generation Construction Project Pipeline, Value by Stage (US$ million) 
Figure 59: Middle East and Africa - Power Generation Construction Project Pipeline, Projected Spending by Type and Year of Project Term (US$ million) 
Figure 60: Middle East and Africa - Power Generation Construction Project Pipeline, Top 10 Countries Projected Annual Spending by Type and Year of Project Term (US$ million) 
Figure 61: Middle East and Africa - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 62: Middle East and Africa - Power Generation Construction Projects, Value by Completion Year (US$ million) 
Figure 63: Middle East and Africa - Power Generation Construction Project Pipeline, Type and Stage (US$ million) 
Figure 64: Middle East and Africa - Power Generation Construction Project Pipeline, Top 10 Countries by Stage (US$ million) 
Figure 65: Middle East and Africa - Power Generation Construction Project Pipeline, Additions to Capacity by Type and Year (MW) 
Figure 66: China - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 67: China - Power Generation Construction Projects Pipeline, Projected Spending by Type and Year of Project Term (US$ million) 
Figure 68: China - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 69: China - Power Generation Construction Projects, Value by Completion Year (US$ million)
Figure 70: China - Power Generation Construction Projects Pipeline, Type by Stage (US$ million) 
Figure 71: China - Power Generation Construction Projects Pipeline, Additions to Capacity by Type and Year (MW) 
Figure 72: India - Power Generation Construction Projects Pipeline, Value by Stage (US$ million) 
Figure 73: India - Power Generation Construction Projects Pipeline, Projected Spending by Type and Year of Project Term (US$ million) 
Figure 74: India - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 75: India - Power Generation Construction Projects, Value by Completion Year (US$ million)
Figure 76: India - Power Generation Construction Projects Pipeline, Type by Stage (US$ million) 
Figure 77: India - Power Generation Construction Projects Pipeline, Additions to Capacity by Type and Year (MW) 
Figure 78: The US - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 79: The US - Power Generation Construction Projects Pipeline, by Type and Year of Project Term (US$ million) 
Figure 80: The US - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 81: The US - Power Generation Construction Projects, Value by Completion Year (US$ million)
Figure 82: The US - Power Generation Construction Projects Pipeline, Type by Stage (US$ million)
Figure 83: The US - Power Generation Construction Projects Pipeline, Additions to Capacity by Type and Year (MW) 
Figure 84: The UK - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 85: The UK - Power Generation Construction Projects Pipeline, Projected Spending by Type and Year of Project Term (US$ million) 
Figure 86: The UK - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 87: The UK - Power Generation Construction Projects, Value by Completion Year (US$ million)
Figure 88: The UK - Power Generation Construction Projects Pipeline, Type by Stage (US$ million)
Figure 89: The UK - Power Generation Construction Projects Pipeline, Additions to Capacity by Type and Year (MW) 
Figure 90: Pakistan - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 91: Pakistan - Power Generation Construction Projects Pipeline, Projected Spending by Type and Year of Project Term (US$ million) 
Figure 92: Pakistan - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 93: Pakistan - Power Generation Construction Projects, Value by Completion Year (US$ million) 
Figure 94: Pakistan - Power Generation Construction Projects Pipeline, Type by Stage (US$ million)
Figure 95: Pakistan - Power Generation Construction Projects Pipeline, Additions to Capacity by Type and Year (MW)
Figure 96: Vietnam - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 97: Vietnam - Power Generation Construction Projects Pipeline, Projected Spending by Type and Year of Project Term (US$ million) 
Figure 98: Vietnam - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 99: Vietnam - Power Generation Construction Projects, Value by Completion Year (US$ million) 
Figure 100: Vietnam - Power Generation Construction Projects Pipeline, Type by Stage (US$ million)
Figure 101: Vietnam - Power Generation Construction Projects Pipeline, Additions to Capacity by Type and Year (MW) 
Figure 102: Indonesia - Power Generation Construction Projects Pipeline, Value by Stage (US$ million) 
Figure 103: Indonesia - Power Generation Construction Projects Pipeline, Projected Spending by Stage (US$ million) 
Figure 104: Indonesia - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 105: Indonesia - Power Generation Construction Projects, Value by Completion Year (US$ million) 
Figure 106: Indonesia - Power Generation Construction Projects Pipeline, Type by Stage (US$ million) 
Figure 107: Indonesia - Power Generation Construction Projects Pipeline, Additions to Capacity by Type and Year (MW) 
Figure 108: Brazil - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 109: Brazil - Power Generation Construction Projects Pipeline, Projected Spending by Type and Year of Project Term (US$ million) 
Figure 110: Brazil - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 111: Brazil - Power Generation Construction Projects, Value by Completion Year (US$ million)
Figure 112: Brazil - Power Generation Construction Projects Pipeline, Type by Stage (US$ million)
Figure 113: Brazil - Power Generation Construction Projects Pipeline, Additions to Capacity by Type and Year (MW) 
Figure 114: Nigeria - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 115: Nigeria - Power Generation Construction Projects Pipeline, Projected Spending by Type and Year of Project Term (US$ million) 
Figure 116: Nigeria - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 117: Nigeria - Power Generation Construction Projects, Value by Completion Year (US$ million) 
Figure 118: Nigeria - Power Generation Construction Projects Pipeline, Type by Stage (US$ million)
Figure 119: Nigeria - Power Generation Construction Projects Pipeline, Additions to Capacity by Type and Year (MW) 
Figure 120: Egypt - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 121: Egypt - Power Generation Construction Projects Pipeline, Projected Spending by Type and Year of Project Term (US$ million) 
Figure 122: Egypt - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 123: Egypt - Power Generation Construction Projects, Value by Completion Year (US$ million)
Figure 124: Egypt - Power Generation Construction Projects Pipeline, Type by Stage (US$ million)
Figure 125: Egypt - Power Generation Construction Projects Pipeline, Additions to Capacity by Type and Year (MW)