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Project Insight - Power Generation Construction Projects: Europe

  • ID: 4154502
  • Report
  • Region: Europe
  • 64 pages
  • GlobalData
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Project Insight - Power Generation Construction Projects: Europe

Summary

Europe’s mature power generation market is set to decline in terms of consumption levels, in line with the power generation strategy for EU countries. The EU’s Energy Efficiency Directive and the Renewable Energy Directive set targets for energy efficiency (reductions in energy production) and for the share of energy needs delivered from renewable sources. According to the BP Statistical Review, energy consumption in Europe (including Russia) was 2,668 million tonnes oil equivalent (Mtoe) in 2017, with Russia, Germany and France leading with 698.3, 335.1 and 237.9 Mtoe respectively. Although this was an increase on the previous year, consumption levels are declining in Europe, in contrast to the positive growth in emerging markets.

The directives relative to renewables are reflected in the energy mix in the power generation construction projects pipeline. The publisher is currently tracking power generation construction projects in Europe with a total value of US$693.2 billion, which includes projects from the announced to execution stages. Western Europe’s project pipeline totals US$380.2 billion, ahead of Eastern Europe with US$313.0 billion.

The report provides analysis based on CIC projects showing total project values for Europe and analysis by stage and funding for the top ten countries. The top 50 projects are listed for the region 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.

Scope
  • For Europe as a whole, the project pipeline for wind power projects has the highest value, at US$269.6 billion, just ahead of nuclear power projects, with US$241.6 billion. Wind power is by far the most dominant type of power project in Western Europe, accounting for 61.4% of the total pipeline, ahead of nuclear with 14.1%.
  • Assuming all projects proceed as planned, the current pipeline of projects will deliver 251.5GW of generating capacity, with 115.5GW in Eastern Europe and 136.0GW in Western Europe. For the region as a whole, wind power projects have a combined generating capacity of 91.2GW, of which 74.1GW is accounted for by Western Europe.
  • The pipeline has a relatively high proportion of early stage projects, with projects at the planning stage having a total value of US$306.1 billion, and those at the earlier stages (of announcement and study) totaling US$78.5 billion.
  • Funding for projects in the pipeline is predominantly private, with privately-funded projects accounting for 54% of the total, followed by public with 25%. Joint public and private investment is responsible for 21% of power generation project investment in Europe as a whole.
  • The UK has the highest-value project pipeline for Europe, with US$238.4 billion, reflecting large-scale investments in new wind power generation projects.
  • The highest value project in Europe is the US$37.5 billion Sinop Nuclear Power Plant in Turkey. However, the project has been long delayed, and there are rising concerns that the Japanese-French consortium comprising Mitsubishi Heavy Industries and Areva will pull out of the project owing to rising costs.
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 for the region 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.
Note: Product cover images may vary from those shown
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1. OVERVIEW

2. SECTOR ANALYTICS
2.1. Solar
2.2. Gas
2.3. Nuclear
2.4. Hydroelectric
2.5. Coal
2.6. Wind

3. KEY OPERATORS

4. PROJECT ANALYTICS BY COUNTRY
4.1. UK
4.2. Turkey
4.3. Russia
4.4. Poland
4.5. France
4.6. Germany
4.7. Netherlands
4.8. Hungary
4.9. Ireland
4.10. Romania

5. About the publisher
5.1. The Publisher at a Glance
5.2. The Publisher Construction
5.3. Disclaimer
5.4. Contact Us

List of Tables
Table 1: Europe - Power Generation Construction Project Pipeline, Value by Country and Stage (US$ million)
Table 2: Europe - Top 50 Power Generation Projects by Value
Table 3: Key Contractors - Value of Projects
Table 4: Key Consulting Engineers - Value of Projects
Table 5: Key Project Owners - Value of Projects

List of Figures
Figure 1: Western Europe - Power Generation Construction Project Pipeline, All Countries Value by Stage (US$ million)
Figure 2: Eastern Europe - Power Generation Construction Project Pipeline, All Countries Value by Stage (US$ million)
Figure 3: Western Europe - Power Generation Construction Project Pipeline, All Countries Projected Annual Spending Value by Type (US$ million)
Figure 4: Eastern Europe - Power Generation Construction Project Pipeline, All Countries Projected Annual Spending Value by Type (US$ million)
Figure 5: Western Europe - Power Generation Construction Project Pipeline, Type by Stage (US$ million)
Figure 6: Eastern Europe - Power Generation Construction Project Pipeline, Type by Stage (US$ million)
Figure 7: Western Europe - Power Generation Construction Project Pipeline, Top 10 Countries by Stage (US$ million)
Figure 8: Eastern Europe - Power Generation Construction Project Pipeline, Top 10 Countries by Stage (US$ million)
Figure 9: Western Europe - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 10: Western Europe - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 11: Western Europe - Power Generation Construction Project Pipeline, Additions to Capacity by Type and Completion Year (MW)
Figure 12: Eastern Europe - Power Generation Construction Project Pipeline, Additions to Capacity by Type and Completion Year (MW)
Figure 13: Western Europe- Solar Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million)
Figure 14: Eastern Europe- Solar Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million)
Figure 15: Western Europe - Solar Power Generation Construction Project Pipeline, Value by Stage (US$ million)
Figure 16: Eastern Europe - Solar Power Generation Construction Project Pipeline, Value by Stage (US$ million)
Figure 17: Western Europe- Solar Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 18: Eastern Europe- Solar Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 19: Western Europe- Solar Power Generation Construction Projects Pipeline, Capacity (MW) by Completion Year
Figure 20: Eastern Europe- Solar Power Generation Construction Projects Pipeline, Capacity (MW) by Completion Year
Figure 21: Western Europe - Gas Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million)
Figure 22: Eastern Europe - Gas Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million)
Figure 23: Western Europe - Gas Power Generation Construction Project Pipeline, Value by Stage (US$ million)
Figure 24: Eastern Europe - Gas Power Generation Construction Project Pipeline, Value by Stage (US$ million)
Figure 25: Western Europe - Gas Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 26: Eastern Europe - Gas Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 27: Western Europe - Gas Power Generation Construction Projects Pipeline, Capacity (MW) by Completion Year
Figure 28: Eastern Europe - Gas Power Generation Construction Projects Pipeline, Capacity (MW) by Completion Year
Figure 29: Western Europe - Nuclear Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million)
Figure 30: Eastern Europe - Nuclear Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million)
Figure 31: Western Europe- Nuclear Power Generation Construction Project Pipeline, Value by Stage (US$ million)
Figure 32: Eastern Europe- Nuclear Power Generation Construction Project Pipeline, Value by Stage (US$ million)
Figure 33: Western Europe - Nuclear Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 34: Eastern Europe - Nuclear Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 35: Western Europe - Nuclear Power Generation Construction Projects Pipeline, Capacity (MW) by Completion Year
Figure 36: Eastern Europe - Nuclear Power Generation Construction Projects Pipeline, Capacity (MW) by Completion Year
Figure 37: Western Europe - Hydroelectric Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million)
Figure 38: Eastern Europe - Hydroelectric Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million)
Figure 39: Western Europe - Hydroelectric Power Generation Construction Project Pipeline, Value by Stage (US$ million)
Figure 40: Eastern Europe - Hydroelectric Power Generation Construction Project Pipeline, Value by Stage (US$ million)
Figure 41: Western Europe - Hydroelectric Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 42: Eastern Europe - Hydroelectric Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 43: Western Europe - Hydroelectric Power Generation Construction Projects Pipeline, Capacity (MW) by Completion Year
Figure 44: Eastern Europe - Hydroelectric Power Generation Construction Projects Pipeline, Capacity (MW) by Completion Year
Figure 45: Europe - Coal Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million)
Figure 46: Europe - Coal Power Generation Construction Project Pipeline, Value by Stage (US$ million)
Figure 47: Europe - Coal Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 48: Europe - Coal Power Generation Construction Projects Pipeline, Capacity (MW) by Completion Year
Figure 49: Western Europe - Wind Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million)
Figure 50: Western Europe - Wind Power Generation Construction Project Pipeline, Value by Stage: Top 10 Countries (US$ million)
Figure 51: Western Europe - Wind Power Generation Construction Project Pipeline, Value by Stage (US$ million)
Figure 52: Eastern Europe - Wind Power Generation Construction Project Pipeline, Value by Stage (US$ million)
Figure 53: Western Europe - Wind Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 54: Eastern Europe - Wind Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 55: Western Europe - Wind Power Generation Construction Projects Pipeline, Capacity (MW) by Completion Year
Figure 56: Eastern Europe - Wind Power Generation Construction Projects Pipeline, Capacity (MW) by Completion Year
Figure 57: UK - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 58: UK - Power Generation Construction Projects Pipeline, Projected Annual Spending Value by Type (US$ million)
Figure 59: UK - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 60: UK - Power Generation Construction Project Pipeline, Additions to Capacity and Year (MW)
Figure 61: Turkey - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 62: Turkey - Power Generation Construction Projects Pipeline, Projected Annual Spending Value by Type (US$ million)
Figure 63: Turkey - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 64: Turkey - Power Generation Construction Project Pipeline, Additions to Capacity and Year (MW)
Figure 65: Russia - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 66: Russia - Power Generation Construction Projects Pipeline, Projected Annual Spending Value by Type (US$ million)
Figure 67: Russia - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 68: Russia - Power Generation Construction Project Pipeline, Additions to Capacity and Year (MW)
Figure 69: Poland - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 70: Poland - Power Generation Construction Projects Pipeline, Projected Annual Spending Value by Type (US$ million)
Figure 71: Poland - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 72: Poland - Power Generation Construction Project Pipeline, Additions to Capacity and Year (MW)
Figure 73: France - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 74: France - Power Generation Construction Projects Pipeline, Projected Annual Spending Value by Type (US$ million)
Figure 75: France - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 76: France - Power Generation Construction Project Pipeline, Additions to Capacity and Year (MW)
Figure 77: Germany - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 78: Germany - Power Generation Construction Projects Pipeline, Projected Annual Spending Value by Type (US$ million)
Figure 79: Germany - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 80: Germany - Power Generation Construction Project Pipeline, Additions to Capacity and Year (MW)
Figure 81: Netherlands - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 82: Netherlands - Power Generation Construction Projects Pipeline, Projected Annual Spending Value by Type (US$ million)
Figure 83: Netherlands - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 84: Netherlands - Power Generation Construction Project Pipeline, Additions to Capacity and Year (MW)
Figure 85: Hungary - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 86: Hungary - Power Generation Construction Projects Pipeline, Projected Annual Spending Value by Type (US$ million)
Figure 87: Hungary - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 88: Hungary - Power Generation Construction Project Pipeline, Additions to Capacity and Year (MW)
Figure 89: Ireland - Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 90: Ireland - Power Generation Construction Projects Pipeline, Projected Annual Spending Value by Type (US$ million)
Figure 91: Ireland - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 92: Ireland - Power Generation Construction Project Pipeline, Additions to Capacity and Year (MW)
Figure 93: Romania- Power Generation Construction Projects Pipeline, Value by Stage (US$ million)
Figure 94: Romania - Power Generation Construction Projects Pipeline, Projected Annual Spending Value by Type (US$ million)
Figure 95: Romania - Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value)
Figure 96: Romania - Power Generation Construction Project Pipeline, Additions to Capacity and Year (MW)
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