Project Insight - Power Generation Construction Projects: Europe

Published: Feb, 2017 | Pages: 29 | Publisher: Timetric
Industry: Construction | Report Format: Electronic (PDF)

Summary

This report is based on Timetric’s Construction Intelligence Center (CIC) which is currently tracking power generation construction projects in Europe with a total of capacity of 315.4GW. The total value of this construction projects pipeline (which includes projects from the announced to execution stages) stands at US$920.8 billion. In terms of generating capacity, wind power projects have the largest share of the projects pipeline, with a total of 93.0GW, equivalent to close to 30% of the total. This is followed by nuclear with 87.9GW and gas with 48.1GW.

Synopsis

The report provides detailed market analysis, information and insights based on over 900 CIC projects in Europe for 40 countries. The report provides detailed metrics on the region's power generation construction projects (as tracked by CIC) split by country, type and value. Detailed metrics are also provided for the top 10 countries.

Scope

The report provides analysis based on CIC projects showing total project values for 40 European countries. Analysis is also provided for value and MW added by country and top European project listings. Top participants for the sector are also shown.

Reasons To Buy

Providing insight into main drivers of activity and forecasts, providing an understanding of key trends, analysis of projects by value and MW generation by sectors and main countries enabling clients to target products and services for each type of project. Analysis of main projects participants by value for the sector enabling clients to target products and services for each type of project. Providing top projects data for the region with location, value, MW capacity, stage and start date.

Key Highlights

The UK has the highest value of projects pipeline with US$311.5 billion, followed by Russia with US$106.0 billion and Turkey with US$94.4 billion. In terms of project pipeline values, nuclear projects head up investment for Europe with US$366.1 billion, followed by wind projects with US$302.9 billion. Coal and gas projects are valued at US$74.8 billion and US$55.5 billion, respectively.

 Table of Content

1. Regional Overview 
1.1. Nuclear Power 
1.2. Wind Power 
1.3. Coal Power 
1.4. Gas Power 
1.5. Hydroelectric Power 

2. Key Operators 

3. Project Analytics by Country 
3.1. UK 
3.2. Russia 
3.3. Turkey 
3.4. Poland 
3.5. France 
3.6. Germany 
3.7. Finland 
3.8. Netherlands 
3.9. Romania 
3.10. Hungary 

4. Methodology 

5. Disclaimer

List of Tables

Table 1: Europe, Project Pipeline, Power Generation Additions by Type and Year (MW) 
Table 2: Europe, Project Pipeline, Projected Spending by Type and Year  (US$ million) 
Table 3: Europe Project Pipeline, Value by Country and Stage (US$ million) 
Table 4: Top 50 Projects by Value 
Table 5: Key Contractors – Value of Projects 
Table 6: Key Consulting Engineers – Value of Projects 
Table 7: Key Project Owners – Value of Projects

List of Figures

Figure 1: Europe, Power Generation Construction Projects Pipeline Overview 
Figure 2: Europe, Project Pipeline, Value by Stage (US$ million) 
Figure 3: Europe, Project Pipeline, Generating Capacity by Type (MW) 
Figure 4: Europe, Project Pipeline, Power Generation Additions by Type and Year (MW) 
Figure 5: Europe, Project Pipeline, Projected Spending by Type and Year  (US$ million) 
Figure 6: Europe, Project Pipeline, Value by Country and Stage (US$ million) 
Figure 7: Europe, Project Pipeline, Generating Capacity by Country and Stage (MW) 
Figure 8: Nuclear Power Generation Construction Projects Pipeline, Value by Country (US$ million) 
Figure 9: Nuclear Power Generation Construction Projects Pipeline, Capacity by Stage (MW) 
Figure 10: Nuclear Power Generation Construction Projects, Projected Annual Spending (US$ million) 
Figure 11: Nuclear Power Generation Construction Projects, by Funding Mode (% of total pipeline value) 
Figure 12: Wind Power Generation Construction Projects Pipeline, Value by Country (US$ million)
Figure 13: Wind Power Generation Construction Projects Pipeline, Capacity by Stage (MW) 
Figure 14: Wind Power Generation Construction Projects, Projected Annual Spending (US$ million) 
Figure 15: Wind Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 16: Coal Power Generation Construction Projects Pipeline, Value by Country (US$ million) 
Figure 17: Coal Power Generation Construction Projects Pipeline, Capacity by Stage (MW) 
Figure 18: Coal Power Generation Construction Projects, Projected Annual Spending (US$ million)
Figure 19: Coal Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 20: Gas Power Generation Construction Projects Pipeline, Value by Country (US$ million) 
Figure 21: Gas Power Generation Construction Projects Pipeline, Capacity by Stage (MW) 
Figure 22: Gas Power Generation Construction Projects, Projected Annual Spending (US$ million) 
Figure 23: Gas Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 24: Hydroelectric Power Generation Construction Projects Pipeline, Value by Country (US$ million) 
Figure 25: Hydroelectric Power Generation Construction Projects Pipeline, Capacity by Stage (MW) 
Figure 26: Hydroelectric Power Generation Construction Projects, Projected Annual Spending (US$ million) 
Figure 27: Hydroelectric Power Generation Construction Projects, by Funding Mode (% of Total Pipeline Value) 
Figure 28: UK Power Generation Construction Projects Pipeline, Value by Type (US$ million) 
Figure 29: UK Power Generation Construction Projects Pipeline, Capacity by Type (MW) 
Figure 30: UK Power Generation Construction Projects, Projected Annual Spending (US$ million) 
Figure 31: Russia Power Generation Construction Projects Pipeline, Value by Type (US$ million) 
Figure 32: Russia Power Generation Construction Projects Pipeline, Capacity by Type (MW) 
Figure 33: Russia Power Generation Construction Projects,  Projected Annual Spending (US$ million) 
Figure 34: Turkey Power Generation Construction Projects Pipeline, Value by Type (US$ million) 
Figure 35: Turkey Power Generation Construction Projects Pipeline, Capacity by Type (MW) 
Figure 36: Turkey Power Generation Construction Projects,  Projected Annual Spending (US$ million) 
Figure 37: Poland Power Generation Construction Projects Pipeline, Value by Type (US$ million) 
Figure 38: Poland Power Generation Construction Projects Pipeline, Capacity by Type (MW) 
Figure 39: Poland Power Generation Construction Projects,  Projected Annual Spending (US$ million) 
Figure 40: France Power Generation Construction Projects Pipeline, Value by Type (US$ million) 
Figure 41: France Power Generation Construction Projects Pipeline, Capacity by Type (MW) 
Figure 42: France Power Generation Construction Projects,  Projected Annual Spending (US$ million) 
Figure 43: Germany Power Generation Construction Projects Pipeline, Value by Type (US$ million) 
Figure 44: Germany Power Generation Construction Projects Pipeline, Capacity by Type (MW) 
Figure 45: Germany Power Generation Construction Projects,  Projected Annual Spending (US$ million) 
Figure 46: Finland Power Generation Construction Projects Pipeline, Value by Type (US$ million) 
Figure 47: Finland Power Generation Construction Projects Pipeline, Capacity by Type (MW) 
Figure 48: Finland Power Generation Construction Projects,  Projected Annual Spending (US$ million) 
Figure 49: Netherlands Power Generation Construction Projects Pipeline, Value by Type (US$ million) 
Figure 50: Netherlands Power Generation Construction Projects Pipeline, Capacity by Type (MW) 
Figure 51: Netherlands Power Generation Construction Projects,  Projected Annual Spending (US$ million)
Figure 52: Romania Power Generation Construction Projects Pipeline, Value by Type (US$ million)
Figure 53: Romania Power Generation Construction Projects Pipeline, Capacity by Type (MW) 
Figure 54: Romania Power Generation Construction Projects,  Projected Annual Spending (US$ million)