Wind Power Development Strategies in Europe, 2008-2020

Wind Power Development Strategies in Europe, 2008-2020 published by Emerging Energy Research in November, 2008. This report price starts from US $ 3750.

Introduction

While the shockwaves from the global financial crisis are drawing industry focus, new opportunities in Europe' s wind energy markets, are surfacing as players across the value chain reappraise their short- and long-term strategies. IPPs and developers with weaker balance sheets are struggling to realise their pipelines; utilities and large IPPs with strong balance sheets (such as EDP, Iberdrola, and Endesa) are taking advantage of tight money to advance their portfolio strategies through acquisition.

A new study by Emerging Energy Research, Wind Power Development Strategies in Europe, 2008-2020, analyzes trends in market growth, competitive shifts across the value chain, and emerging investment opportunities in Europe' s wind energy markets in light of the recent financial situation. The study includes detailed forecasts of Europe' s wind market through 2020 which reflect the likelihood that Europe will meet its renewables target, despite a market slowdown over the next few years.

Now available, Wind Power Development Strategies in Europe, 2008-2020 is an important resource for understanding - and planning for - the fast-approaching changes in Europe' s Wind market. EER' s new study points to several significant trends in Europe wind markets, including:

• Utilities will tighten their grip on Europe wind markets: Europe utilities are increasing their wind power ownership with the five largest utilities controlling more than 18% of total installed wind capacity.
• Industry consolidation will be accelerated by financial worries, funding shortages: Small, independent power producers will struggle in the face of increasing competition for sites, grid access, turbines, and capital; M&A will prove to be a key growth strategy for bigger players with strong balance sheets.
• The IPP model is now in flux as financial investors look to less risky markets: IPPs such as Babcock & Brown have begun to sell off their Europe wind assets and credit shortages may force players to partner with foreigners seeking to enter stable markets.
• Utilities fan out in search of wind additions to their portfolios: Less opportunity in consolidating markets is driving major players into scaling markets (such as Poland, France, Italy) as well as growth markets (including Eastern Europe, Norway, and Turkey)

• Strategy Profiles
  • European utilities
  • European wind IPPs and
• Developers
  • Offshore wind IPPs
  • European market share analysis and value chain positioning
• Wind Power Development Opportunities
  • Opportunities in greenfield, scaling, and consolidating markets
• Market Forecasts through 2020
  • Wind power capacity market forecasts by country (multiple scenarios)
  • Trends and forecasts in wind farm size
  • Offshore market potential
• Strategy Profiles of European Utilities
  • Strategy focus based on market maturity
  • Pipeline analysis
  • Project portfolio evaluation
• Competitive Analysis of IPPs and Developers
  • Strategy focus based on market maturity
  • Pipeline analysis
  • Project portfolio evaluation
• Wind Power Market Environment Rankings
  • 30 wind markets across Europe are ranked by the following:
    • Wind resources
    • Regulatory mechanisms
    • Site approval
    • Grid connection
    • Competition

Table of Contents

• 1.1 Europe Wind Sector Growth Driven by Scaling Markets and Offshore
• 1.2 Forecasts Point to 210 GW Market by 2020
  • Europe to Exhibit Paced Offshore Expansion Through 2020
    • Financial Crisis Potentially Slows 2009 - 2010
      • Growth Before Market Rebounds
• 1.3 Consolidation Accelerated by Financial Turmoil
  • Large Players Pipelines Indicate Greater Consolidation
• 1.4 Wind Players Forced to Adapt Strategies to Tap Out Remaining Potential
  • Wind Enters the Mainstream for All Europe Utilities
  • IPP Model in Transition While Pure Develop-and Sell Opportunities are Dwindling
• 1.5 Outlook: Consolidated Europe Solidifies Wind in the Power Mix

• 2.1 Policy Trends
  • Roadmap for Achieving RES Targets
  • EU Seeking to Maintain Leadership on Global Climate Issues
• 2.2 Market Environment Rankings
  • 2.2.1 Wind Resource
  • 2.2.2 Regulatory Mechanisms
  • 2.2.3 Site Permitting
  • 2.2.4 Grid Connection
  • 2.2.5 Competition
• 2.3 Ranking Results
  • Shifts in Ranking Indicate Changing Dynamics in European Wind Markets
  • Tier 1: Moving Quickly to Meet Long-term Wind Targets
    • France Emerges as a Europe Wind Leader, Germany and the UK Move to Unlock Offshore Potential
    • Italy, Sweden Tackle Development Challenges for Steady Project Flow
  • Tier 2: Stable Regulatory Frameworks Support Sustained Wind Build-out
    • Poland, Norway, Greece Add Average of 300 plus MW per Year
  • Tier 3: Advancing Amid Complex Development Environments
    • Turkey, Eastern Opportunities Begin to Unfold
  • Tier 4: Opening up to Wind, Overcoming One Obstacle at a Time
    • Development Barriers Curtail Industry Growth

• 3.1 Wind Power Capacity Market Forecasts
  • Slowing Onshore Growth Driving Market Toward Offshore
  • Europe Wind Power Capacity Growth, 2008 - 2020
  • 3.1.1 Wind Power Capacity Forecasts by Country: Consolidating Markets
    • Germany will Remain a Large, Growing Wind Market
    • Spain Experiences Sustained Build-Out Onshore Market Stagnation Pushes Denmark Offshore
    • The Netherlands Taps Remaining Onshore Potential, Advances Offshore
    • Belgium Begins to Focus on Offshore for Large-Scale Growth
    • Austria Searches for New Wind Growth
  • 3.1.2 Wind Power Capacity Forecasts by Country: Scaling Markets
    • Portugal will Grow Steadily Toward 10 GW
    • Italy Advances Toward its 2020 Wind Goal
    • The UK Prepares to Enter a New Growth Phase
    • France Progresses to Become Wind Power Giant
    • Sweden Continues to Ramp Up
    • Solving Transmission Issues, Ireland Aims to Catch Up
    • Polish Wind Market Heating Up
    • Greece Ready for Winds of Change
  • 3.1.3 Wind Power Capacity Forecasts by Country: Growth Markets
    • Turkey' s Pipeline Moves Forward
    • Norway Waiting for Long-Term Support
    • Finland Constrained by Lack of Incentives
    • Hungarian Wind Growth Depends on Removal of Grid Limitations
    • Permitting Constraints in Way of Czech Wind Growth
    • Bulgaria and Romania Prepare to Harness Wind Potential
    • Switzerland Wind Gains Steam with New Support Scheme
    • Croatia Drives Growth in the Balkans
    • Baltic' s Growth Compromised by Development Challenges
    • Russia Waiting for Regulatory Framework; New Support System in the Ukraine
• 3.2 Europe Wind Power Capacity Forecast Scenarios
  • 3.2.1 Base-Case Scenario
  • 3.2.2 High-Growth Scenario
  • 3.2.3 Low-Growth Scenario
• 3.3 Trends and Forecasts in Wind Plant Size
• 3.4 Europe Offshore Wind Power, 2007 - 2020
• 3.5 Wind Power Penetration Regional Forecasts, 2008 - 2015

• 4.1 Europe Wind Power Market Maturity
  • Development of Europe' s Growth Markets is Reliant on Sporadic Projects
  • Scaling Markets will Drive the Bulk of Europe' s Long-Term Growth
  • Consolidating Markets Welcome Wind as a Key Player in the Generation Mix
  • Few Shifts to 2008 Maturity Curve as Europe Builds on Existing Development Trends
• 4.2 Greenfield Development Opportunities
  • 4.2.1 Norway has Long-Term, Large-Scale Opportunities, with Offtake Challenges
  • 4.2.2 Turkey Wind Takes Off, Driven by Industrial Conglomerates
  • 4.2.3 In Finland, Offshore and Utility Participation to Grow Wind
  • 4.2.4 Croatia Taps Coastal Winds for Initial Projects
  • 4.2.5 In Hungary, German Influx Driving Growth
  • 4.2.6 Estonia Moves to Exploit Coastal Potential
  • 4.2.7 Czech Republic Market Beginning to Scale, Despite Permitting Constraints
  • 4.2.8 Bulgaria Offers Untapped Opportunities
  • 4.2.9 In Romania, Large IPPs and Utilities are Building Pipelines
  • 4.2.10 Other Greenfield Opportunities
    • Lithuania
    • Latvia
    • Slovenia and Slovakia
    • Russia and Ukraine
• 4.3 Scaling Market Opportunities
  • 4.3.1 UK Advances Offshore, Plagued by Onshore Grid Bottleneck
  • 4.3.2 France Rapidly Consolidating after M&A Wave
  • 4.3.3 In Italy, Intense IPP Competition will Surpass Utility Ownership
  • 4.3.4 Portugal Consolidates as Grid Capacity is Tapped Out
  • 4.3.5 Sweden Provides Strong Incentives, Though Permitting Slows Growth
  • 4.3.6 Greece Increasingly Dominated by Southern European Utilities
  • 4.3.7 Poland will Improve Infrastructure to Lead Growth in East Europe
• 4.4 Consolidating Market Opportunities
• 4.5 Europe Offshore Wind Sector Sees Initial Lift-off, but Cost Challenges Persist
  • 4.5.1 UK Offshore Leads Europe with Improving Consistency
  • 4.5.2 Germany Offshore Finally Nears Large Scale Project Construction
  • 4.5.3 Denmark Taps Offshore for Remaining Market Growth
  • 4.5.4 Sweden Installs First Large-Scale Offshore Project, Pipeline Mounts
  • 4.5.5 Other Offshore Markets Seek to Advance from Pilot-Scale to Steady Project Flow

• 5.1 Wind Power Development Activity and Project Pipeline
  • 5.1.1 Europe Wind Plant Ownership Trends
    • Led by Iberdrola and E.ON, Utilities Steadily Tighten Grip on Market
    • IPP Model in Transition with Financial Investors Leaving the Market
    • Germany' s Wind Ownership Structure Shifts as Utilities Try to Develop Their Home Portfolios
  • 5.1.2 Europe Wind Plant Ownership Rankings
    • Southern European Portfolios Lead Ranking
    • Northern Europeans Waiting for Offshore Take-Off
    • IPPs Gaining Scale While Expanding Geographically
  • 5.1.3 Europe Wind Development Experience Rankings
    • Vertical Integration Dwindling Develop-and Sell Opportunities
  • 5.1.4 Europe Wind Pipeline Analysis
• 5.2 Utility Generation Strategies
  • Pan-European Players Expanding Dominance
  • Regional Players Shifting Positioning
  • Domestic Players Remain Focused Nationally
  • 5.2.1 Utility Strategy Comparison
    • Pan-European Wind Players Accelerating Development Strategies
    • Regional Utilities Consolidating Wind Expansion Strategies
    • Domestic Players Continue Expanding Capacity to Comply with RES Obligations
  • 5.2.2 Utility Wind Portfolios and Pipelines by Market Type
    • Southern European Players Leading with Strong Moves into Consolidating Markets
  • Major Central/Nordic Players Late to Enter, Leveraging Scale with Remaining Opportunities
  • Mix of Smaller Regional/Local Players Vie for Long-Term Sustainable Growth in Wind
  • Pan-European Utility Pipelines Show Global Ambitions
  • Regional Wind Players' Pipelines Seek Growth in Scaling Markets and Offshore
  • All Utilities - Regional and Pan-European Seek Repowering and Offshore Growth
• 5.3 Evolving Independent Wind Player Models
  • 5.3.1 Wind IPP and Developer Strategy Comparison
  • 5.3.2 IPP Wind Portfolios and Pipelines
  • Top Three Largest IPPs Embracing Different Wind Strategies
  • Mixed Group of Smaller IPPs Executing Concentrated Geographic Strategies
  • Market Leaders Spain, Germany offer Varied Growth Potential, Low Risk, Project Availability
  • Risk-Averse IPPs Focus on Scaling Markets Acciona Stands Out as Europe' s Only Pan-European IPP
• 5.4 Developer Strategy Comparison
  • 5.4.1 Leading Developer Portfolios and Pipelines
  • 5.4.2 Developers Adjust Strategies to Changing Environment
    • Developers Rush to Secure Land in Growth Markets
    • As Markets Scale, Local Developers Disappear, Absorbed by Hungry Larger Players
    • Concentration in Consolidating Markets Raises Value of Developer Assets
• 5.5 Offshore Wind Development Activity
  • Offshore Offers Utilities a Promising Option to Quickly Ramp-up Their Portfolios
  • Few IPPs Set for Offshore Participation

• 6.1 Utility Profiles
  • 6.1.1 Centrica
  • 6.1.2 DONG Energy Renewables
  • 6.1.3 EDF Energies Nouvelles
  • 6.1.4 Edison
  • 6.1.5 EDP Renovaveis
  • 6.1.6 ESB - The Electricity Supply Board
  • 6.1.7 Endesa
  • 6.1.8 Enel
  • 6.1.9 E.ON
  • 6.1.10 Essent
  • 6.1.11 GdF-Suez
  • 6.1.12 Iberdrola Renovables
  • 6.1.13 Nuon
  • 6.1.14 Public Power Corporation (AEH)
  • 6.1.15 RWE
  • 6.1.16 Scottish and Southern Energy - Airtricity
  • 6.1.17 Statkraft
  • 6.1.18 Union Fenosa
  • 6.1.19 Vattenfall
• 6.2 Other Utilities
  • 6.2.1 CEZ
  • 6.2.2 ENEA
  • 6.2.3 Fortum
  • 6.2.4 Verbund
• 6.3 Independent Power Producers
  • 6.3.1 Acciona Energia
  • 6.3.2 AES
  • 6.3.3 Babcock & Brown
  • 6.3.4 Enerfin Sociedad de Energia, Grupo Elecnor
  • 6.3.5 ERG Group
  • 6.3.6 Eurus
  • 6.3.7 Falck Renewables
  • 6.3.8 Fersa
  • 6.3.9 Gas Natural
  • 6.3.10 Grupo ACS
  • 6.3.11 International Power
  • 6.3.12 Martifer
  • 6.3.13 Molinos del Ebro
  • 6.3.14 Renewable Energy Systems, Ltd.
  • 6.3.15 Theolia
• 6.4 Other Independent Power Producers
  • 6.4.1 Alerion
  • 6.4.2 Boralex
  • 6.4.3 GEK Terna
  • 6.4.4 Poweo
  • 6.4.5 Sorgenia
• 6.5 Developers
  • 6.5.1 EnergieKontor
  • 6.5.2 Gamesa Energia
  • 6.5.3 Germania Windpark
  • 6.5.4 Juwi
  • 6.5.5 Ostwind
  • 6.5.6 Prokon Nord/Enertrag
  • 6.5.7 Volkswind
  • 6.5.8 Wind Prospect
  • 6.5.9 WindStrom
  • 6.5.10 WKN
  • 6.5.11 wpd
• 6.6 Other Developers
  • 6.6.1 NEK

Section 1. Executive Summary

• 1-1: Europe Market Opportunity and Competitive Landscape Overview
• 1-2: Europe Market Share, MW Added by Country, 2007 - 2020
• 1-3: Europe Utility, IPP Market Ownership Split Overview, YE 2007
• 1-4: Large Players' Wind Power Pipelines
• 1-5: Utility Strategy Groupings Matrix
• 1-6: Strategy Positioning of Top Developers

Section 2. European Wind Power Market Environment

• 2-1: EU 2020 RES Targets
• 2-2: Wind Energy and 2010 RES-E Targets
• 2-3: Wind Power Market Evaluation Components
• 2-4: European Market Attractiveness: Ranking Overview

Section 3. European Wind Power Market Forecasts

• 3-1: Operational Wind Power Capacity, 2007 - 2020
• 3-2: Europe Wind Power Markets Summary, Annual Installations (MW)
• 3-3: Onshore and Offshore Wind Power Capacity in Service, 2007 - 2020 (MW)
• 3-4: Wind Power Market Maturity in Europe
• 3-5: Wind Power Capacity Net Additions Market Share by Country, 2007 - 2020
• 3-6: Wind Power Capacity Net Additions by Country, 2007 - 2020 (MW)
• 3-7: Consolidating Markets' Net Additions by Country, 2007 - 2020
• 3-8: Consolidating Markets' Wind Power Total Capacity Installed by Country, 2007 - 2020 (MW)
• 3-9: Scaling Markets' Net Additions by Country, 2007 - 2020
• 3-10: Scaling Markets' Wind Power Capacity Total by Country, 2007 - 2020 (MW)
• 3-11: Growth Markets' Net Additions by Country, 2007 - 2020
• 3-12: Growth Markets Wind Power Capacity Total by Country, 2007 - 2020 (MW)
• 3-13: Europe MW Added Growth Scenario Comparison, 2007 - 2020
• 3-14: Europe Total Base-Case Scenario Forecasts, 2007 - 2020 (MW)
• 3-15: Europe Total High-Growth Scenario Forecasts, 2007 - 2020 (MW)
• 3-16: Europe Total Low-Growth Scenario Forecasts, 2007 - 2020 (MW)
• 3-17: New Europe Wind Projects by Size, 2007
• 3-18: Europe Wind Projects by Size, 2001 - 2006
• 3-19: Europe Wind Power Projects by Size, 2007 - 2020
• 3-20: Europe Offshore versus Onshore Wind Capacity, 2007 - 2020
• 3-21: Europe Offshore Wind Capacity Added, 2007 - 2020
• 3-22: Europe Wind Power as Share of Total Generation Installed Base, 2006 - 2015
• 3-23: Europe Wind Power Proportion of Total Generation Installed Base, 2006 - 2015

Section 4. European Wind Power Development Opportunities

• 4-1: Market Maturity Evaluation Components
• 4-2: Wind Power Onshore Market Maturity, 2008
• 4-3: Development Activity Market Penetration
• 4-4: Norway Operational Project and Pipeline List
• 4-6: Turkey Operational Project and Pipeline List
• 4-8: Finland Operational Project and Pipeline List
• 4-10: Croatia Operational Project and Pipeline List
• 4-12: Hungary Operational Project and Pipeline List
• 4-14: Estonia Operational Project and Pipeline List
• 4-16: Czech Republic Operational Project and Pipeline List
• 4-18: Bulgaria Operational Project and Pipeline List
• 4-20: Romania Operational and Pipeline Projects
• 4-22: UK Operational Project and Pipeline List
• 4-24: France Select Project Pipeline
• 4-25: Italy Select Project Pipeline
• 4-26: Portugal Select Project Pipeline
• 4-27: Sweden Operational Project and Pipeline List
• 4-29: Greece Select Project Pipeline
• 4-30: Poland Select Project Pipeline
• 4-31: Consolidating Activity in Europe' s Mature Markets
• 4-32: Key Recent Wind Deals in Spain and Germany
• 4-33: Market Forecasts Offshore, 2008 - 2020
• 4-34: UK Offshore Operational Project List
• 4-35: UK Offshore Project Pipeline
• 4-36: Germany Offshore Operational Project List
• 4-37: Germany Offshore Select Project Pipeline
• 4-38: Denmark Offshore Operational Project List
• 4-39: Denmark Offshore Project Pipeline
• 4-40: Sweden Offshore Operational Project List
• 4-41: Sweden Offshore Project Pipeline
• 4-42: Other Offshore Market Operational Project List
• 4-43: Other Offshore Market Project Pipeline

Section 5. European Wind Power Development Strategies

• 5-1: Wind Opportunities for Wind Players by Market Maturity Stage
• 5-2: European Ownership Shifts to Utilities, IPPs
• 5-3: European Utility, IPP Market Ownership Split Overview, 2007
• 5-4: Wind Plant Ownership Rankings, YE 2007
• 5-5: Developer Experience Comparison
• 5-6: Total Pipeline, Mid-2008
• 5-7: Utility Strategy Groupings Matrix
• 5-8: Utilities' RES Spin-offs
• 5-9: Utilities' Presence by Market Type at YE 2007
• 5-10: Comparison of Megawatts Installed, Split by Market Type, YE 2007
• 5-11: Comparison Pipeline by Market Type
• 5-12: Wind IPP and Developer Value Chain Positioning
• 5-13: Top Developer Strategy Positioning
• 5-14: IPP Presence by Market Type, YE 2007
• 5-15: Comparison Megawatts Installed Split by Market Type, YE 2007
• 5-16: Comparison Pipeline by Market Type, Mid-2008
• 5-17: Developers' Experience by Market Type, YE 2007
• 5-18: Comparison of Development Experience and Pipeline Split by Market Type, YE 2007
• 5-19: Local Developer Pipelines in Key Growth Markets
• 5-20: Key Scaling Market Developer Pipelines
• 5-21: Consolidating Market Activity, 2007 - 2008
• 5-22: Offshore Pipelines by Type of Player, Mid-2008
• 5-23: Utility/IPP Offshore Positions

Section 6. Wind Power Utility, IPP and Developer Strategy Profiles

• 6-1: Centrica Wind Assets Pipeline
• 6-2: DONG Energy Renewables Wind Farms and Pipeline
• 6-3: DONG Energy Renewables Installed Base by Wind Turbine Supplier
• 6-4: EDF-EN Wind Farms and Pipeline
• 6-5: EDF-EN Installed Base by Wind Turbine Supplier
• 6-6: Edison Turbine Vendor Relations
• 6-7: Edison Wind Energy Assets and Pipeline
• 6-8: EDP Renovaveis Wind Farms and Pipeline,
• 6-9: EDP Installed Base by Wind Turbine Supplier
• 6-10: ESB Wind Energy Assets and Pipeline
• 6-11: Endesa Wind Farms
• 6-12: Endesa Installed Base by Wind Turbine Supplier
• 6-13: Enel Turbine Vendor Relations
• 6-14: Enel Wind Energy Assets and Pipeline
• 6-15: E.ON Turbine Vendor Relations
• 6-16: E.ON Wind Energy Assets and Pipeline
• 6-17: Essent Wind Energy Assets and Pipeline
• 6-18: GdF-Suez Wind Farms and Pipeline
• 6-19: Gdf-Suez Installed Base by Wind Turbine Supplier
• 6-20: Iberdrola Renovables Wind Farms and Pipeline
• 6-21: Iberdrola Renovables Installed Base by Wind Turbine Supplier
• 6-22: Nuon Wind Farms and Pipeline
• 6-23: PPC Wind Farms and Pipeline
• 6-24: RWE Turbine Vendor Relations
• 6-25: RWE Wind Energy Assets and Pipeline
• 6-26: Scottish and Southern/Airtricity Turbine Market Share
• 6-27: Scottish and Southern Energy Wind Farms and Pipeline
• 6-28: Statkraft Wind Energy Assets and Pipeline
• 6-29: EUFER Energy Wind Farms and Pipeline
• 6-30: EUFER Turbine Market Share
• 6-31: Vattenfall Wind Energy Assets and Pipeline
• 6-32: Acciona Wind Farms and Pipeline
• 6-33: Acciona Energia Installed Base by Wind Turbine Supplier
• 6-34: Babcock & Brown Turbine Vendor Relations
• 6-35: Babcock & Brown Wind Energy Assets and Pipeline
• 6-36: Enerfin Wind Farm Development Experience and Pipeline
• 6-37: Eurus Turbine Vendor Relations
• 6-38: Eurus Wind Energy Assets and Pipeline
• 6-39: Falck Renewables Turbine Vendor Relations
• 6-40: Falck Renewables Wind Energy Assets and Pipeline
• 6-41: Fersa Wind Farms and Pipeline
• 6-42: Gas Natural Installed Base by Vendor
• 6-43: Gas Natural Wind Farm Development Experience
• 6-44: ACS Energy Wind Farms and Pipeline
• 6-45: ACS Turbine Market Share
• 6-46: International Power Turbine Vendor Relations
• 6-47: International Power Wind Energy Assets and Pipeline
• 6-48: Martifer Wind Pipeline
• 6-49: Molinos del Ebro Wind Farm Development Experience
• 6-50: RES Turbine Vendor Relations
• 6-51: RES Wind Energy Assets and Pipeline
• 6-52: Theolia Wind Farms and Pipeline
• 6-53: Theolia Installed Base by Wind Turbine Supplier
• 6-54: EnergieKontor Turbine Vendor Relations
• 6-55: EnergieKontor Wind Energy Assets and Pipeline
• 6-56: Gamesa Energia Installed Base by Turbine Model
• 6-57: Gamesa Energia Wind Farm Development Experience
• 6-58: Germania Windpark Turbine Vendor Relations
• 6-59: Germania Windpark Wind Energy Assets and Pipeline
• 6-60: Juwi Wind Energy Assets and Pipeline
• 6-61: Ostwind Turbine Vendor Relations
• 6-62: Ostwind Wind Energy Assets and Pipeline
• 6-63: Prokon Nord Turbine Vendor Relations
• 6-64: Prokon Nord Wind Energy Assets
• 6-65: Prokon Nord/Enertrag Wind Assets Pipeline
• 6-66: Volkswind Wind Energy Assets and Pipeline
• 6-67: Wind Prospect Turbine Vendor Relations
• 6-68: Wind Prospect Wind Energy Assets and Pipeline
• 6-69: WindStrom Turbine Vendor Relations,
• 6-70: WindStrom Wind Energy Assets and Pipeline
• 6-71: WKN Wind Energy Assets and Pipeline
• 6-72: wpd Turbine Vendor Relations
• 6-73: wpd Wind Energy Assets and Pipeline

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