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Analyst PRESENTATION
Global Wind Power
Industry Update JSIM Committee Meeting
25/02/2015
Steen Broust Nielsen
Summary
A few words about MAKE
MAKE is one of the global wind industry's
premier strategic consulting and research
firms, serving the world’s leading wind
companies from all parts of the value chain
from raw material suppliers to IPPs and
utilities.
MAKE is based in Aarhus (DK) and has offices in
Hamburg (D), Chicago, Boston (U.S.) & Shanghai
(China).
Publish industry leading wind energy research
reports, analysis and databases
Consult on wind farm investments, market
assessment, supply chain dynamics, technology,
operations & maintenance, M&A advisory,
business & market modelling and offshore wind
Due-diligence partner for European and
international PE and industrial investors
Introduction
Steen Broust Nielsen - Partner at MAKE
More than 20 years of wind sector experience
including from LM Wind Power.
Has served on the Board of EWEA and GWEC.
Extensive due diligence, consulting and senior
management experience in the wind industry.
Track record for driving and enabling profitable
growth, through development and execution of
focused business strategies. Master of Science
in Economics and Business Administration
2 JSIM Committee Meeting
February 2015
MAKE Reports and Industry Insights
Through a series of annually
published reports, forecasts, research
notes and data MAKE’s Regional
Analysts provide comprehensive
analysis and data for the key wind
power markets globally, supply chain,
technology trends and industry
dynamics enabeling our subscribers
to:
Understand key drivers and
barriers in wind power development
at global, regional, and country
levels
Evaluate countries and regions of
interest based on detailed market
attractiveness assessments
Assess business opportunities for
product positioning, commercial
strategies and successful business
development
Leading insights into wind power industry dynamics Introduction
3 JSIM Committee Meeting
February 2015
Introduction
Global footprint and key milestones
MAKE’s strategically
placed global offices
Top 15 wind power
markets
2005
MAKE is founded in
Aarhus, Denmark,
with a focus on
offering high-quality
research products
for the wind power
industry.
2007
The first overseas
office is opened in
Shanghai, China.
2008
MAKE broadens its
global presence
through the
establishment of
another branch
office in Chicago,
U.S.
2010
Yet another office is
opened in the U.S.,
in Boston.
MAKE starts to
build its technology
team.
2011
The technology
team is fully formed
and launched for
both intelligence
and advisory
services.
2013
MAKE launches
new and improved
research product
portfolio.
2014
MAKE opens an
office in Hamburg,
Germany
4 JSIM Committee Meeting
February 2015
Delivering renewable energy insight TM
Global Wind Power
Industry Update
Outlook for electricity generation 1990-2035e (TWh)
Global electricity generation increases by ~65% before 2035
Source: MAKE, IEA
Growth in global installed electricity generation capacity from 2012 to 2035 from 5,649 GW to 9,760 GW, corresponding to 70% increase. 62% of global investments in new power plants are in renewables mainly wind, hydro and solar power
Global Market Trends
0
5.000
10.000
15.000
20.000
25.000
30.000
35.000
40.000
2030e 2025e 2020e
TWh
2035e
+2,2%
2011 1990
Eastern Europe/Eurasia
OECD Europe
Latin America
OECD Americas
Middle-East
OECD & Non-OECD APAC Africa
7 JSIM Committee Meeting
February 2015
2014 LCOE – Global ranges and baselines
Wind energy well positioned against other power sources Global Market Trends
Source: MAKE, IEA
Globally, wind power is making progress towards grid parity and is expected to become cost competitive even with coal generation.
100
700
350
300
250
200
150
50
0
Ma
rine
- W
ave
LC
OE
– E
uro
s/M
Wh
Ge
oth
erm
al
Nu
cle
ar
IGC
C
OC
GT
Win
d O
ffsh
ore
Pa
rity
Bio
ma
ss
Hydro
So
lar
PV
Win
d O
nsho
re
So
lar
To
we
r
Coal
CC
GT
Renewables global
Conventional global
Wind global
2014 Baseline
Note: Unsubsidized LCOE
8 JSIM Committee Meeting
February 2015
Global onshore grid parity timeline
Global Market Trends
Wind power grid parity increasingly a demand driver
Global offshore grid parity timeline
30% onshore LCOE reduction through evolution of turbine technology, development of supply chain and best practices. 40% offshore LCOE reduction driven by next generation of advanced technology turbines, substructures, economies of scale and cost control of execution and management
0
20
40
60
80
100
120
Eu
ro/M
Wh
Note: Unsubsidized LCOE
Source: MAKE, IEA World energy outlook 2013 electricity price projections
2025
scenario
2020
scenario
2014
scenario
Onshore wind LCOE range
Global wholesale electricity prices
Defined scenarios
Eu
ro/M
Wh
0
50
100
150
200
250
300
2025
scenario
2020
scenario
2015
scenario
Onshore wind LCOE range
Global wholesale electricity prices
Defined scenarios
Note: Unsubsidized LCOE
Source: MAKE, IEA World energy outlook 2013 electricity price projections
9 JSIM Committee Meeting
February 2015
Regional market dynamics impacting technology decisions
Competitive forces affecting wind turbine technology Global Market Trends
Source: MAKE
Continued evolution of platform-based products expected in order to leverage track record, decrease development cycles and cost optimize
Intense cost pressures increase
dependence on suppliers and
leaning of internal supply chains
Global policy uncertainty and
emergence of regional markets with
short installation windows
Installations centralized in
few established markets
with long-term (3-5 year)
policy uncertainty
OEMs with entrenched
domestic presence, few
major suppliers engaged in
emerging markets
OEMs seeking first mover
advantage in new markets; Asian
OEMs continue export push
Many OEMs with high
levels of vertical integration
and enjoying high profit
margins
Regional
policy and
demand
Global
competitive
presence
Profitability
and cost
pressures
Platform-based products
with mass customization
to suit local requirements
Rapid evolution of
existing platforms to
meet local
technology needs
Asset-light supply chains reliant
upon contract manufacturing and
economies of scale
Past Future trends
10 JSIM Committee Meeting
February 2015
2014 Technology
2020 Scenario
2025 Scenario
LCOE progress evident, further drops remain possible
Global Technology Trends
Wind energy nearing the critical
point of grid parity in many
markets, further progress will be
driven by technology
advancements
Source: MAKE
Onshore Offshore Onshore Offshore Onshore Offshore
Avg MW Rating 2MW 4MW 2.5MW 6MW 3MW 8MW
Avg Rotor Diam 100m 130m 120m 155m 138m 180m
Key technology High speed DFIG
traditional turbines
Scaled onshore
platforms
Medium speed
drivetrains
Direct drives for
reduced OPEX
Modular blades to
ease logistics
Advanced
substructures
Baseline LCOE
(Euro/Mwh) €58.5 €150 €48.4 €110 €40.1 €84
11 JSIM Committee Meeting
February 2015
Energy and cost LCOE impact
Technology roadmaps for LCOE improvement
Operational cost LCOE impact
Global Technology Trends
Source: MAKE
Sustained improvements in energy capture, cost position and operational expenses are possible through technical innovation
+50%
-50%
0
80
58.5
€/MWh
(Baseline)
70
50
Ch
an
ge
in
ca
pa
city F
acto
r (%
)
Change in total CAPEX
(Euros/MW) -20% +20%
40
Improved (lower) LCOE
0
2014
2020
+100%
0
-100%
70
58.5 €/MWh
(Baseline)
65
Ch
an
ge
in
an
nua
l O
PE
X c
ost
(Eu
ros/M
W/y
ear)
Change in total CAPEX
(Euros/MW) -20% +20%
55 50
Improved (lower) LCOE
0
2014
2020
12 JSIM Committee Meeting
February 2015
Major influencers to LCOE reduction LCOE reduction opportunities
Technology improvements
Larger MW ratings experience
plant-level economies of scale
Advanced blades reduce loading
with more swept area, improving
AEP while reducing CAPEX
Advanced tall towers access higher
winds with lower CAPEX
Robust drivetrains reduce failure
rates and unplanned OPEX
Operational improvements
Improved siting allows for larger
rotors in higher wind speeds,
extended plant life beyond 20 years
Lean supply chains, robust install
procedures and refined O&M
practices reduce cost incrementally
Onshore LCOE will improve through technology evolution Global Technology Trends
Note: Unsubsidized LCOE
Source: MAKE
30% reduction in onshore LCOE is possible through continued evolution of turbine technology and development of supply chain and best practices
0 45 50 55 60
40.1
Wind plant best practices 2.4
Lean supply chains 1.2
O&M best practices 1.2
Drivetrain reliability
2025 LCOE
1.9
Advanced towers 1.1 2.6
Advanced blades 5.1 0.4
Larger turbines 2.5
2014 LCOE 58.5
OPEX
AEP
CAPEX
Te
chn
olo
gy
Op
era
tion
al
13 JSIM Committee Meeting
February 2015
Major influencers to LCOE reduction LCOE reduction opportunities
Technology improvements
Larger turbines, advanced low
OPEX drivetrains on larger wind
plants further from shore
Significant cost scale economies on
new foundations enabled by
advanced jacket structures
Technical availability improvements
due to higher reliability and
operational excellence
Operational improvements
Reduced perceived risk allows for
reduced debt and equity cost
Operational excellence and lessons
learned allow for shorter
development cycles and less costly
project execution costs
Offshore LCOE improvement requires larger step change Global Technology Trends
Note: Unsubsidized LCOE
Source: MAKE
40% reduction in offshore LCOE is will be driven by next generation of advanced technology turbines, substructures and cost control of execution and management
150 140 130 120 110 100 0 90
8.0
12.8
2025 LCOE 84.3
Lead time reduction
7.6 Low cost substructures
3.1 Higher technical availability
5.0 Low cost HVDC
4.2 Reduced cost of capital
4.0
Contingency/cost overruns 5.7 2.8
150.0 2014 LCOE
Larger turbines and farms
12.2
OPEX
AEP
CAPEX
Te
chn
olo
gy
Op
era
tion
al
14 JSIM Committee Meeting
February 2015
Carbon fiber use expected to decline with
ramp-up in 2018
Direct drives expected to make modest
gains in each region
Partial power converters expected to
maintain over 50% market share
Controls technology a hotbed of innovation
Key component technology trends Global Technology Trends
15 25 February 2015
Tower technologies are diversifying and
growing taller
Detailed anaysis and date in the latest
edition of Global Wind Turbine Trends
Offshore substructures experience
innovation boom
Key component technology trends Global Technology Trends
16 25 February 2015
Global grid-connected forecast: 2013-2023e
Global wind power market to see sustained growth
Source: MAKE
Americas and China drive market comeback in 2014/15 with global growth to stagnate until 2017 as North American and European onshore demand reduction balance emerging market and offshore growth. Wind power grid parity to drive post-17 onshore growth despite lower expected subsidies.
80
60
40
20
0
´21e ´20e ´19e ´18e ´17e ´16e ´15e ´14e ´13
(GW)
´23e ´22e
+4.8%
Asia Pacific (excl. China)
China
Africa and Middle East
Eastern Europe
Southern Europe
Northern Europe
Latin America
North America
Global Market Trends
17 JSIM Committee Meeting
February 2015
Global grid-connected forecast: 2013-2023e
Offshore wind segment to more than triple in share of global market
Source: MAKE
Offshore growth largely to be European until 2017 after which Chinese offshore is expected to be a key driver for global offshore
80
60
40
20
0
(GW)
´23e ´22e ´21e ´20e ´19e ´18e ´17e ´16e ´15e ´14e ´13
Onshore markets Offshore markets
Global Market Trends
18 JSIM Committee Meeting
February 2015
Global offshore wind grid-connected forecast: 2013-2023e
Europe key market for offshore in the medium term Global Market Trends
Source: MAKE
European near term offshore wind growth, technology development and scaling and industrialisation of supply chain is key for reducing offshore wind LCOE
19 Global Offshore Wind Power Market
12 January 2015
7
14
12
10
8
6
4
2
0
9
13
11
3
5
1
+22% CAGR
’23e
13.5
’22e
12.4
’21e
12.1
’20e
9.9
’19e ’15e
3.5
’14e
2.3
Cum. 2013
7.1
’18e
6.0
’17e
5.2
’16e
2.7
7.4
EMEA APAC AMER
Source: MAKE
Offshore wind market will require investments of approximately €47 billion in 2023, mainly concentrated in Asia-Pacific and Europe
20 Global Offshore Wind Power Market
12 January 2015
[51%]
5.1
’17
[39%]
2.0
’14
[21%]
0.5
’23
[66%]
8.9
’20
Grid connected
capacity, GW p.a. [% of
global market]
Asia-Pacific
Global offshore grid-connections
Development will remain concentrated in a few markets
’23
[25%]
5.1
’14 ’20 ’17
[49%]
40.4
[11%]
1.0
[39%]
17.1
Grid connected
capacity, GW
cumulated [% of
global market]
[45%]
4.4
’17
[60%]
3.1
’14
[79%]
1.8
’23
[31%]
4.2
’20
Grid connected
capacity, GW p.a. [% of
global market]
Europe
’23
[73%]
15.2
’14 ’20 ’17
[48%]
39.4
[89%]
8.4
[59%]
25.8
Grid connected
capacity, GW
cumulated [% of
global market]
[4%]
0.4
’17
[1%]
0.1
’14
[0%]
0.0
’23
[3%]
0.5
’20
Grid connected
capacity, GW p.a. [% of
global market]
Americas Grid connected
capacity, GW
cumulated [% of
global market]
’23
[2%]
0.5
’14 ’20 ’17
[3%]
2.2 [0%]
0.0
[3%]
1.1
Global Market Trends
Installed base to exceed 700MW by 2020
Global O&M revenue to exceed USD 13 Billion by 2020
Off warranty expected to exceed 300 GW
Source: MAKE Source: MAKE
A decade of strong growth in wind installations has led to a sizable market for O&M services outside of OEM warranty or service agreement
900
750
450
150
75
50
25
0
600
300
0
100
Cu
mu
lative In
stalls (GW
)
+319GW
20e 18e 16e 14e 2012
An
nu
al In
stal
ls (G
W)
APAC
EMEA
AMER
Global Cumulative
150
0
300
450
750
900
600
20e
APAC off-warranty
17e 16e 15e 14e 2013
Global OEM service
+371 GW
19e
AMER off-warranty
EMEA off-warranty
18e
Global Market Trends
21 JSIM Committee Meeting
February 2015
2014 supply as % of demand, 2014-2016e
Consolidation and market exits ease overcapacity, though
additional action is required
Source: MAKE
Global Supply Chain Dynamics
0 50 100 150 200 250
(%) 187%
Nacelles
183% 190%
Main bearings 133% 138%
Pitch/yaw bearings 115% 118%
Generators 111% 115%
Gearboxes 147% 152%
Towers
193%
Blades 116% 120%
Castings 194% 201%
Main shafts 104% 108%
Rolled rings 170% 176%
2016e demand 2014e demand
Profit margins squeezed throughout
the value chain
Heavy competition driving rapid
product evolutions
Global demand growth only at ~1%
from 2014-2016e
Further consolidation/attrition is
likely and needed, especially in China
Market abandonment enabling supply
contraction (U.S.)
Consolidation rationalizing expansion
in growth markets (EU offshore)
22 JSIM Committee Meeting
February 2015
Regional supply v. demand highlights changes in U.S. market Global Supply Chain Dynamics
Source: MAKE 0 10 20 30 40 50
Rolled rings
Main shafts
Castings
Pitch/yaw bearings
Main bearings
Towers
Generators
Gearboxes
Blades
Nacelles
Demand 2014e Demand 2015e Demand 2016e
50 40 30 20 10 0 100 0 40 80 20 60
AMER EMEA APAC
23 JSIM Committee Meeting
February 2015
Regional supply capacity v. demand (GW)
Projected regional nacelle sourcing origins, 2014e-2016e
Europe remain a central supply hub for regional and global markets
Global Supply Chain Dynamics
Source: MAKE
Global supply chain adjusts procurement strategies in face of stagnant markets and emerging opportunities. Supply chain footprint continue to be heavily influenced by policy incl. local content requirements and incentives
Global
Asia/Europe
Europe
S. Europe
N. Europe
Brazil
China
India
MEA region is the
primary battleground
between European and
Chinese turbine OEMs
Americas-based
nacelle plants primarily
confined to intra-
regional procurement
Facilities in Western
Europe continue to
dominate Europe and
Northern Africa
24 JSIM Committee Meeting
February 2015
Market size comparison
Domestic manufacturing expectations too high in new markets Global Supply Chain Dynamics
Investment in nacelle and subcomponent
manufacture on a large scale has occurred historically
in markets averaging over 2GW per year
Russia, Ukraine, Saudi Arabia and South Africa are
all attractive growth markets considering local content
policies
Unfortunately, these markets are project to be less
than a third of the size of traditional wind
manufacturing markets that have significant supply
chain capacity
Brazil is an exception as the market is forecast to
surpass 2GW annually and likely would have
attracted multiple OEMs
Source: MAKE
Forecast demand is not sufficient to support an organic supply chain in several markets exploring local content policies. Focusing on specific opportunities is recommended
14.0 7.0 2.0 0.5 1.0 1.5 0.0
Spain
Germany
South Africa
Saudi Arabia
Ukraine
Russia
India
GW
United States
China
Five-year average 2009-2013
Three-year average market peak through 2022
25 JSIM Committee Meeting
February 2015
Onshore turbine MW ratings
MW ratings continue to rise in all global regions
Offshore turbine MW ratings
Global Supply Chain Dynamics
Source: MAKE Note: Past averages based on identified wind projects.
Future averages based on product market share modelling
N. America expected to graduate past the 2MW benchmark, following GE new products
Offshore MW rating growth will accelerate with installation of 2016+ projects
1,0
1,5
2,0
2,5
3,0
On
sho
re a
vera
ge M
W r
atin
g
2020e 2018e 2016e 2014e 2012 2010
AMER APAC EMEA
2,5
3,0
3,5
4,0
4,5
5,0
5,5
6,0
2020e 2018e 2014e 2016e 2012
Off
sho
re a
vera
ge M
W r
atin
g
2010
Offshore
26 JSIM Committee Meeting
February 2015
Opportunity for M&A activities across selected segments
Global Supply Chain Dynamics
Analysis of M&A opportunities for market entry or expansion
Partnerships
Buyer segment
Component segment
Asset owners
Non-wind industrial
conglomerates
Conglomerate competitor
Pure-play competitor
Private equity funds
Opportunity for M&A activity in
short/medium term
Generation assets
Onshore turbines
Offshore turbines
Blades
Generators
Gearboxes
Bearings
Towers
Foundations
Offshore vessels
O&M/ISPs
Controls/Tech
Source: MAKE M&A
27 JSIM Committee Meeting
February 2015
Delivering renewable energy insight
TM
About MAKE
29
An introduction to MAKE
Local knowledge Global advantage
The renewable energy industry is evolving
constantly. New markets are developing and
market conditions are changing.
Technological advances and global supply
chain transformation are lowering the cost of
energy day by day. For true and timely
insight, you have to be where the action is.
That’s why we have experts in key renewable
energy markets, providing a global advantage
to our clients.
30
An introduction to MAKE
Powerful Data Accurate Predictions
In today’s environment of intensifying
competition and shifting demand, staying
ahead of the curve is the key to success.
MAKE supports businesses across the globe
to achieve this by providing in-depth data and
forecasts – which have proved to be
industry’s most accurate, year after year.
31
An introduction to MAKE
Through years of working with companies
across the renewables value chain, MAKE
has developed a global network of
professional experts and decision makers.
Our close relationship and interaction with
leading investors, utilities, OEMs, suppliers,
service providers, government institutions
and NGOs provides a multifaceted view of
the industry. It keeps us abreast of the
newest developments and produces powerful
insights.
Extensive network Leading insights
32
An introduction to MAKE
Our global team of analysts and consultants
offers deep knowledge of renewables, gained
during years of working at leading companies
in the business. Our team has been carefully
assembled to offer the right blend of
expertise about markets, the supply chain,
technology and finance to accelerate results
for our clients.
Industry experience Accelerated results
33
The MAKE knowledge model
Markets
Value Chain
Technology
Finance
To fully understand the current status and development of the global wind power industry – it is essential to have multi-
faceted insights into burning issues that will impact the industry’s future. MAKE’s team of experts constantly analyzes
global and regional data to provide a full spectrum of analytics that cuts across the 4 key drivers / barriers for growth:
markets, value chain, technology and finance.
34
The MAKE knowledge model
Markets
MAKE’s global team of analysts closely monitor macro-economic, policy and project developments, order placements and installations in over 140 key and emerging onshore and offshore wind power markets worldwide.
Tier I Markets:
China
U.S.
India
Germany
United Kingdom
Brazil
Canada
Tier III Markets:
Italy
Poland
Ireland
Japan
South Africa
Chile
Denmark
Belgium
Finland
Greece
Russia
Romania
Ukraine
Norway
Egypt
Argentina
Austria
Morocco
Pakistan
South Korea
Ethiopia
Spain
Peru
Venezuela
Saudi Arabia
Uruguay
+ 100 more markets
Tier II Markets:
Mexico
France
Turkey
Australia
Sweden
Netherlands
35
The MAKE knowledge model
Value Chain
The ever-evolving dynamics of supply and demand impact companies across the wind power value chain. MAKE constantly monitors all value chain segments for interesting developments, such as supply-demand imbalances, sourcing strategies, key company positions, M&A activity and much more.
Wind plant development
Raw material supply
Component supply
Wind turbine manufacturing
Logistics
Engineering, procurement and construction
Asset ownership
Operations & maintainance
36
The MAKE knowledge model
Technology
MAKE’s technology team closely monitors individual partners in the supply chain and their technical innovation and product development and forecasts technological trends in key areas, including:
Wind Turbine
Rotor
Nacelle
Tower
Control systems
Components
Offshore
Installation vessels
Cable-laying vessels
Foundations
Substations
Transmission cables
Balance of Plant
Foundations
Substations
Electrical work
Installation equipment
37
The MAKE knowledge model
Finance
As the demand for wind power ultimately depends on economic viability and cost-competitiveness, understanding the financial and cost developments is key. Our team studies various financial aspects of the industry:
Renewable power generation
portfolio strategies of global
asset owners
Regional financing
mechanisms and structures
for both onshore and offshore
Capital markets and finance
availability
Competitiveness of wind versus
other sources of energy, power
pricing and levelised cost of
energy by region and
technology
Understanding the key drivers
of cost including technology,
logistics and raw materials
38
Wind Power
Research Products To make the right decisions for your wind business and
investments in today’s environment of intensifying competition and
shifting demand, you need access to reliable and timely industry
insights. MAKE delivers research, forecasts, data and a multi-
faceted view of the global wind-power industry with unrivaled
depth and accuracy, offering you a competitive advantage in
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The BASIC subscription
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foundational knowledge
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technology, and asset
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The PREMIUM+
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Global Wind Turbine
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Global Wind Power
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Database
Global Offshore Wind
Power Project
Database
Global Wind Turbine
Technology Database
10 Analyst Access
Hours
The PREMIUM
subscription is a more
advanced package,
which includes all
products inside the
EXTENDED subscription
+
Quarterly forecast
updates that ensure
continuous updates
on market
development
Flash Notes
providing instant
analysis and insight
into the latest events
in the industry and
keeps our clients on
the cutting edge of
wind power
development
The EXTENDED
subscription includes all
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BASIC subscription
+
Sector Reports
providing in-depth
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O&M sectors
Research Notes on
key global issues and
developments in
wind, including wind
power market share
analysis, LCOE
forecast, and much
more
Semi-annual forecast
updates
39
MAKE offers tiered subscription plans for varying market intelligence needs
An introduction to MAKE research subscriptions
EX
TE
ND
ED
PR
EM
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OF
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The OFFSHORE
subscription is specially
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It includes all products
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SU
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The SUPERIOR subscription is our most elite research package, containing all of MAKE’s research products. It is the most complete toolbox of wind power research, insights, data, and analytical support. It contains all products inside the PREMIUM+ subscription
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Global Wind Turbine Order Database
Global Wind Power Project Installation Database
Global Offshore Wind Power Project Database
Global Wind Turbine Technology Database
10 Analyst Access Hours
Semi-annual Wind Turbine OEM Market Share Forecast B
AS
IC
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Semi-annual Wind Turbine OEM Market Share Forecast The must-have forecast on OEM positioning across the globe for the next five years
10 Analyst Access Hours Direct consultation with our regional research teams across the globe
Global Wind Turbine Technology Database The definitive global wind turbine model database complete with technical specifications and data
Global Wind Power Project Installation Database A definitive list of all installed Onshore projects across the globe
Global Wind Turbine Order Database Monthly global wind turbine order intake data
Global Offshore Wind Power Project Database A definitive list of all Offshore projects – installed and in the pipeline
Quarterly Market Outlook Updates + Webinars Updates of global forecasts for onshore and offshore markets, order flow and turbine pricing
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49
A sample of our wind industry due diligence engagements
Commercial due diligence on a global top-5 wind turbine manufacturer (conducted for a large private equity
fund, 2014/15)
Commercial and technical due diligence on a global fleet of wind power asset (conducted for an industrial
buyer, 2014)
Commercial due diligence on a leading gearbox manufacturer (conducted for a large private equity fund,
2014)
Vendor due diligence on a globally leading blade manufacturer (conducted for the owner, 2014)
Vendor due diligence on a globally leading tower internals suppliers (conducted for the owner, 2014)
Technical due diligence on leading wind turbine manufacturer (conducted for the owner, 2014)
Commercial due diligence on an offshore project pipeline (conducted for a large financial institution, 2014)
Commercial and technical due diligence on a smaller European wind turbine manufacturer (conducted for a
Chinese industrial company, 2013)
Commercial due diligence on a leading sub-sea services provider conducted for a medium sized private
equity fund (2013)
Commercial and technical due diligence on a leading offshore cable protection system supplier conducted for
a medium sized private equity fund (2013)
Commercial due diligence on a leading blade core material supplier conducted for a medium sized private
equity fund (2013)
Commercial and technical due diligence on a Chinese wind turbine manufacturer conducted for a medium
sized private equity fund (2013)
50
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© 2014 MAKE Consulting A/S. All rights reserved. Reproduction or distribution of this report in any form without prior written permission is strictly forbidden. Violation of the above restrictions will be subjects to legal action under the Danish Arbitration Act. The information herein is taken from sources considered reliable, but its accuracy and completeness are not warranted, nor are the opinions, analyses and forecasts on which they are based. MAKE Consulting A/S cannot be held liable for any errors in this report, neither can MAKE Consulting A/S be liable for any financial loss or damage caused by the use of the information presented in this report.
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51
Steen Broust Nielsen
Delivering renewable energy insight
TM
Backup slides
Flat onshore market
Germany and UK offshore will drive European market development
Source: MAKE Q4/2014 Market Outlook Update
Note: Capacity numbers are based on annual installed capacity except for offshore which is grid-connected capacity
Europe onshore (GW)
Consistent growth from 2014 to 2020e
Germany, UK and Turkey are the largest onshore markets totaling 39% of onshore installations from 2014 to 2020e
Northern Europe accounts for 56% of total European installations in the period 2014-20e while Eastern Europe and Southern Europe make up 15% and 29% of total European installations, respectively
Slow recovery in Southern Europe expected post 2015e
Significant offshore growth
Europe leads the offshore segment with 1.8GW installed in year to date
Overall significant growth expected in the sector from 2014-2020e with a CAGR of 16%
Despite some regulatory uncertainty in the key offshore markets, investments in offshore assets are still expected to remain attractive enough to encourage growth in the sector
Europe offshore (GW)
5
15
10
0
2015e 2014e 2013 2012 2011 2010
GW
2018e 2017e 2016e
+8% CAGR +1%
CAGR -5%
2020e 2019e
Rest of Europe
Turkey
France
Sweden
UK
Germany
5.0
4.0
3.0
2.0
1.0
0.0
2012 2010 2011
GW
2015e 2014e 2013
+44%
-25% +17%
2020e 2019e 2018e 2017e 2016e
Rest of Europe Germany UK
Europe wind power market outlook
53 53 January, 2015
Wind Power Industry Update
54 January, 2015
Wind Power Industry Update
N. Europe – UK and Germany upgraded
European onshore upgraded in the North, South and in the East
Northern Europe forecast: 2013 to 2023e
Source: MAKE
Southern Europe forecast: 2013 to 2023e
Onshore and offshore upgrades result in net 4GW
upgrade in the subregion, mostly thanks to German
onshore - driven by enhanced regulatory clarity - and
Swedish offshore growth, due to new political support
MAKE upgraded Swedish onshore by 100MW for 2014
based on accelerated activity; we have downgraded it
by 175MW for 2015 due to investor uncertainty
stemming from low power and green certificate (GC)
prices. GC prices to pick up again for 2016
Dutch onshore has been downgraded by 100MW for
2014 due to licence delays. Upgrades have been made
for Austria (50MW) and Belgium (40MW), following the
expected connection of a higher amount of projects
10
8
6
4
2
0
12
(GW)
-0.7%
‘23e ‘22e ‘21e ‘20e ’19e ’18e ’17e ’16e ’15e ’14e ’13
Germany UK Sweden Others
5
4
3
2
1
0
(GW)
+6.6%
‘23e ‘22e ‘21e ‘20e ’19e ’18e ’17e ’16e ’15e ’14e ’13
France Italy Turkey Spain Others
Europe wind power market outlook
S. Europe, France to drive growth
We project an overall 254MW upgrade in Southern
Europe over the 10-year outlook thanks to France
Very modest activity in Spain in the aftermath of the
subsidy crisis
A 400MW upgrade in France in 2014 and 2015 is due to
more favorable regulatory conditions for wind growth
established by the Energy Transition Bill
A 150MW downgrade in Italy for 2014 reflects slower
activity and increased investor uncertanty as to the
future of renewable energy subsidies
E. Europe – Croatia and Romania upgraded
Eastern Europe marks slight growth
Eastern Europe forecast: 2013 to 2023e
Source: MAKE
Uncertainty in MEA leads to downgrade
Middle East & Africa forecast: 2013 to 2023e
A 241MW upgrade in Eastern Europe driven by
Romania and Croatia
A 160MW upgrade for 2014 in Romania based on
increased activity
Croatia, Czech Republic and Montenegro have been
upgraded due to commissioning of new projects from
2014 to 2020
Ukraine downgraded by 31MW due to prolonged unrest
in the eastern part of the country
MAKE has redistributed new capacity in Russia (51MW
in 2015, 70MW in 2016 and 150MW in 2017), with a
slight downgrade
A significant 10% downgrade from the Q3 outlook
Significant downgrade (800MW) in Saudi Arabia due to
lower confidence in the government’s intention to
support wind development, as solar becomes more
likely to get priority
A 500MW downgrade in South Africa after REIPPPP
Round3 financial close delays due to grid issues, which
creates uncertainty for the 4th round
Despite a very ambitious plan, MAKE has downgraded
its forecast for Ethiopia (300MW) due to slow progress
Announcement of a 225MW project for Mainstream
Renewable in Ghana results in an upgrade in 2017
2
0
1
3
(GW)
+5.5%
‘23e
‘22e ‘21e
‘20e ’19e ’18e ’17e ’16e ’15e ’14e ’13
Poland Romania Ukraine Others
4
3
2
1
0
(GW)
+21.8%
‘23e
‘22e
‘21e
‘20e ’19e ’18e ’17e ’16e ’15e ’14e ’13
Morocco South Africa Egypt Others
Europe wind power market outlook
55 55 January, 2015
Wind Power Industry Update
Market forecast, 2014e – 2020e – Installed capacity
Source: MAKE
Note*: EEG - Erneuerbare Energien Gesetz (Renewable energy source act)
Drivers and barriers
Drivers
The new EEG* 2014 has set a target of 35% of gross electricity production derived from renewables in 2020
Similarly, there are interim targets of 40-45% by 2025 and 55-60% by 2035
12GW of nuclear energy is to be shutdown by 2022. Additional renewable energy will be necessary to fill the gap
Although the tariffs offered through the EEG 2014 are slightly lower than those offered through the EEG 2012, MAKE expects them to be sufficient to deliver stable growth in the market
Development plans for expansion of German grid both to integrate onshore and offshore wind exist, and continuous discussions about further plans continue
Barriers
Regulatory uncertainty post 2017 creates difficulties in planning forward
There is an annual expansion cap set at 2.5GW for onshore wind in 2016
Grid expansion needs to further adapt to transition from nuclear to wind energy
Germany Review of key wind power markets
3.8002.400 2.400
1.600 1.800
784
1.971690
970 828
2.0001.800
0
1.000
2.000
3.000
4.000
5.000
(MW)
-11%
2018e 2017e 2016e 2015e 2014e 2019e 2020e
250 492
Onshore Offshore
Market evaluation
Macro and policy related criteria Evaluation
Macro conditions
Regulatory framework
Transmission
Order backlog
Overall assessment
56 56 January, 2015
Wind Power Industry Update
Market forecast, 2014e – 2020e – Installed capacity
Source: MAKE
Note*: CfD - Contract for difference, RO - Renewables obligation, ROC – Renewables obligation certificate, NREAP - National renewable energy action plan
Drivers and barriers
Drivers
Wind specific NREAP* target is around 27.9GW by 2020 (14.9GW of onshore and 13GW of offshore)
NREAP* target is to achieve 15% of energy consumption from renewables by 2020
U.K. has increased its national target for offshore to 18GW by 2020
A guaranteed revenue stream is one of the clear advantages of the CfD* compared to the RO*, as generators under the RO are exposed to fluctuations in power prices and ROC* prices
Barriers
Concerns over the budget pertaining to the CfD allocation has created a certain amount of uncertainty in the market. Fearing many projects may not be able to secure funding
Discontinuation of the intended export deal between Ireland and the UK will hit onshore drastically
The power mix in the UK still primarily consists of fossil fuels
UK Review of key wind power markets
808 870 900600
870 551 1.536 1.356
800500 700
1.2801.132
0
500
1.000
1.500
2.000
2.500
2018e 2017e
+4%
2016e
(MW)
12
2015e 2014e 2019e 2020e
Onshore Offshore
Market evaluation
Macro and policy related criteria Evaluation
Macro conditions
Regulatory framework
Transmission
Order backlog
Overall assessment
57 57 January, 2015
Wind Power Industry Update
Market forecast, 2014e – 2020e – Installed capacity
Source: MAKE
Note*: FIT – Feed in Tariff
Drivers and barriers
Drivers
France has a target of 25GW by 2020 –
19GW onshore and 6GW offshore in
order to reduce its reliance on nuclear
power from the current 75% to 50% by
2025
Introduction of carbon tax with
proceeds going towards energy
transition
Restoration in the French FIT* scheme
will create certainty amongst investors
Growth expected from energy transition
bill:
o 23% renewables share of gross
final consumption 2020
o 40% reduction of greenhouse gas
emission from 1990 to 2030
o 30% reduction of fossil fuels
consumption by 2030
Barriers
Lengthy permitting procedures create
bottlenecks in construction of wind
projects
Grid delays as well are main concern
France Review of key wind power markets
900 1.000800 800
1.000 1.0001.000
0
500
1.000
1.500
2018e 2016e
(MW)
2017e
+8%
2015e 2014e
2
2019e 2020e
Offshore Onshore
Market evaluation
Macro and policy related criteria Evaluation
Macro conditions
Regulatory framework
Transmission
Order backlog
Overall assessment
58 58 January, 2015
Wind Power Industry Update
Market forecast, 2014e – 2020e – Installed capacity
Source: MAKE
Note: EML – Electricity market law
Drivers and barriers
Drivers
Ambitious wind target of 20GW by
2023. The potential for wind energy is
48GW
Target of 30% of energy to be
produced from renewables sources by
2023
Strong dependence on oil (93 to 94%)
and gas (98 to 99%) for its domestic
consumption
The new EML to create favourable
conditions for future wind investments
and as a step towards increased
renewable energy integration
Significant local content bonus of up to
2.95 ct/kWh for fully locally produced
wind turbine
Barriers
Duration of preliminary license of 24
months under new EML puts a great
deal of pressure on investors
concerned about bureaucratic
processes
Entrance of nuclear power in the will
have an impact on the generation mix
Turkey Review of key wind power markets
850600
800 850 9001.2001.200
0
500
1.000
1.500
(MW)
2016e 2015e 2017e 2020e 2018e
+6%
2014e
5
2019e
Offshore Onshore
Market evaluation
Macro and policy related criteria Evaluation
Macro conditions
Regulatory framework
Transmission
Order backlog
Overall assessment
59 59 January, 2015
Wind Power Industry Update
Market forecast, 2014e – 2020e – Installed capacity
Source: MAKE
Note*: NREAP – National renewable energy action plan
Drivers and barriers
Drivers
NREAP* target is to achieve 49% of
energy consumption from renewables
by 2020
Wind specific NREAP target is around
4.5GW by 2020 (4.4GW of onshore
and 0.2GW of offshore)
Joint GC system with Norway, where a
combined target has been set for
13.2TWh by 2020
Strong renewable energy support
mechanisms in the form of tax
incentives as well as the possibility of
GC quota increase drive growth of wind
Barriers
Strong dominance by nuclear and
hydro power drive power in Norway
Low electricity prices at present deter
renewables investment
Compliance with renewable energy
target could lead to slower growth
Sweden Review of key wind power markets
850600 800 850 900 1.000950
586
0
500
1.000
1.500
2.000
2017e 2015e 2016e 2018e
+11%
(MW)
2014e
5
2019e 2020e
Offshore Onshore
Market evaluation
Macro and policy related criteria Evaluation
Macro conditions
Regulatory framework
Transmission
Order backlog
Overall assessment
60 60 January, 2015
Wind Power Industry Update
Carbon fiber utilization
Carbon fiber use expected to decline with ramp-up in 2018
Blade technology roadmap
Component technology trends
Note: Penetration as % of Global MW installed
Source: MAKE
Glass alternatives to carbon fiber increasingly used to avoid quality issues
Truss structure blades and AT show promise to grow rotors while reducing loads and cost
61 Wind Turbine Technology Trends 2014
25 February 2015
10
12
14
16
18
20
Mark
et penetr
ation
Ca
rbo
n f
ibe
r b
lad
es
-8%
2020e 2018e 2016e 2014e 2012 2010
0
High
LCOE
58.5
€/MWh
(Baseline)
Ch
an
ge
in
En
erg
y
Pro
du
ction
(M
wh)
Improved LCOE
-5%
+5%
0 -5% +5%
Slender airfoils
Polyeurethane
Polyester
H-Glass
Carbon fiber
Baseline
Truss structure Pultrusions
Flatback airfoils
Jet actuators
Flaps Swept blade
MW experience
Manufacture Materials Aerodynamics
Low LCOE
Change in Turbine CAPEX
($/MW)
20
14
e In
sta
lls 2
02
0e In
sta
lls
2014e drivetrain segmentation
Direct drives expected to make modest gains in each region
2020e drivetrain segmentation
Component technology trends
Source: MAKE
Direct drive growth expected in all regions, high speed gearboxes will maintain majority
Offshore expected to converge on direct drive with 50% marketshare by 2020
62 Wind Turbine Technology Trends 2014
25 February 2015
Offshore
2.3
72%
9%
19%
EMEA
11.8
62%
38%
APAC
18.9
71%
29%
AMER
11.4
89%
11%
Medium Speed High Speed Direct Drive
Offshore
50%
8.6
28%
22%
EMEA
14.4
59%
33%
8%
APAC
28.7
64%
33%
AMER
11.2
74%
25%
Generator technology roadmap
Direct drive commercial uptake is lagging geared systems
Dual drivetrain OEMs – orders (2012-14)
Component technology trends
Source: MAKE
Note: 2012-2014 announced orders only
Cancelled orders removed
Source: MAKE
Direct drive technology shows lots of innovation potential
Cost control of heavy generators will be critical to commercial adoption
63 Wind Turbine Technology Trends 2014
25 February 2015
Geared 12,590
Direct Drive 8,884
Alstom UP
Dongfang Siemens CCWE
High
LCOE
58.5 €/MWh
(Baseline)
Ch
an
ge
in
An
nu
al O
PE
X c
ost
(Eu
ros/M
W/y
ear)
Change in total CAPEX cost
(Euros/MW)
Low LCOE
Improved LCOE
-25%
-5%
0
0
+25%
+5%
Superconducting
Ironless Core
PMG - External PMG - Internal
Baseline
MW experience
2014 converter segmentation
Global converter segmentation – architecture and location
2020 projection – converters
Component technology trends
Source: MAKE
Partial power converters expected to maintain over 50% marketshare due to cost, reliability and efficiency advantages over full power converter systems
64 Wind Turbine Technology Trends 2014
25 February 2015
20
20
e In
sta
lls
20
14
e In
sta
lls
Offshore
2.3
4%
5%
84%
EMEA
11.8
26%
10%
18%
30%
APAC
18.9
63%
6%
AMER
11.4
34%
32%
30% 30%
15%
7%
Partial Downtower Partial Uptower Full Uptower Split Up/Downt tower Slip Resistor Full Downtower
Total GW:
Offshore
5%
8.6
15%
48%
17%
EMEA
14.4
26%
26%
8%
17%
APAC
28.7
55%
4%
AMER
11.2
38%
23%
3%
14%
37% 30%
6%
24%
Controls technology roadmap
Controls technology a hotbed of innovation
Evolution path for CMS technology
Component technology trends
Source: MAKE Source: MAKE
Significant opportunity for controls technology to reduce loads, increase energy production and improve operations and maintenance expenses
65 Wind Turbine Technology Trends 2014
25 February 2015
<5 Rotor
loads
Gearbox oil
particles 25
60 Drivetrain vibration
95+ Temperatures (oil, coolant, bearings)
CMS success stories will
translate to increased
adoption of complex
CMS technologies
Adoption rates of various CMS technologies
High
LCOE
58.5 €/MWh
(Baseline)
Ch
an
ge
in
An
nu
al O
PE
X c
ost
(Eu
ros/M
W/y
ear)
Change in total CAPEX cost
(Euros/MW)
Low LCOE
Improved LCOE
0
+5%
-25%
0
25
-5%
Optical blade
LIDAR
SCADA only FBG blade roo
Shaft deflection
Ultrasonic anem
Drivetrain vibration
Baseline
Oil particle
MW experience
Drivetrain Loads
Average hub height trends
Tower technologies are diversifying and growing taller
Global tower type segmentation
Component technology trends
Source: MAKE Source: MAKE
Steel towers will continue to provide lions share of global installations
Demand for taller towers will stimulate innovation in steel alternatives and concrete
66 Wind Turbine Technology Trends 2014
25 February 2015
70
75
80
85
90
95
100
105
110
On
shro
e a
ve
rag
e h
ub
heig
hts
(m
ete
rs)
2020e 2018e 2016e 2014e 2012 2010
AMER
APAC
EMEA
95,7% 91,8%
4,2% 5,0%0,1% 3,2%
2014e 2020e
Alt. steel Concrete Steel tubular