Operations & Maintenance Wind Power 4-5 November 2014, Stockholm

BE INSPIRED BY
MODERATOR:
Lyn Harrison
CEO
INTRODUCTION SPEAKER:
Henrik Stiesdal
CTO
Jean Lemaire
Director Asset Management
Nordic
Wind Power
Conference
ecopower academy’s 6th conference on
Operations
& Maintenance
4-5 November 2014, Stockholm
Best practice O&M from +30 speakers and 14 case studies, including:
• How to manage wind assets to ISO 5500 standards by AKUO
Energy and RWE Innogy
• E.ON shares its know-how on optimising insurance for wind
power plant
• Hear Iberwind on yaw misalignment detection using nacellemounted Lidar
• Why utility Rabbalshede Kraft uses Learned Power Curves to
measure yield improvements
Conference theme 2014:
Performance Monitoring and Production Measurement
• Key note presentation by Henrik Stiesdal, CTO, Simens Wind Power
• Three half day sessions on Performance, monitoring and measurement:
• How best to structure and manage production based service contracts
• What intelligent production monitoring is all about
• Document energy yield increases in kWh and revenue
• Full day workshop on ”Blade inspection, repair and documentation” and
”How to analyse wind power production” given on 3rd of November
Chris Blückert
Senior Advisor Engineering
Carsten Lind Andersen
CEO
Poul Ejnar Sørensen
Professor
Ulla Pettersson
CEO
Bernd Patzwald
VP
Richard Ogiewa
Grid Integration Manager
Tiago Silva
Head of Operations
Management Department
Hannele Holttinen
Operating Agent
Brian Domino
O&M Manager
Dennis Schiricke
Wind Energy Professional
Tord Östlund
CEO
Lars Jacobsson
O&M manager
Alan Henderson
Head of Technical
Asset Management
Johan Nilsson
Optimization Engineer
Robert Kusén
Vice President
Thilo Langfelt
Partner
Anders Johnsson
Standardisation coordinator
John Ellies
Service Sales Contract Manager
Peter Spengemann
Director Repowering
Paul Flemming
PhD, Engineer
Anders Sommer
Senior R&D-engineer
Media partner:
Organised by:
Jonas Berg
Head of Insurance/Risk Manager
Event partners:
Two separate full day workshops given on the
3rd of Nov in relation to the conference:
• How to analyse wind power production
• Rotor Blade Inspection, Repair and Documentation
Dear Wind Professional,
Are your wind farm assets performing well and would
you know if they are not?
Comparisons of performance over time or against key
performance indicators from similar projects provide
you with a rough idea of the health of your asset.
But can you be sure that your specific wind farm is
performing as well as it should be given its specific
wind conditions?
• Is energy yield meeting projections?
• Are you certain the wind resource is measured
accurately?
• Does your O&M strategy deliver as expected?
• Are your wind turbines properly adjusted for the
conditions?
• Did the retrofit work on your rotor blades pay off?
• Are you more profitable with your new production
based contracts?
If you do not have the proper tools and methods to
monitor and measure how well you manage to convert
the wind’s energy into electrical power you can’t
answer these questions.
Without proper tools and methods to monitor
and measure how your turbines convert the wind’s
energy into electrical power you cannot answer these
questions.
As the installed wind power base grows
exponentially, the ability to precisely monitor and
measure wind production becomes ever more vital for
long-term profitability. Wind turbine owners who can
accurately document performance are not only in a
position to set performance goals for their suppliers
year after year, they can also make sure these are met.
In other words, wind turbine owners gain full control of
their assets.
This is why the theme for ecopower academy’s 6th
annual O&M conference is Performance Monitoring
and Production Measurement. To be held November
4-5th in Stockholm, our theme presentations will
include:
• Keynote introduction by Henrik Stiesdal, CTO,
Siemens Wind Power
• Three half day sessions on monitoring and measurement
– How to manage production based service
contracts, presenting three case studies
– Intelligent production monitoring, presenting three
case studies
– Measuring yield increases by energy and
revenue, presenting three case studies
• Full day workshop on ”Blade inspection, Repair and
Documentation” and ”How to analyse wind power
production” given on 3rd of November
Stockholm
November 4-5, 2014
Nordic
Wind Power
Conference
Operations & Maintenance
In addition to performance monitoring and
measurement, the main theme of this year’s
conference, we have identified the following issues
as critical for operations and maintenance of wind
turbines:
• Motivated technicians (how to improve technician
performance based on the results of a tailor-made
global survey of wind turbine technicians)
• Optimised wind asset insurance cover through the
entire lifecycle (hear what top owners have learned)
• Blade performance (the what, why and how of active
blade maintenance for increased earnings)
• Overall asset management (benchmark your
strategy against those of your peers).
Come energise yourself and ensure that your company
is focused on the right priorities.
Welcome to Stockholm in November!
Best Regards
Mårten Nilsson
ecopower academy
+46-760-21 71 77
marten@ecopoweracademy.com
Event partner:
INCREASE PROFITABILLITY
IN YOUR WIND FARM
OPERATIONS
BazeField® is the most
powerful and flexible wind farm
management system in the market. The system is scalable
from single farm to large multisite farms. It captures realtime data, presents availability, losses and key performance,
incudes tools for monitoring, reporting, analysis, effective
work processes and fact based decisions.
Using the system will assist in; achieving bette
availability and increased efficiency of assets, better
quality and reduced time spent on reporting and data
management for analysis, increased negotiation power
toward turbine suppliers, reduced resource usage for
daily operation, increase energy value a.m. All to increase
profitability of wind farm operations!
Concise overview of the 6th Nordic Wind Power
Conference – Operations and Maintenance
Please note that each half day session, M1, T1, M2 etc is presented in full on the following pages.
See the overview below to identify which page contains the details for specific half day sessions.
Clicking any session will take you directly to the relevant session page for further details.
Introductory keynote presentation: Striking a balance between capital expenditure, lower O&M costs
and higher energy output in future wind turbines – Henrik Stiesdal, CTO Siemens Wind Power
“M” as in Management
Day 1:
4 Nov
M1
How to manage production based
service contracts
Strategy Engineers
see
p.4
M2
How to motivate technicians
SSAB, Vestas, OX2, PWP, E for Energy,
Danish Wind Power Academy
see
p.5
M3
Insurance
BRIM, E.ON C&R, Holmen AB
M4
Asset management in wind
OutSmart, AKUO Energy, RWE Innogy
see
p.4
see
p.5
Day 2:
5 Nov
“T” as in Technical
see
p.6
see
p.7
T1
Intelligent production monitoring
USE61400-25
T2
Measure improvement in energy
yield – in energy and money
Rabbalshede, wpd
T3
Optimise O&M towards grid
DTU, Enercon, IEA Wind Task 25
T4
Blade performance
NREL, Iberwind, Vattenfall
see
p.6
see
p.7
Pre-workshop – 3 Nov
Book separately
Blade inspection, repair and documentation
Pre-workshop – 3 Nov
Book separately
How to analyse production
TIME SCHEDULE:
– Registration on 4th November starts at 08:00.
– The conference on both days and the pre-conference workshop start at 09:00 and end at 17:00.
– Lunch will be served 12:30-13:30.
– The conference networking dinner on 4th November starts at 20:00.
Event partner:
The number
ONE
Independent Service Provider
Event partner:
Breeze is a state of the
art software as a service
(SaaS), turbine independent, user friendly, real-time
management system for wind farm owners, operators,
managers and analysts. Breeze provides actionable
information about wind energy production performance
to global clients with the common need to make sense
of high volumes of real-time data to make wind assets
more profitable.
Register on www.ecopoweracademy.com or call: +46 760 21 71 77
M1 Management track, 09:00–12:30, 4th November:
HOW TO MANAGE PRODUCTION BASED
CONTRACTS
T1 Technical track, 09:00–12:30, 4th November:
INTELLIGENT PRODUCTION MONITORING
09.00: INTRODUCTION
09.00: INTRODUCTION
Striking a balance between capital expenditure, lower O&M
costs and higher energy output in future wind turbines
• Which new challenges are we including in product
development to bring down O&M costs?
• What are the future challenges we face from more intelligent
production monitoring?
• How do we measure improvements in energy yield resulting
from technology upgrades?
• In what way and why will the balance between capital cost,
O&M costs and energy output change in the future
Striking a balance between capital expenditure, lower O&M
costs and higher energy output in future wind turbines
• Which new challenges are we including in product
development to bring down O&M costs?
• What are the future challenges we face from more intelligent
production monitoring?
• How do we measure improvements in energy yield resulting
from technology upgrades?
• In what way and why will the balance between capital cost,
O&M costs and energy output change in the future
Henrik Stiesdal, CTO Siemens Wind Power
Henrik Stiesdal, CTO Siemens Wind Power
M1
How to manage production based service contracts
Overview: Pitfalls in production based service agreements
and how they present new challenges for WTG owners
Thilo Langfelt of Strategy Engineers has negotiated contracts for
1000 MW of installed wind power capacity. He is also involved as
a negotiating partner in the largest wind project in Europe to use
utility scale wind turbines from China
• Major differences between time based and production based
contracts
• How does a production based contract provide incentives to
the wind turbine supplier?
• What are the pitfalls in production based contracts that need
most focus?
• How to follow up on the weakest point: production
• What new challenges do production based contracts create for
WTG owners?
Thilo Langfeldt, Partner, Strategy Engineers
Production based versus time based service contracts
• Why are production based contracts preferable to time based
contracts in some procurements?
• Are production based contracts the way forward or is their
advantage project dependent?
• How does a production based contract motivate all O&M
partners to achieve the same goal?
• How does a production based contract support the O&M
strategy of Energytop?
• What new challenges for O&M service partners are presented
by production based contracts?
• How can the production based contract concept be improved
to further support our O&M strategy?
Speaker to be presented
The evolution from a time based to a production based mind set
• What new challenges are faced by an owner managing
production based contracts compared with time based
contracts?
• How does an OEM track production and how can owners
verify wind turbine performance?
• What incentive does a production based contract provide to
encourage suppliers to align with an owner’s O&M strategy
• Are there conflicts of interest between supplier and owner
O&M strategies over the long term in a production based
contract?
• From a service supplier’s viewpoint what are the benefits of
working with a WTG owner with a production based mind set?
Speaker to be presented
T1
Intelligent production monitoring
Implementation guideline when building a set-up for
monitoring wind assets
• Which are the most common analyses/parameters to access
in monitoring a wind farm?
• Which data access is required to feed such a monitoring?
• How could it be divided into separate monitoring processes for
specific parameters and are there specific concerns for how to
get the best access to each and one of these?
• Should a WTG owner try to access a standardised set of
parameters from the OEMs or is it easier to translate data in a
top scada software?
• Introduction to the USE61400-25 implementation guideline for
IEC 61400-25, the standard for way of exchanging data for
monitoring and control of wind power plants.
• How can the standard be used in contracts and projects to
specify which and how data shall be made available for the
monitoring and analysis applications?
• Step by step approach for how to practically apply the
Implementation guideline
Anders Johnsson, Standardisation coordinator, USE61400-25
How we have made our production monitoring more intelligent
• Which steps in our daily administration have we been able to
automate?
• In which way does our production monitoring give us
information to react faster when production is not as expected?
• How has our production monitoring made us more competent
in relation to both turbine manufacturer and independent
service providers
• Which parameters are most interesting for us to analyse?
• What is the next gap we would like to bridge in further
development of more intelligent production monitoring?
Johan Nilsson, Optimization Engineer, Skellefteå Kraft
Remote monitoring of offshore wind farms
• To what extent has remote monitoring reduced the need to
visit our wind farms?
• How has more in-depth wind farm control made our
management of OEMs and ISPs more effective?
• Should monitoring be an industrial partnership or an internal
process in order to secure access to real time data?
• Which monitoring processes are specifically demanding to
develop in-house?
• How have we balanced our cost goals with improved
predictive management at the component level?
• What scale effects do we see for monitoring offshore assets?
• How do we integrate remote monitoring into our
Back to
O&M strategy?
Speaker to be presented
overview
Register on www.ecopoweracademy.com or call: +46 760 21 71 77
M2 Management track, 13:30-17:00, 4th November:
MOTIVATING WIND TURBINE TECHNICIANS
T2 Technical track, 13:30-17:00, 4th November:
MEASURING CHANGES IN ENERGY YIELD
Why motivated technicians are key to achieving world
class production
• What does the world of a motivated technician look like?
• What drivers in the form of goals, values and principles create
the motivated technician?
• What potential for achieving world class production lies in
creating a motivated technician?
• How do you turn your service structure on its head to foster
motivated technicians that lead rather than obey the back
office support team?
• What are the biggest challenges for managers in making this
journey?
Measure improvements in energy yield with Learned
Power Curves
• What does Learned Power Curve mean and with which data
do we build our learned power curves?
• How can we verify changes in energy yield by comparing
power curves over time?
• What do wind turbine manufacturers say about this
methodology?
• How accurate is this method for measuring improvements in
energy yield?
Robert Kusén, Vice President, SSAB
Verifying energy yield using nacelle mounted LIDAR
• Why did we decide to verify power curves with nacelle
mounted LIDAR?
• Should LIDAR be used as a permanent or temporary bolt-on
and on how many turbines?
• Will we start using LIDAR continuously or only occasionally?
• What are the biggest measurement uncertainties when
verifying power curves with LIDAR?
• Do we also use LIDAR in wind turbine control to reduce loads
and increase energy yield?
How to support technicians and create a team culture
among owner, operator and turbine supplier
Case study of how wind farm owner Power Wind Partners,
operator OX2 and turbine supplier Vestas created an open forum
to foster understanding and provide insight into each other’s
activities and incentives
• Our ambition in creating a team culture among owner,
operator and turbine supplier
• Creating meeting agendas that support teamwork and achieve
common goals
• The most unexpected outcomes seen from the perspectives of
owner, operator and OEM
• How a teamwork culture has changed our attitude towards
working with one another
John Ellies, Service Sales Contract Manager, Vestas
Northern Europe
Brian Domino, O&M Manager, OX2
Tord Östlund, Power Wind Partners
Results of a unique global survey on motivating factors for
wind turbine technician
ecopower academy, Danish Wind Power Academy and E
for Energy have recently completed a global survey of what
motivates wind turbine technicians, with input from more than
300 technicians worldwide. Ulla Pettersson, CEO at E for Energy,
presents the survey’s conclusion which reveal what wind turbine
technicians say will motivate them:
• Why we believe this survey will be an eye-opener for O&M
managers
• How does the survey categorise motivation factors and which
have we included?
• What can owners and operators change in their organisational
structures to motivate technicians and achieve world class
wind farm production?
• In the eyes of a motivated technician what does a perfect
working environment look like?
• In what new ways can wind power technicians contribute
benefits to operations and profitability?
Ulla Pettersson, CEO, E for Energy
Lars Jacobsson, O&M manager, Rabbalshede Kraft
Peter Spengemann, Director Repowering,
WPD Wind Manager GmbH
Measure improvements in energy yield through side-by-side
comparison
• What consideration did we give to measurement equipment
and wind direction when conducting side-by-side testing?
• How did we choose the reference wind turbine?
• What inbuilt weaknesses does side-by-side energy yield
testing contain?
Speaker to presented
Event partner:
We improve the energy output
of wind turbines by optimizing
the yawing strategy of the
turbines. We use our own patented instrumentation to
measure the yaw angle with high accuracy and reliability.
Our services are based upon a group of experts with many
years of experience with optimization of wind turbines.
Back to
overview
Register on www.ecopoweracademy.com or call: +46 760 21 71 77
M3 Management track, 09:00-12:30, 5th November:
OPTIMISE YOUR INSURANCE COVER FOR
WIND POWER
Introduction: Optimise your insurance cover for wind power
over the entire project lifecycle
• How is the insurance industry organised from a European
wind perspective?
• What special challenges do insurance companies face in
providing coverage for the wind industry and vice versa?
• What are the crucial questions a WTG owner must straighten
out to ensure a profitable insurance package across the entire
lifecycle of a wind farm portfolio?
• When should an owner select full insurance and when will less
coverage suffice?
• What do insurance claims over time reveal about the rate of
success for particular forms of damage?
• How have insurance companies matured in their dealings with
WTG owners and wind turbine manufacturers?
Chris Blückert, Senior Advisor Engineering, BRIM
How within our insurance package we balance our own O&M
resources against the warranties and resources offered by
the OEM, and the insurance available
• Do we keep full insurance for the entire project lifespan or do
we lower coverage and premium over time?
• How many wind turbines do you need to have before it makes
sense to be self-insured?
• What level of risk should you shoulder yourself?
• What claims for damage have we made against our
insurance?
• How to reduce the scope of a service agreement by
compensating with insurance coverage
• How do we work with the insurance company and the OEMs
to stay ahead of problems and mitigate risks
Bernd Patzwald, VP, E.ON Risk Consulting, internal E.ON
broker responsible for renewables
T3 Technical track, 09:00-12:30, 5th November:
HOW TO ADAPT POWER SYSTEMS FOR HIGHER
WIND PENETRATION
Ancillary services: Research results from wind power plants
• Characteristics and requirements for ancillary service
provision in European power systems – now and in future
• Technical capabilities required by wind power plants in order
to provide ancillary services – a focus on state-of-the-art
industry and R&D (simulation based) perspectives
• What are the economic incentives and barriers to providing
ancillary services?
• What are the next steps for researchers, developers,
system operators and turbine manufacturers to allow further
penetration of wind into European grids?
Poul Ejnar Sørensen, Professor, DTU Wind Energy
Coordinating grid compliance with best value energy
generation
• IIncreasing functionality for wind turbines to meet grid
requirements
• How to manage the frequency in a network with lower inertia
• Deciphering terms in grid code requirements for connection
conditions
Richard Ogiewa, Grid Integration Manager, Enercon
System requirements for higher wind penetration and how
the wind industry can benefit from them
• System requirements for ancillary services: results from IEA
Wind Task 25 and EU project REserviceS
• Main ancillary service categories relevant for wind
• Value of ancillary services to power system and potential
income to operators
Hannele Holttinen, Principal Scientist, VTT and Operating
Agent, IEA Wind Task 25
What insurance solutions have we chosen as a medium
sized operator?
• How to keep on top of the game when the insurance company,
turbine manufacturer, owner, and operator are all involved in
asset management – what can go wrong and how to act
• How do we follow up major service work and exchange of
main components and how do we communicate with the
insurance company?
• What do we do to gain a full picture that includes all the facts
and not just those provided by the turbine manufacturer?
• What type of insurance does it pay to take-out in order to
reduce service costs?
• What can a wind plant owner do to bring down insurance
premiums?
Jonas Berg, Head of Insurance/Risk Manager, Holmen AB
Back to
overview
Register on www.ecopoweracademy.com or call: +46 760 21 71 77
M4 Management track, 13:30-17:00 5th November:
ASSET MANAGEMENT IN WIND
Introduction to asset management applied to wind power
technology
• What root problems in asset management organisational
structure do we want to eliminate?
• What are the extraordinary challenges to implementation of
asset management theory in wind farm operation?
• How does the Pas 55 standard (now ISO 5500) help a wind
turbine owner apply asset management techniques?
• Interpretation and application of the asset management
standard for practical use by a wind farm owner
• How does the asset management standard assist in
estimation of risks over a wind farm project life cycle?
Dennis Schiricke, Wind Energy Professional at OutSmart BV
Asset management in wind farm operations according to
AKUO Energy
• How do the principles of asset management provide a better
understanding of wind farm operational processes?
• Asset performance - improving plant availability by moving
from a reactive breakdown culture to one of proactive defect
elimination using reliability engineering
• How we have standardised our O&M practices across the
business
• Operational risk and how to define and mitigate risks through
the implementation of a robust O&M strategy
• How compliance with specific asset management standards
aligns our operations with Health & Safety obligations and
recommendations
Jean Lemaire, Director Asset Management, AKUO Energy
A more natural focus on total asset life cycle optimisation
• How have we divided our organisation at RWE into asset
owners and service providers?
• How does this division give us an improved and more natural
focus on total asset life cycle optimisation?
• How have we organised ourselves throughout the entire
life cycle in relation to: Service and service agreements,
insurances, guarantees, spare parts and main components.
• What specifications have we made to our service provider
throughout the entire lifecycle?
• How to coordinate and prioritise wind power forecasts,
performance analysis, contract management, stakeholder
management, technical operation and technical support?
• What does my internal dashboard look like in order to follow
all KPIs?
T4 Technical track, 13:30-17:00 5th November:
REDUCING YAW MISALIGNMENT
Field-test results using a nacelle-mounted LIDAR
for improving wind energy capture by reducing yaw
misalignment
• How errors in measurement due to rotor wake, complex flow
over the nacelle, environmental impacts to the wind vane and
poor calibration/installation can lead to yaw misalignment and
reduced power production
• Opportunities for improved rotor speed regulation, optimal
torque tracking and yaw control with LIDAR
• How we used data from LIDAR, nacelle-mounted vane and
met mast to verify our findings
• What conclusions did we reach compared to met mast
measurements regarding yaw alignment, annual energy
production and loads?
Paul Flemming, PhD, Engineer, National Renewable Energy
Laboratory (US)
How to detect yaw misalignment with nacelle-mounted
LIDAR
• How have we configured wind measurement equipment to
produce data on wind, yaw angle and energy yield?
• What extent of yaw misalignment did we find?
• What are the main challenges for a WTG owner in achieving
correct yaw alignment for all turbines over time?
• How will we follow up yaw alignment in future operations to
continuously optimise energy yield
Tiago Silva, Head of Operations Management Department,
Iberwind
How to detect yaw misalignment with hub-mounted spinner
anemometer
• How have we configured wind measurement equipment to
produce data on wind, yaw angle and energy yield?
• The effect of yaw misalignment on production and how have
we measured it
• What are the main challenges for a WTG owner in achieving
correct yaw alignment for all turbines over time?
• How will we follow up yaw alignment in future operations to
continuously optimise energy yield
Anders Sommer, Senior R&D-Engineer, Vattenfall Vindkraft A/S
Alan Henderson, Head of Technical Asset Management,
RWE Innogy
Back to
overview
Register on www.ecopoweracademy.com or call: +46 760 21 71 77
Pre-conference workshop, 3rd November 2014, Stockholm
Rotor Blade
Inspection, Repair and Documentation
This full day workshop is tailor-made for WTG owners. The entire responsibility
for optimum rotor blade performance rests with wind farm owners and is a key
parameter to achieving the overall aim of high energy yield and low running costs. No
owner wants to incur unnecessary cost, yet for blade maintenance and repair, owners
are entirely reliant on specialist service suppliers . Not one WTG owner in Europe is selfsufficient in blade technology. The dilemma for the WTG owner is a lack of practical
knowledge on which to base the right decisions. This workshop will provide WTG
owners with new understanding to help you better manage blade related issues.
Introduction
• Rotor blade function: stall and pitch regulated
wind turbines
• Rotor blades aerodynamics: airflow over the
blade and what happens when vortex or stall
strips are attached
• Rotor blade construction
• Rotor blade materials: laminates, coating and
new materials
Materials
• Different types and models of rotor blades
• Types of material used
• Composite materials in wind energy – why and
where are composites used
• Rotor blade loads and stress symptoms
Types of damage
• Classification of different types of damage,
how they occur, how they develop and how to
identify each type
Inspection
• What to inspect – what does a typical service
procedure look like?
• What are the different inspection methods, what
does each cover and how proactive are they?
• How often to inspect, how many machines to
inspect, with whom and with which methods –
onshore and offshore
• Blade inspections – internal and external
• How to evaluate and inspect damage from
lightning strikes, erosion and cracks in the
laminate
• Blade cleaning on operational turbines and
cleaning and repair at the blade storage site
• Inspecting the lightning protection system
• Group discussion: What should an inspection
include – what is needed and what is nice to
have
Repair
• Composite repair including infusion, wet lay-up
and pre-preg
• Temporary repairs over winter
• Leading and trailing edge repair
• Small to medium structural repairs
• Repair to the lightning protection system
• Which repair materials are recommended and
what to be aware of
• What tools and skills are required for more
advanced blade repair and maintenance
• Erosion, small trailing edge repairs, leading edge
repairs
Documentation
• Inspection and assessment reports and accurate
evaluation of quotations for repair work
• Criteria that repair work documentation must
fulfil
• Examples of various inspection and repair
documentation
• Group discussion: What should inspection and
repair documentation include – what is needed
and what is nice to have?
Back to
overview
Register on www.ecopoweracademy.com or call: +46 760 21 71 77
Pre-conference workshop, 3rd November 2014, Stockholm
How to Analyse
Wind Production
– from a WTG owner’s perspective
This workshop is still under construction. We are confident enough to announce it
as we through a pan European survey have found the instructor who can deliver
this workshop. The workshop will be based on a fictive portfolio of multiple models
and fictitious data from this portfolio. During the workshop we will go through all
challenges that an owner might have.
• How to collect the data?
• How to handle data from various measurement equipment?
• How to handle data from various turbine models?
• How to translate turbine specific data to a standardised setup of SCADA parameters?
• Which various top SCADA software is available?
• How to integrate top SCADA in your own overview?
• Which parameters are hardest to produce?
• Which parameters are most interesting to analyse
• How to create a loop from wind production analysis into daily wind farm operations?
The workshop will be finalised that each participant should give his/her own recommendations for the fictive
portfolio of multiple models.
Back to
overview
Register on www.ecopoweracademy.com or call: +46 760 21 71 77
Stockholm
November 4-5, 2014
Nordic
Wind Power
Conference
Operations & Maintenance
Time and place
Main conference
4th - 5th November, 2014
Event partner:
We are a leader in processing materials
used for sealing, bonding, damping,
reinforcing and protecting load-bearing
structures. Our product lines feature highquality concrete admixtures, speciality
mortars, sealants and adhesives. We
offer a total package of products for the wind turbine
industry from foundation to rotor tip and a range of repair
products to ensure reliable turbine operation.
Practical Information
Full day workshops
Analyse production: 3rd November
Rotor Blade: 3rd November
Scandic Skogshöjd
Täppgatan 15
151 21 Södertälje/Stockholm
Sweden
Phone: +46 8 517 391 00
Fax: +46 8 517 391 11
E-mail: skogshojd@scandichotels.com
Latitude - 59.194681
Longitude - 17.618766
How to get to the venue – click description
To reserve your hotel accommodation e-mail:
skogshojd@scandichotels.com or
call to +46 8 517 391 00
Price
Conference: €1180
Workshop: €830
Package price: €1590
(€420 in discount)
The price includes lunch, drinks and
documentation. VAT not included.
Networking dinner: €90
ecopower academy reserves the right to
change the programme, date and venue.
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