Wind Energy IQ

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25/09/2017

Expert interview with - the cabling technology

Stefaan Mensaert, Product Line Manager Renewables at gave us the opportunity to talk to him about cables, boxes and . As an experienced cable manufacturer, he gave us some answers to the following topics:

- Major to overcome in order to deliver 66kV XLPE insulated submarine cable and the accessories, junction boxes and connectors
- What kind of they executed to ensure quality and high performance of 66kV cabling technology
- Nexans and the project in the UK
- for offshore wind energy 66kV inter-array cabling

Read the full interview here:

Stefaan Mensaert, Product Line Manager Renewables at Nexans gave us the opportunity to talk to him about 66 kV cables, junction boxes and connectors. As an experienced cable manufacturer, he gave us some answers to the following topics:

05/09/2017

- Energy System Change: Era of Feed-in Tariffs is coming to an end

Andreas Linder, Grid Integration & Sales by gave a presentation about system services by wind energy on last years and conference.

Have a look at the presentation to get an overview of the following:

- System Change: Status Quo Regulation & projects, examples and rolemodels
- The Energy System: Centralised versus decentralised
- Differentiation minimum requirements versus Services for the Grid
- Control reserve by wind - why not? Status quo - TSOs, IT-Requirements, Regulator
- Advantages and challenges

http://bit.ly/2gBO6Le

Andreas Linder, Grid Integration & SCADA Sales by Enercon gave a presentation about system services by wind energy on last years Digital Data Integration and Management conference.

30/08/2017

The technological move: Advantages of #66 kV

At the Hannover fair in 2015 the cable manufacturer presented a 630 mm² copper cable. Most visitors probably simply walked past the short length of cable. They thus missed a small revolution in technology, as the cable had passed all the relevant tests for tpye approval.

Where are we today in #2017?
Read the article to get more knowledge on the acceleration of development:

- Cost savings
- Acceleration of development
- Good temperature behaviour

http://bit.ly/2x4ElPn

At the Hannover fair in 2015 the cable manufacturer Nexans presented a 630 mm² copper cable. Most visitors probably simply walked past the short lenght of cable. They thus missed a small revolution in offshore wind power technology, as the cable had passed all the relevant tests for tpye approval.

08/08/2017

Big for Big Gains in Energy

Renewable energy targets ensure an urgency in the wind industry as it grapples with rapid expansion. Wind energy will be expected to play a leading role in achieving those ambitions, but at the same time faces the challenge of lowering the levelized cost of energy.

analysis is playing an increasing role in efficiency gains through a variety of methods, while Big Data and the Internet of Things (IoT) offer huge potential for the coming years.

Read the article and get an insight into:

- Smart Data
- Digital Wind Farm
- Digital Services for Energy
- Project
- Continous Reliability Enhancement Wind Projects

http://bit.ly/2vi0JSx

Renewable energy targets ensure an urgency in the wind industry as it grapples with rapid expansion. Wind energy will be expected to play a leading role in achieving those ambitions, but at the same time faces the challenge of lowering the levelized cost of energy.

25/07/2017

Developing a #66 kV I JDR, Prysmian Group, ABB, Siemens

The transition to 66 kV cables, transformers and switchgears has long been touted as a necessary step for the wind industry. In the space of a few short years progression has been very quick as the industry attempts to streamline every aspect of wind farm construction and energy production to realise reductions in the levelised cost of energy.

Read this article and get an insight into the following aspects:
- Cables 66 kV Inter-Array Cables
- Commercial Applications
- Group Manufacturing 66 kV Submarine Cable Cores
- WindSTAR Transformer
- Transformer and Switchgear

http://bit.ly/2tz55TF

14/03/2017

Ramboll discuss how to optimize the time to switch from lifetime extension to repowering

What criteria should be considered when conducting a windfarm lifetime analysis? How do you conduct a reliable estimation about the real accumulated fatigue of the older turbines? When is the best time to switch from lifetime extension to repowering? Find out the answers here: http://bit.ly/Ramboll_Interview

If carefully planned, the life of a wind farm can be extended even up to 40 years, this type of extension could increase asset value, maximise the revenue and reduce the levelised cost of energy.

With the ageing fleet, an increasing number of wind farm operators face a dilemma which end-of-life strategy to pursuit.

Understand this complex issue better, with this exclusive interview with Ursula Smolka, Senior Engineer at Ramboll, who discusses all latest developments and possibilities in the area of wind farm lifecycle management.

>> Download the full interview for free here: http://bit.ly/Ramboll_Interview

14/03/2017

Senvion and Enercon Discuss Extended Lifecycle for Wind Turbines

Two good examples of companies extending the lifecycle of their wind turbines, are from Senvion and Enercon. Senvion’s new 6.2M152 offshore turbine, which has been designed specifically for the offshore environment was commissioned in March 2015 at the onshore test site in Langen-Neuenwalde in Northern Germany. Read more here: http://bit.ly/Extended_Lifecycle_Report

Key to the success of the turbine is the certified service life of 25 years, which will be crucial to the continued reduction in CoE in future years. This has been made possible by ongoing development, such as improved rotor bearings after anomalies were found in the system last year.

Want to learn more about possible solutions to extend service life capabilities? Then read this exclusive free article written by Energy IQ on the topic of "Senvion and Enercon Discuss Extended Lifecycle for Wind Turbines Article".

>> Download the full article for free here: http://bit.ly/Extended_Lifecycle_Report

14/03/2017

Report on the Business Case for Wind Farm Lifetime Extension

Wind turbines are typically designed for a 20 years services life. In fact, many of them remain operational beyond this age. Industry experts believe, if carefully planned, the life of a wind farm can be extended even up to 40 years. Such an extension can increase assets value, maximise the revenue and reduce the levelised cost of energy. Learn more here: http://bit.ly/Business_Case_Report

With the ageing fleet, an increasing number of wind farm operators face a dilemma which end-of-life strategy to pursuit.

Can life-extension be the optimal option? What are the pros and cons? What is the market opportunity for life extension programs? What approaches can be taken to assess the suitability of wind farm for life extension?

Understand this complex topic area better, with this exclusive report written by Energy IQ on the topic of "Business Case for Wind Farm Lifetime Extension"

>> Download the full report for free here: http://bit.ly/Business_Case_Report

.The report covers the following key issues: