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CTE Wind Expands Down Under: New Office Coming soon
Exciting news from the “Outback”! CTE Wind opens its doors in Australia, establishing a dedicated team ready to harness the wind energy potential. Joining forces with our Australian Sales Representative, Michael Wolff, is the experienced Ryan O’Flaherty.
Notably, Ryan brings essential local Professional Engineer (P.E.) licenses to the table, empowering our team to efficiently approve cost-effective foundation designs. Based on the picturesque Gold Coast, Queensland, on the other side of the Australian continent, Ryan’s strategic location positions us well for regional impact.
About CTE Wind International
CTE Wind Civil Engineering is an international engineering consulting firm specialized in the design of onshore wind turbine foundations. CTE Wind has been active in the wind energy sector since 2003.
As of 2023, CTE Wind has designed, value-engineered or peer-reviewed foundations for over 28,500 turbines in 75 countries. CTE Wind has offices in Brazil, Poland, Portugal, Spain, USA and Asia. Most recently, the internationally successful company opened its North American office in 2020 in Denver CO, USA.
The company is a subsidiary of the CTE Group, a consulting firm, specialized in building and civil engineering. The CTE Group was founded in 1965 and today is one of the leaders in the structural engineering sector in France.
If you want to learn more about CTE Wind International you can read more articles about projects and news in OUR-PROJECTS & OUR-NEWS – sections. For more Information about OUR-SERVICES please CONTACT US.
From 12 to 15 September 2023, Husum will become an energy hub for Germany and Northern Europe. CTE Wind participates for the first time in Husum with an own stand.
CTE Wind is pleased to announce its participation in Wind Husum, which will take place in Germany from 12 to 15 September 2023. As a major player in the renewable energy industry, CTE Wind is pleased to be part of an event that brings together all segments and players in the renewable energy sector in Germany and Northern Europe.
With around 600 exhibitors, 15,000 visitors and representatives from 55 nations, Wind Husum has become a major meeting place for the renewable energy industry. Participants return year after year different main reasons. The event has a rich history of over 30 years as a driver of renewable energy and offers real-world connections with industry professionals and experts.
CTE Wind looks forward to being part of this exciting event and contributing to its success.
Alexander MARTIN CEO of CTE Wind International, along with the Spanish country Manager Pekka Maunu, and Sergio CARÈ LUCAS, Business Development Manager of de CTE Wind will attend at the largest renewables conference dedicated to the wind energy market in Europe and all over the world. This is an excellent opportunity for interested companies to meet our team, learn more about CTE Wind’s expertise in civil engineering and foundations and discuss future collaborations..
Do not hesitate to contact us to organize a meeting.
See you soon in Husum.
If you want to learn more about CTE Wind International you can read more articles about projects and news in OUR-PROJECTS & OUR-NEWS – sections. For more Information about OUR-SERVICES please CONTACT US.
Husum, Germany
September 12th to 15th, 2023
CTE Wind participates at the French national conference Colloque Nationale in Paris with an own stand.
CTE Wind is getting ready for the 13th National Wind Colloquium!
The National Wind Colloquium is the flagship event for wind energy in France, and this year, CTE Wind is thrilled to participate in its 13th edition. With over 2,700 participants and 110 exhibitors expected in Paris in October, CN2023 promises to be even more magnificent and stimulating than ever before. Over two full days, the colloquium will provide increased visibility and foster exchanges among stakeholders in the wind industry. CTE Wind, a specialist in wind turbine foundation design (WTG), will be present to share its expertise and innovative solutions. We are eager to engage with industry players, explore new collaboration opportunities, and contribute to the sustainable development of our sector.
Alexander MARTIN CEO of CTE Wind France, Binh Tran, CTO, and Sergio CARÈ-LUCAS Business Developer of de CTE Wind International will be present at the largest French conference dedicated to the new trends of the wind energy market in France. This is an excellent opportunity for interested companies to meet our sales team, learn more about CTE Wind’s expertise in civil engineering and foundations and discuss future collaborations..
Do not hesitate to contact us to organize a meeting.
See you soon in Paris.
Parc Floral de Paris
4 and 5 Octobre 2022
The two image illustrates CTE Wind’s global presence now and back in 2012. It shows the 75 countries where the company has installed projects.
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CTE Wind, global leader in civil engineering for wind turbine foundaiton design, celebrates remarkable growth and presence in 75 countries.
CTE Wind has experienced remarkable growth since its establishment in 2003. Over the past decade, the company’s expansion has been particularly noteworthy. In 2012, CTE Wind successfully implemented projects in 23 countries, including Canada, South Africa, and Greece. France accounted for the majority share of these projects. Presently, CTE Wind has extended its reach to an impressive 75 countries worldwide.
One of CTE Wind’s significant achievements in 2012 was the design and development of the Tarfaya wind farm in Morocco, which was then the largest wind farm in the country. Spanning across 10,000 hectares of land, the Tarfaya wind farm boasts a total capacity of 301 MW and encompasses 131 turbines. This remarkable project played a pivotal role in helping Morocco reduce its reliance on fossil fuels and achieve its renewable energy goals.
The wind energy landscape has undergone substantial transformations in recent years. Not only are wind farms becoming larger in scale, with installations exceeding 150 wind turbines becoming the norm in certain countries, but the wind turbines themselves are also becoming more powerful. In 2012, the average wind turbine had a power rating between 1 and 2 MW. However, today it is more common to see turbines with a capacity of 4 to 6+ MW. Furthermore, there is ongoing development in the industry, with Chinese original equipment manufacturers (OEMs) working on onshore wind turbines that match the power output of offshore generators. It is anticipated that in the near future, we may witness the emergence of turbines with an astounding output of 8 to 10 MW. This progress raises important questions regarding the design and construction of wind turbine foundations. As CTE Wind continues to innovate and expand its presence in the global wind energy market, it remains at the forefront of these advancements, consistently adapting its expertise to meet the evolving needs and challenges of the industry.
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About CTE Wind
About CTE Wind – Experts in Foundation Design World Wide:We serve since 2003 the wind industry as civil / structural engineers for wind park owner, developers and EPC/BoP-contractors, often also directly for the OEMs. 27500 wind turbines in 75 countries. We provide geotechnical services, preliminary and final designs for wind turbine foundations, repowering and life time extension services.
If you want to learn more about CTE Wind International you can read more articles about projects and news in OUR-PROJECTS & OUR-NEWS – sections. For more Information about OUR-SERVICES please CONTACT US.
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CTE Wind Achieves AFNOR RSEProgression Certification for Corporate Social Responsibility.
The CSR team at CTE Wind is delighted to announce the attainment of the AFNOR RSEProgression certification, a testament to our unwavering commitment to corporate social responsibility. With pride, we diligently work every day to minimize our environmental impact and actively support local communities. We extend our heartfelt gratitude to our dedicated employees, whose unwavering commitment and dedication have been instrumental in achieving this milestone. As we forge ahead, we remain determined to further our progress in CSR, serving as an exemplary model for other companies in the sector.
At CTE Wind, CSR is an integral part of our business philosophy. We are driven by the belief that responsible environmental stewardship and community support go hand in hand with our success in the renewable energy industry. Through our sustainable practices and community engagement, we are dedicated to shaping a cleaner, more sustainable future for generations to come.
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About CTE Wind
About CTE Wind – Experts in Foundation Design World Wide:We serve since 2003 the wind industry as civil / structural engineers for wind park owner, developers and EPC/BoP-contractors, often also directly for the OEMs. 27500 wind turbines in 75 countries. We provide geotechnical services, preliminary and final designs for wind turbine foundations, repowering and life time extension services.
If you want to learn more about CTE Wind International you can read more articles about projects and news in OUR-PROJECTS & OUR-NEWS – sections. For more Information about OUR-SERVICES please CONTACT US.
CTE Wind commissioned the Spanish University of Burgos to carry out a series of tests with the Soft-Spot™®. The structural tests are intended to prove once again if and how the resource-saving wind turbine foundation solution for “onshore” wind turbines works.
Burgos (ESP)/La Richardais (FRA) – The University of Burgos was entrusted with testing the patented Soft-Spot™® foundation solution from CTE Wind Civil Engineering for its functioning and safety at the end of 2021. The results of the test campaign, which ended at the end of May, confirmed what had already been demonstrated from many certification bodies worldwide and in various finite element models (FEM): The Soft-Spot™® works and is safe.
The Soft-Spot™® changes the stress distribution on the ground compared to a standard slab foundation. Due to central EPS soft layer, higher soil stresses are applied under the remaining ring.
As a result, a wind turbine with a Soft-Spot™® foundation will gap much later than a foundation without a soft layer, with the same foundation diameter. This increases the stability.
…use the Soft-Spot™® worldwide. The first project with the patented CTE Wind solution has been in place in 2019 in Thailand in a wind farm with 60 turbines. Each turbine has a hub height of 157 meters. Originally, a shallow foundation with 1,192 cubic meters of concrete and a diameter of 27.4 meters was planned.
But the excavation was not allowed to exceed more than 25 meters diagonally. Thanks to the soft layer under the foundation, the diameter could be reduced to 24.5 meters; minus 210 cubic meters of concrete (-18 percent) and 11 tons of reinforcing steel (-9 percent). The certifying body of DNV in Hamburg ensured that everything proceeded correctly and according to international standards during the design phase.
About CTE Wind Civil Engineering and the Soft-Spot™®
The Soft-Spot™® was developed by the French company CTE Wind Civil Engineering SAS. CTE Wind is an international engineering company specializing in the design and calculation of onshore foundations for wind turbines. The solution optimizes the existing and well-functioning system of shallow foundations by integrating known knowledge from structural engineering. Thus, a soft layer (EPS) is simply placed under the center of the foundation so that the forces of the wind turbine are transferred into the ground in a ring shape instead of onto the entire surface.
If you want to learn more about CTE Wind International you can read more articles about projects and news in OUR-PROJECTS & OUR-NEWS – sections. For more Information about OUR-SERVICES please CONTACT US.
«To work with CTE Wind as designer was nice. The speed of response and reliability of the planning has been a winning experience for us.»
Arjan Louwerse from H4a Windenergie B.V.
Coöperatie Zuidenwind has poured the concrete for the foundation in Heibloem in the Netherlands and created the basis for the installation of their wind turbines. The foundation design and calculation for this project was done by CTE Wind Civil Engineering. The expert in foundation design WTG suggested their Soft-Spot® instead of a typical pile foundation.
Heibloem (NL) / La Richardais (FR) – The Netherlands soil consistsof unconsolidated, very young sediments. Due to the proximity of the low-lying part of the European continent, the basin of the North Sea, the bottom rarely rises higher than 30 m above sea level. In the areas along the coast (provinces of Groningen, Friesland, Noord-Holland, Zuid-Holland, Zeeland) the surface soil layers consist mainly of clay deposits. In the west of the Netherlands the clays are replaced by lowland moors (peat). To sum up: in the Netherlands, pile foundations are mandatory for wind turbines because of the concentrated forces occurring on little surface area. Except in Heibloem, where the ground is exceptionally stable. So good, in fact, that CTE Wind offered its resource-saving Soft-Spot® instead of the usual foundation.
The Soft-Spot® was developed by CTE Wind’s engineering team and is implemented in various countries around the world. «It was simply the most economical foundation we could choose », Arjan Louwerse from H4a Windenergie B.V. says. He is the project manager for Coöperatie Zuidenwind wind turbines. This foundation design optimizes the use of resources and helps to save up to 15 % of concrete and 2 to 5 % of reinforcement steel. In some cases what is even more important than the costs is the available space : with Soft-Spot® you need less surface for the foundation. This reduces the time and excavation costs. «The philosophy to reduce the costs of the Soft-Spot® was also a good point of discussion with our client. From the beginning we had a good feeling with the design», he explains.
In fact thanks to the new design the outer diameter of the foundation was 1.1m smaller compared to a typical foundation design. This resulted in a reduction of 11 % of concrete and 3 % of steel – or more precisely about 100m3 of reinforced concrete. «To work with CTE Wind as designer was nice. The speed of response and reliability of the planning has been a winning experience for us», Louwerse added. In spring 2020 the wind turbine will arrive together with the largest blades ever installed onshore in the Netherlands. (ctewind)
If you want to learn more about CTE Wind International you can read more articles about projects and news in OUR-PROJECTS & OUR-NEWS – sections. For more Information about OUR-SERVICES please CONTACT US.
ASEAN Wind Energy will be held in The Adora Center HCMC, Asia from 27-28 October 2022, celebrating Wind Developers’ Excellence of the Year with exciting new content. Set across five remarkable event’s featured sections, AWE 2022 is set to be the biggest and best yet.
CTE Wind partecipates in Hamburg with an own stand.
ASEAN Wind Energy is one of the world’s most prestigious international wind power events and APAC’s premier clean energy event. Constantly breaking new ground, it has set a precedent in Southeast Asia ever-growing renewable energy community. Showcasing the best wind turbines tech and solution from across the globe, AWE provides a unique and exciting platform to network and establish long-term business relations with global top wind farm operators, turbine manufacturers, investors & financiers, legal and advisory firms, construction & component manufacturers, logistics & ports, supply & grid operation and wind tech solution suppliers.
Viet-Hung Nguyen CEO of CTV Wind Asia will attend tThe Largest Onshore & Offshore Wind Energy Event in ASEAN Region. This is an excellent opportunity for interested companies to meet our sales team, learn more about CTE Wind’s expertise in civil engineering and foundations and discuss future collaborations..
Do not hesitate to contact us to organize a meeting.
See you soon in Ho Chi Minh City.
If you want to learn more about CTE Wind International you can read more articles about projects and news in OUR-PROJECTS & OUR-NEWS – sections. For more Information about OUR-SERVICES please CONTACT US.
The Adora Center HCMC, Asia
27-28 October 2022
Research & Development
CTE Wind R&D and Consulting services are the first choice when it comes to foundation design regardless of the WTG-manufacturer, model, size, power or soil conditions. Thanks to internal R&D-Team with senior engineers, holding over 100 years of cumulated experience in the design of wind turbine foundations, nothing is impossible.
La Richardais (FRA) – In 2019 Developers worldwide have globally commissioned a little over 45GW of onshore wind turbines. According to Bloomberg New Energy Finance, the Danish firm Vestas remained this way the world’s leading wind turbine supplier, with Spanish-German wind engineering company Siemens Gamesa a strong second. Chinas manufacturer number one Goldwind was third in the rankings, while US-Leader GE Renewable Energy’s secured its fourth place. Together the top four manufacturers accounted for 55 percent of the market share.
100 years of cumulated experience
This statement applies more or less also to CTE Wind, which calculated, designed and evaluated about 5000 WTG-foundations in 2019 around the globe. Thanks to CTE Wind’s internal R&D, with senior engineers holding over 100 years of cumulated experience in the design of wind turbine foundations worldwide, new turbine models from the top manufacturers as well as less common WTG-models from smaller or local manufacturers are only a little challenge. CTE Wind engineering services lead to state-of-the-art foundation solutions for wind turbines. Regardless of whether it is a prototype, such as GE’s giant 12 MW Haliade X or smaller 1 MW machine, from German ENO or Dutch EWT.
Wooden tower
Also worth mentioning: the different types of towers for wind turbines. Concrete (hollow foundation) and steel towers are well known to CTE Wind. Both tower systems are suitable to be used alone or in combination. Even foundations with wooden towers were calculated and designed by CTE Wind in the past. The sum of all experiences made during the projects since 2003 is the reason why their engineering services in foundation design are the first choice for wind turbine manufacturers, wind park developers and EPC contractors worldwide.
If you want to learn more about CTE Wind International you can read more articles about projects and news in OUR-PROJECTS & OUR-NEWS – sections. For more Information about OUR-SERVICES please CONTACT US.
The most common foundation scenario for concrete towers features a cellar. Since 2010, CTE Wind has provided foundation solutions for concrete towers in different variants. One such foundation solution is the hollow foundation solution.
One critical factor to be considered in a wind farm project is the type of wind turbine tower. There are primarily two categories of wind turbine towers available in the market: tubular steel and concrete tower. The mix of both types is a hybrid tower. Independent from the selected tower system, the increased prevalence of higher hub heights leads to larger tower bases which challenges the tower manufacturers to develop new solutions or systems.
In addition to the various pros and cons of tubular steel versus concrete to be considered, the choice of the tower has an impact on the foundation. A steel tower nowadays almost always comes with an anchor cage. On the other hand, concrete towers need a tensioning system usually using cables anchored in the foundation. CTE Wind Civil Engineering has provided solutions for concrete towers in different variants for the last 11 years and counting.
Let us take a closer look at the different parts of the concrete tower foundation:
Like the toes and the ball of your feet, the outer shape prevents the wind turbine from tipping over. The foundation for concrete towers can be designed as standard gravity or deep foundation with piles. To save resources, CTE Winds Soft-Spot® solution (patent pending) or a ribbed (star) foundation could also be applied. Moreover, working with different tower manufacturers requires consideration for further variable construction criteria. CTE Wind is specialized in its knowledge and experience in factoring in said variables, such as the pre-stressed or post-tensioned cable system.
The most common concrete tower foundation scenario from the inside point of view features a cellar where cables are anchored and cable tensioning tools are placed. This kind of solution is often referred to as a “Hollow Foundation Solution” as shown in the picture. This design has a cellar to allow for access into the foundation and to tension the anchor cables of the tower. The reinforcement design for the hollow foundation solution is also substantially different from that of standard gravity foundations. Besides the customized interior formwork, special attention has to be paid to the design of the anchoring bulkheads where concentrated loads are applied to the concrete in very limited spaces.
Another option to anchor the tower to the foundation is to install protruding bolts out of the pedestal and into the tower where the cables can be connected. In this solution, the cellar is not necessary. The bolts are easy to access for tensioning. Lastly, and more seldomly used, is the combination of the concrete tower and foundation into a monolithic structure where only classic reinforcements are used but no tensioning elements are needed. This type of solution can unfortunately lead to concrete cracks at the bottom tower section.
If you want to learn more about CTE Wind International and CTE Winds CONCRETE TOWER FOUNDATIONS SOLUTION please visite OUR-PROJECTS & OUR-NEWS – sections. For more Information about OUR-SERVICES please CONTACT US.
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CTE Wind’s engineering team is working on different wind projects in Ethiopia, Egypt, South Africa and Saudi-Arabia. And not for the first time ! The WTG foundation experts can look back on 15 years of project history in these regions.
La Richardais FRA – Wind projects all over Africa and Middle East are ramping up. The Global Wind Energy Council foresees wind energy capacity reaching over 3GW by the end of 2023 in South Africa, but according to the IEA, Sub-Saharan Africa alone offers a wind energy potential of 1,300 GW.
Foundation Expertise
As a matter of fact, CTE Wind has been requested to support different European and Arabian customers for their wind projects in Africa and the Middle East. Projects in South-Africa, Ethiopia, Egypt and Saudi-Arabia are currently in CTE Wind’s pipeline. The engineering office provided many times its wind turbine foundation expertise over the last 15 years in North and South Africa. As of 2021, CTE Wind designed, value-engineered or peer-reviewed foundations of 2700 wind turbines within 76 projects. The services vary from geotechnical consulting, to preliminary and detailed foundation design, as well as forensic engineering for existing wind farms, without forgetting the third-party verification (CAT3) task.
First African Project
CTE Wind has worked regularly in Morocco but also in other countries of Africa and the Middle East.
In 2008 CTE Wind had its first wind project for a project in North-Africa. The expert in foundation design for wind turbine foundations designed gravity bases for 131 Siemens machines in the Tarfaya wind park, located in Southern Morocco. Then came the Ashegoda wind farm in Ethiopia, the Kabertene wind park project in Algeria, the Balikesir wind farm in Turkey and the Nojoli wind park in South Africa
Bigger Wind Parks
In 2016 CTE Wind has been awarded the wind park in Ras Ghareb, Egypt, with 125 wind turbines.
The Ombepo wind farm in Namibia came later. In Saudi Arabia, the trouble shooting work was done successfully for the Dumat Al Jandal wind park with 99 positions. A new project in the country has just been awarded to CTE Wind.
This short list gives a quick overview as to where CTE Wind’s expertise in wind turbine foundation in Africa and the Middle East has been requested.
CTE wind is more confident than ever to work on any wind projects from South-Africa to the Middle East region. Get in touch if you need further information about foundation expertise and services.
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About CTE Wind
About CTE Wind – Experts in Foundation Design World Wide:We serve since 2003 the wind industry as civil / structural engineers for wind park owner, developers and EPC/BoP-contractors. Often also directly for the OEMs. 25000 wind turbines in 73 countries. We provide geotechnical services, preliminary and final designs for wind turbine foundations, repowering and life time extension services.
If you want to learn more about CTE Wind International you can read more articles about projects and news in OUR-PROJECTS & OUR-NEWS – sections. For more Information about OUR-SERVICES please CONTACT US.
Research & Development
CTE Wind R&D and Consulting services are the first choice when it comes to foundation design regardless of the WTG-manufacturer, model, size, power or soil conditions. Thanks to internal R&D-Team with senior engineers, holding over 100 years of cumulated experience in the design of wind turbine foundations, nothing is impossible.
La Richardais (FRA) – In 2019 Developers worldwide have globally commissioned a little over 45GW of onshore wind turbines. According to Bloomberg New Energy Finance, the Danish firm Vestas remained this way the world’s leading wind turbine supplier, with Spanish-German wind engineering company Siemens Gamesa a strong second. Chinas manufacturer number one Goldwind was third in the rankings, while US-Leader GE Renewable Energy’s secured its fourth place. Together the top four manufacturers accounted for 55 percent of the market share.
100 years of cumulated experience
This statement applies more or less also to CTE Wind, which calculated, designed and evaluated about 5000 WTG-foundations in 2019 around the globe. Thanks to CTE Wind’s internal R&D, with senior engineers holding over 100 years of cumulated experience in the design of wind turbine foundations worldwide, new turbine models from the top manufacturers as well as less common WTG-models from smaller or local manufacturers are only a little challenge. CTE Wind engineering services lead to state-of-the-art foundation solutions for wind turbines. Regardless of whether it is a prototype, such as GE’s giant 12 MW Haliade X or smaller 1 MW machine, from German ENO or Dutch EWT.
Wooden tower
Also worth mentioning: the different types of towers for wind turbines. Concrete (hollow foundation) and steel towers are well known to CTE Wind. Both tower systems are suitable to be used alone or in combination. Even foundations with wooden towers were calculated and designed by CTE Wind in the past. The sum of all experiences made during the projects since 2003 is the reason why their engineering services in foundation design are the first choice for wind turbine manufacturers, wind park developers and EPC contractors worldwide.
If you want to learn more about CTE Wind International you can read more articles about projects and news in OUR-PROJECTS & OUR-NEWS – sections. For more Information about OUR-SERVICES please CONTACT US.
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