Mogens Ranneries

As part of our first EUDP - Det Energiteknologiske Udviklings- og Demonstrationsprogram backed project in 2021 and 2022, we carried out a detailed study with Siemens Gamesa which clearly concluded that wave energy has the potential to become competitive to offshore wind in the mid-term. It is therefore very positive to see that our results have now been validated also by Delft University of Technology and LUT University, in a european sponsored study EU-SCORES. Full speed ahead Wave Power! #wavepower #renewables #oceanenergy #EUDP #exowave https://lnkd.in/dc8_MFuq

21

1 Kommentar

Celebrating a Milestone: One-Third Installed We are thrilled to share some exciting news with all of you. One of ours wind turbine project just reached a significant milestone: the installation of five out of fifteen wind turbines! 🌬️ Some might say the glass is half empty, but we prefer to see it as half full. Achieving this one-third mark is a testament to our hard work, dedication, and commitment to the project and to sustainable energy. As we continue with the remaining installations, we would like to remind the power of collaboration. Our site team has overcome challenges, adapted to changing conditions, and kept the eyes on the horizon. Each turbine represents progress toward a greener future — one where clean energy powers our communities and protects our planet. So, why do we see the glass as half full? Because every turbine we install brings us closer to our goal. It's not just about the hardware; it's about the impact. These turbines will generate clean electricity, reduce carbon emissions, and contribute to a more sustainable world. That's something to celebrate! 🌍💨 As we move forward, challenges may arise, but we'll tackle them head-on. After all, we've already conquered one-third of the journey — what's another two-thirds? Thank you to our incredible site team. Together, we're turning wind into watts! 🌟 Shaping the Future Today! AFF windservices BMS HEAVY CRANES Energy Services - Blue Water Shipping Navitas Renewables M4Wind #aff #affwind #affwindservices #followformore #followaffformore #windpower #renewableenergy #sustainableenergy #cleanenergy #offshorewind #onshorewind #wtg #europe #africa #windturbines #windfarms #windtech #education #usa #windindustry #windbusiness #windjobs #windinnovation #future #windresearch #windadvocates #windwarriors #windcommunity #windsupporters #windlove #climateaction #decarbonization #cleanair #cleantech #oem #environmentalprotection #teamspirit #leadership #solar #solarenergy #hybrid #hybridwindfarm #teambuilding #safety #hse #sweden #photo

27

1 Kommentar

Today we celebrate World Earth Day- a day dedicated to protecting the environment and promoting sustainability. Rare Earth Elements (REEs) have enormous potential when it comes to creating a greener and more sustainable future. They are important raw materials for green technologies, from permanent magnets for wind turbines to key components in NiMh hybrid car batteries. At LGC Industrial, we have developed ISO 17034-accredited reference materials to help geologists and the mining industry accurately identify and measure different REEs. Check out our recent technical poster on Rare Earth Elements to learn more: https://okt.to/VQdfFJ #ScienceForaSaferWorld #GreenTechnology #Sustainability

10

THE CHALLENGE ! Why is it difficult for wave energy converters to become commercially viable?  Tommy Larsen and Jens Peter Kofoed answer these questions and explain the core challenges they've faced throughout their years of developing Weptos Wave Energy Converter. #weptos #renewableenergy #waveenergyconverter #waveenergy

18

We are pleased to announce that we have received the building permit for our 1GW green hydrogen production site in Esbjerg, Denmark. This significant milestone brings us closer to realising our vision for a cleaner energy system, but central hydrogen infrastructure challenges still remain.   One of these challenges is the timing of the decision-making for the hydrogen pipeline infrastructure, which needs to be aligned with the wind tender deadlines in Denmark to make the overplanting possible. It is crucial that the pipeline's capacity reflects the market’s potential, not just immediate needs, to maximise Denmark’s green export capabilities. Redirecting the anticipated funding from Power-to-X technologies to the pipeline infrastructure is one way to make this possible.   We are optimistic about the collaboration between Energinet and COWI, who are conducting the Front-End Engineering Design (FEED) study of the pipeline. Their expertise is important as we navigate the complexities of integrating large-scale green hydrogen production with national and international energy markets.   We continue to put all our efforts in ensuring that our project not only meets the environmental standards set forth but also lays the groundwork for a sustainable and economically viable energy future. Johanne Myrup Fischer Victor Emil Kristensen Frederik Marcher Hansen Henning Mølsted Filip Knaack Kirkegaard Maz Plechinger Anne Filbert Ken Mathiesen Charlie Currie

612

12 Kommentarer

It’s time for our second summer podcast recommendation! Today's highlight is our In Short episode 3. We often see wind turbines stop even when there is wind outside. And we know that the more wind, the more power the turbine will generate. So, why exactly are we not using it? Why do we keep stopping our turbines? Why do we waste wind? Head out to Spotify – or where you usually listen to your podcasts – and find out: https://lnkd.in/dp46xevA #EnergyExplained #InShort #RenewablePodcast #WindEnergy

8

Interesting article about benefits (beyond AEP) of high capacity factor wind turbines!

8

💡 Brinckmann just released an update on the Global Wind Turbine Technology Forecast to its subscribers. 🌍 Below you can see a few highlights from the report ⬇️ 💡 Offshore NPI Strategy Divergence Among Western OEMs💡 Vestas is focusing on extending the drive train from 15 to 20 MW with their V236 platform, slowing down new product introductions. Similarly, GE Vernova is extending rotor size and drivetrain with Haliade-X-250, shifting from 15 to 17 MW and also slowing down NPI. In contrast, SGRE leads the market with six generations of offshore technology, to defend its market position the company is likely to introduce an 18-20+ MW platform for commercial deployment by 2030. 💡 Chinese Technology Innovation Poses a Significant Threat💡 Chinese OEMs and component suppliers alike have relentlessly focused on technology innovation, with OEMs already installing GW-scale onshore projects in China utilising 10MW turbine platforms.  These companies secured 15GW of order in the international markets in the past four years, compared to 15GW of cumulative installations in the past 15 years. Chinese OEMs low-cost positioning and relatively larger turbine configurations vs the Western OEMs product platforms enable these companies to secure increasing share across markets. 💡 Western OEMs Decelerate Onshore NPI💡 The top five Western OEMs are halting new onshore product introductions, focusing on building supply chain economies of scale. SGRE and GE Vernova's consolidation of their product portfolios has led developers to choosing between Vestas and Nordex, with both companies seeing significant order intake and growth. 🌏 Interested in more information about the Renewable Energy Industry? Please feel free to contact Shashi BARLA (Director and Head of Research) sb@brinckmanngroup.com 🌱 Want to have access to more in-depth data analytics and research of the Wind power and Green Hydrogen market to support informed decision-making? Please look at our different research package options here: https://lnkd.in/e6sicVA7 #Brinckmann #WindEnergy #RenewableEnergy #OffshoreWind #OnshoreWind

20

🔋 NOK 35 Million for Large Energy Projects ⚡️ Three innovative projects are set to enhance the capacity and flexibility of Norway's power system. Supported by the Norwegian Research Council, Innovation Norway, and Enova SF through the PILOT-E scheme, these projects aim to maximize existing infrastructure's potential. 🛠️ Supported Projects: REN AS: Grant: NOK 11.5 million Goal: Develop software to monitor cable conditions in real time, boosting transmission capacity by up to 70%. Tinfos AS: Grant: NOK 9.7 million Goal: Create an intelligent control system for small and river power, enabling participation in the frequency market. Karmsund Harbor IKS: Grant: NOK 13 million Goal: Develop smart energy solutions for optimal use of port networks, enhancing flexibility. 🌿 Energy Minister Terje Aasland: "Better utilization of the power system's capacity and flexibility will unlock more opportunities in Norway." 💡 Innovation Norway CEO Håkon Haugli: "These projects showcase Norway's leadership in power systems and contribute to a more climate-friendly energy supply." 🔍 Facts about PILOT-E: Established by the Research Council, Innovation Norway, and Enova in 2016. Financed 29 projects to accelerate environmentally friendly energy tech from research to market. Provides higher predictability of support, closer follow-up, and stronger coordination. Supported by multiple Norwegian ministries to reduce risk and improve market readiness for new solutions. What do you think about this? 🤔 #EnergyInnovation #GreenTech #Norway #PILOTE #Sustainability #ClimateAction #SmartEnergy

3

🔋 In Germany, we are deploying Grid Boosters. In Sweden, we are deploying a Hydro Booster! Last week, we completed the delivery of our Cubes to Jämtkraft AB who will use them as HydroBoosters at their hydroelectric power plant in Krokom, Sweden. The 15 MW battery-based energy storage will play a crucial role in stabilising the frequency of the power grid, improving its flexibility, as well as increasing revenues for Jamtkraft from provision of grid services. The hybridisation of the power plant with battery storage will also have positive environmental impact and reduce wear and tear to the riser banks. Jamtkraft selected Fluence based on our technological leadership and strong sustainability credentials. "Fluence takes the issue [sustainability and ESG] very seriously and leverages the Responsible Minerals Initiative, an industry-driven responsibility act acknowledged by Amnesty International, to help ensure they are enabling responsible behaviors within their supply chain," said Yvonne Berglin, Jämtkraft's Hydro Power Manager. We're honoured to partner with forward-thinking organisations like Jämtkraft to drive positive change in the energy sector and beyond. Read more: https://bit.ly/4aDKWQG #EnergyTransition #BatteryTechnology

155

3 Kommentarer

Short summary of how we approach alternative fuels. Feel free to contact us for questions about this complex but exciting subject!

15

🌀 Two major offshore #windpower projects off Germany's coasts are making progress. On the one hand, Ørsted's North Sea wind farm #BorkumRiffgrund3 is taking shape. On the other hand, it is now clear that the Gennaker wind farm in the #BalticSea will manage with fewer wind turbines than originally planned. 📝  For the latter project, the Bremen-based project developer Skyborn Renewables has now updated the framework agreement with Siemens Gamesa, the supplier of the wind turbines. 👉 Instead of 103 wind turbines in the 8 MW class, the wind division of Siemens Energy is now to supply 63 wind turbines from the "SG 14-236 DD" series, each with 15 MW, Skyborn Renewables announced. (€) https://lnkd.in/eBZuA9vR

1

Technology group Wärtsilä has launched the world’s first large-scale 100% hydrogen-ready engine power plant, to enable the #netzero power systems of tomorrow. Anders Lindberg, President, Wärtsilä Energy, said: “We will not meet global climate goals or fully decarbonise our power systems without flexible, zero-carbon #powergeneration, which can quickly ramp up and down to support intermittent wind and solar. https://lnkd.in/ekaJ6-Hh #businessworld #digitalnews #globalnews #news #onlinenews #internationalnews #businessleaders #newsupdates #newsoftheday #businessbuilding #latestnews #subscribe #follow #businessfocus

1

DO YOU KNOW why wind turbines are placed in specific locations? 📍   To optimize electricity production, areas with strong, consistent winds and lower natural values, such as production forests, are chosen 🍃 Eolus considers land use, proximity to populated areas, and natural values in site selection.   As a project developer, we aim for a net-positive impact on biodiversity by 2030, following the mitigation hierarchy: avoid, minimize, restore, and compensate for adverse impacts. Thorough area studies and environmental impact assessments (EIA) are integral to our development process.   "Location is everything" holds true for wind power siting. #Eolus #Renewables #RenewableEnergy #ShapingTheFuture #Biodiversity #WindPower

24

Episode 5, the final episode of this season, of our video series 'Offshore Wind Explained' is now live! In this engaging finale, Ole Jan Nekstad answers the question: "How does the turbine size impact the selection of a floating wind turbine substructure?" Watch it here: https://lnkd.in/diCJAqcK 📽 He explores how increasing turbine sizes- now reaching up to 22 MW and 310, meter rotor diameters, affect floating substructure selection. Larger turbines bring greater wind and wave forces, necessitating advanced simulations and structural analyses. The pros and cons of various substructure types (Semisubmersible, Spar, TLP and Barge) are discussed, highlighting how our tools #Sesam and #Bladed optimize these complex systems for stability and efficiency. We're on the lookout for new topics and questions for our future episodes, and we need your help! Leave a comment below or reach out to us directly, and we'll do our best to address them in upcoming episodes. 👇 #FloatingOffshoreWind #OffshoreWind #DNV

47

1 Kommentar

Aikido Technologies Technologies Set to Test World's First Upending Semi-Submersible Wind Platform with Aikido One Project Californian company Aikido Technologies is making waves in renewable energy with its unique floating wind technology. They're gearing up to test their innovative design—the world's first upending semi-submersible platform—through a project called Aikido One. 🏗️ **Building the Future** Aikido Technologies has partnered with Louisiana-based Chet Morrison Contractors (Morrison) to build a scaled prototype of their floating wind platform. Morrison will construct the 1:4 scale, 100 kW platform in Harvey, Louisiana, over the next few quarters, setting the stage for Aikido's testing phase. 🔧 **Constructing Change** The fabrication process marks a significant step in demonstrating the viability of Aikido's technology. By showcasing increased deployment speed and potential cost reductions, Aikido aims to make waves in the offshore wind industry, both in the US and globally. 🔄 **Making a Difference** Sam Kanner, CEO of Aikido Technologies, highlights the project's significance: "The Aikido One Demonstrator will be a game-changer for the US offshore wind industry—it's the largest floating wind platform constructed in the US to date, and the world's first upending semi-submersible platform." 🌐 **A Global Impact** Founded in 2022 with support from the Breakthrough Energy Fellows program, Aikido Technologies is poised to lead the charge in renewable energy innovation. With the Aikido One project, they're not just dreaming of a greener future—they're actively shaping it. Watch the Video Below to Learn More about the Tech Concept!

83

1 Kommentar