Endless LLP’s Post

Havfram awarded contract by Iberdrola for Windanker project   Havfram has signed a contract with Iberdrola for the installation of 21 Siemens Gamesa wind turbines at their Windanker project in the Baltic Sea. 🔽 Find more info in comments below 🔽 #Havfram #Iberdrola #Windanker #OffshoreRenewableEnergy #WindEnergy #OffshoreWind #RenewableEnergy #GreenEnergy ⤵️ Click Follow on our page to keep up to date with energy news ⤵️

Read the latest article on our Energy Insights blog: How dynamic line ratings could boost wind generation by 50% - https://hubs.la/Q02n6pwq0 Energy expert Paul Simshauser examines whether dynamic line ratings could increase wind hosting capacity in Queensland’s renewable energy zones. You can subscribe to the Energy Insights blog here https://hubs.la/Q02n6mS10

The first step in building a wind or solar farm in Ireland is to get planning permission. Once you have planning permission, the project can then look to apply for a connection to the electricity grid. The challenge is that a project can only apply for a connection to the electricity grid during a single annual application window.   But a second connection window is in sight! Right now, the electricity regulator - the CRU - is considering running two annual application windows. This would be a significant improvement and would give wind and solar farms two chances to get their grid connection every year, helping to accelerate the deployment of renewable energy. Please email your TD now to help accelerate the deployment of renewable energy. Ask your TD to write to the CRU and show their support for a second connection window. It takes two minutes. We’ve drafted the email for you so follow the link below and help remove this unncessary barrier to renewables in Ireland. https://lnkd.in/eCYXdvgq

New report forecasts global wind power production by Energy Capital & Power Consulting firm Eoltech recently published the results of a study focused on evaluating wind resource variations over the past 15 years, revealing

How do subsea cables impact renewable energy? They play a crucial role in transmitting renewable energy from offshore sources to land, enhancing the reliability and efficiency of renewable energy systems. Subsea cables enable the integration of offshore wind farms into the energy grid, thereby supporting the growth of renewable energy infrastructure.

New report forecasts global wind power production by Energy Capital & Power Consulting firm Eoltech recently published the results of a study focused on evaluating wind resource variations over the past 15 years, revealing

Read the latest article on our Energy Insights blog: How dynamic line ratings could boost wind generation by 50% - https://lnkd.in/gtcixvFS Energy expert Paul Simshauser examines whether dynamic line ratings could increase wind hosting capacity in Queensland’s renewable energy zones. You can subscribe to the Energy Insights blog here https://lnkd.in/g28i8EPg

Want a review on this year’s Virginia General Assembly?   It was surrounded by numerous important pieces of legislation under consideration aimed to advance Virginia’s energy transition.    Join Williams Mullen’s annual Renewable Energy Webinar, where host Brad Nowak is joined by Chris McDonald to provide an overview of this year’s session and discuss proposed and recently passed energy legislation. Click the image below to learn more and register.  #energy #virginia #generalassembly

LCI Analytics previously noted back in July (https://lnkd.in/eJrZa2EP) that timely and significant strides were underway to accelerate the development of offshore wind around Japan’s coast. That momentum will be increased by the shared knowledge that will come from ENEOS Renewable Energy Corporation (ERE), joining the GoliatVIND floating offshore wind project in Norway, through a 20% investment stake. ERE is the renewable division of the leading Japanese energy company ENEOS. This marks ERE’s first overseas offshore wind project, with floating turbines offering great potential in Norway to power oil and gas rigs, vs the traditional method of using gas turbines to drive generators on the rig. This vastly reduces the CO2 emissions profile of the rig operations. Norway has recently made important progress in electrifying offshore oil and gas operations to reduce emissions, but mainly, so far, using power cables from shore - which are expensive and also vulnerable to damage from marine activities such as fishing. In this instance, the wind farm is a demonstrator project featuring five 15MW turbines mounted on Odfjell Oceanwind’s Deepsea Star semisubmersible foundations. Unlike earlier designs, the 15MW version of this foundation places the turbine at the centre of the foundation, with space on the outer edge for a helipad. Last year, tests by Airbus Helicopters off Norway confirmed helicopters' crucial role in supporting floating wind farms via heli-hoisting, with the data now helping to develop new hoisting procedures to manage motion challenges, such as heave, yaw, sway, and surge. Both Norway and Japan stand to benefit from this investment and collaboration in their goals to reach carbon neutrality by 2030 and 2050 respectively. Please don’t hesitate to contact us for bespoke analysis of the offshore floating wind sector, in Europe, Asia and beyond. #Japan #Norway #Offshore #Wind #Energy #Rotorcraft #Airbus #Renewable 

Our latest edition Energy Outlook looks at some exciting aspects of the #energytransition, including the role of #AI and #datacentres, the offshore wind regulatory regime and the list of fast-tracked energy projects in #NewZealand ... plus updated maps showing status of renewable energy projects 🔆 🔋