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Japan eyes floating vertical-axis wind turbines to solve energy challenges In a major move to tap into offshore wind energy, a group of leading Japanese companies has been chosen to carry out a crucial study on the feasibility of using large-scale floating vertical-axis wind turbines. This project is an important part of Japan’s strategy to make renewable energy a main source of power. The consortium includes well-known companies such as Albatross Technology, Electric Power Development (J-POWER), Tokyo Electric Power Company Holdings (TEPCO HD), Kawasaki Kisen Kaisha (“K” LINE), and Sumitomo Heavy Industries Marine & Engineering (SHI-ME). They are conducting the study under the New Energy and Industrial Technology Development Organization’s (NEDO) initiative to advance next-generation floating offshore wind power technologies. Japan faces unique geographical challenges due to the limited extent of shallow coastal waters, making traditional offshore wind turbines less viable. This situation requires innovative floating solutions. “Given the limited shallow coastal waters around Japan, there is a pressing need to commercialize floating offshore wind technology,” mentioned the press release “This feasibility study aims to verify the viability of large-scale commercial vertical axis (floating axis) wind turbines, where both the turbine and floating foundation rotate together, as a game-changing next-generation technology for floating offshore wind turbines,” it added. These turbines represent an innovative approach where both the turbine and its floating base rotate together. The consortium is focusing on the design process to gain preliminary design approval for these turbines.This technology offers benefits similar to traditional horizontal-axis turbines but with the advantage of using smaller, cheaper floating structures. “Furthermore, as they can be produced using nearly the same design regardless of differences in water depth or seabed conditions, it is expected that mass deployment will also lead to cost reductions,” remarked the press release. Each member of the consortium brings distinct expertise. Albatross Technology will lead the overall system design and evaluate the use of carbon fiber reinforced materials. J-POWER will look into the certification processes for the floating foundation and analyze the supply chain. TEPCO HD will develop numerical analysis methods for these large turbines. “K” LINE will explore strategies to reduce installation and maintenance costs, while SHI-ME will research design and production techniques for large-scale turbines. “Leveraging each company’s respective expertise, the five companies will collaborate on developing floating axis wind turbines, aiming to establish offshore wind power as a primary energy source and contribute to the realization of a carbon-neutral society,” concluded the press release. The source: MSN #energyticslimited #renewableenergy #windpower #floatingverticalaxisturbine

New Mexico: The new wind power capital? EDF Renewables and Innergex have been awarded leases for wind projects, adding to New Mexico’s portfolio as SunZia Transmission is built. New Mexico is one of the hottest places in the United States for wind generation (literally and metaphorically), and two new leases awarded to major projects will continue to bolster the state’s growing portfolio as it builds out the SunZia Wind and Transmission project. Today New Mexico Commissioner of Public Lands Stephanie Garcia Richard executed a pair of long-term leases for projects on state lands. One was awarded to EDF Renewables to develop a wind energy project on 23,840 acres in Grant County; a second lease was awarded to Innergex Renewable Energy for a wind project on 12,192 acres in Hidalgo County. When it’s finished, the EDF project is expected to generate around 400 MW of wind energy, making it the second-largest wind project on New Mexico state lands, trailing only Pattern Energy’s massive Western Spirit Wind, which has 1,050 MW of installed capacity encompassing four sites in Central New Mexico. Garcia Richard signed off on that project as well, in 2020. Innergex’s new wind farm is expected to put out about 150 MW. Bids for each lease were unsealed at public auctions at the State Land Office building in Santa Fe, per Garcia Richard. SunZia Transmission is a 550-mile ± 525 kV high-voltage direct current transmission line between central New Mexico and south-central Arizona with the capacity to transport clean power all the way out to California. It will utilize Pattern’s 3.5 GW SunZia Wind project, the largest wind project in the Western Hemisphere, which will be simultaneously constructed alongside SunZia Transmission. Pattern Energy recently announced that the projects are expected to generate $20.5 billion in total economic benefit, including more than $8 billion in direct capital investment, at no added cost to ratepayers, according to the results of an independent study. TNi Energy-BESS 1.20MW 10HR LDES, we've innovated a groundbreaking method that repurposes recycled lead-acid batteries, extending their life span to 25 years for C1 to C20 Energy Storage purposes. Previously, the industry lacked a safe and environmentally conscious alternative to lithium | sodium-ion batteries. However, our proprietary technique reveals that lead-acid batteries are not only SAFER but also 60-75% more cost-effective than their hazardous counterparts. Made in the USA #TNiEnergy,#10HRLDES,#ELDES,#C1toC20,#nebulositycloud, #BESS,#C3Energy,#Energy,#LDESSEnergy, #ZEROemmissions, #ZEROcarbon, #energytransistion, #LeadAcid Battery, #windpower, #solarpower, #VPP, #MicroGrid, #DERM, #HydroPower, #BitCoinMining 

New Mexico: The new wind power capital? EDF Renewables and Innergex have been awarded leases for wind projects, adding to New Mexico’s portfolio as SunZia Transmission is built. New Mexico is one of the hottest places in the United States for wind generation (literally and metaphorically), and two new leases awarded to major projects will continue to bolster the state’s growing portfolio as it builds out the SunZia Wind and Transmission project. Today New Mexico Commissioner of Public Lands Stephanie Garcia Richard executed a pair of long-term leases for projects on state lands. One was awarded to EDF Renewables to develop a wind energy project on 23,840 acres in Grant County; a second lease was awarded to Innergex Renewable Energy for a wind project on 12,192 acres in Hidalgo County. When it’s finished, the EDF project is expected to generate around 400 MW of wind energy, making it the second-largest wind project on New Mexico state lands, trailing only Pattern Energy’s massive Western Spirit Wind, which has 1,050 MW of installed capacity encompassing four sites in Central New Mexico. Garcia Richard signed off on that project as well, in 2020. Innergex’s new wind farm is expected to put out about 150 MW. Bids for each lease were unsealed at public auctions at the State Land Office building in Santa Fe, per Garcia Richard. SunZia Transmission is a 550-mile ± 525 kV high-voltage direct current transmission line between central New Mexico and south-central Arizona with the capacity to transport clean power all the way out to California. It will utilize Pattern’s 3.5 GW SunZia Wind project, the largest wind project in the Western Hemisphere, which will be simultaneously constructed alongside SunZia Transmission. Pattern Energy recently announced that the projects are expected to generate $20.5 billion in total economic benefit, including more than $8 billion in direct capital investment, at no added cost to ratepayers, according to the results of an independent study. TNi Energy-BESS 1.20MW 10HR LDES, we've innovated a groundbreaking method that repurposes recycled lead-acid batteries, extending their life span to 25 years for C1 to C20 Energy Storage purposes. Previously, the industry lacked a safe and environmentally conscious alternative to lithium | sodium-ion batteries. However, our proprietary technique reveals that lead-acid batteries are not only SAFER but also 60-75% more cost-effective than their hazardous counterparts. Made in the USA #TNiEnergy,#10HRLDES,#ELDES,#C1toC20,#nebulositycloud, #BESS,#C3Energy,#Energy,#LDESSEnergy, #ZEROemmissions, #ZEROcarbon, #energytransistion, #LeadAcid Battery, #windpower, #solarpower, #VPP, #MicroGrid, #DERM, #HydroPower, #BitCoinMining 

UK WIND POWER REACHES HISTORIC 30GW MILESTONE In August the UK hit a historic milestone of 30 gigawatts (30,000 megawatts) of wind generation capacity. The opening of SSE Renewables’ Viking Wind Farm on the Shetland Islands boosted the country’s capacity by 443MW, taking the total past the 30GW threshold. Total operational capacity of combined onshore and offshore wind in the UK now stands at 30,299MW, as tracked by RenewableUK’s EnergyPulse, the industry’s market intelligence service. This is enough to meet the annual power needs of more than 26 million homes and cut carbon emissions by more than 35 million tonnes a year. Renewables provided a record 46.4% of the UK’s electricity in 2023, according to the latest statistics published by the Government in July, with wind remaining our biggest source of clean power. Combined onshore and offshore wind power generated a record 28.1% of our total electricity last year, whilst accounting for more than 60% of electricity generated from renewable sources. The UK’s first commercial onshore wind farm, Delabole in Cornwall, went operational in 1991, and the first offshore wind project off the coast of Blyth in the north east of England began generating in 2000. Initially, wind deployment climbed slowly to 1GW in 2005 and grew to 5GW in 2010, before expanding rapidly to 10GW in 2013 and 15GW in early 2017. Capacity has subsequently doubled in just seven years to reach the 30GW milestone. Viking Wind Farm has been in development for around 15 years, at a cost of approximately £1.2bn in private investment, and will provide energy for households roughly equivalent to a city the size of Birmingham. Consisting of 103 turbines, it will harness Shetland’s exceptionally strong wind resource and will deliver renewable energy to the grid via a 260km High Voltage Direct Current (HVDC) subsea cable. Thanks to the unique wind conditions in Shetland, Viking will be the UK’s most productive onshore wind farm in terms of annual electricity output and will be capable of generating around 1.8 terawatt hours (TWh) of renewable electricity annually. Commenting on the milestone, RenewableUK’s Executive Director of Policy & Engagement, Ana Musat, said: “It took 26 years to install the first 15GW of wind energy in the UK, so to double that to 30GW in just seven years represents a tremendous success for the industry. As the latest record-breaking figures from the Government show, wind is the backbone of our future energy system and a key driver of our transition away from expensive and volatile fossil fuels to become a clean energy superpower. “Our research also shows doubling the UK’s onshore wind capacity by the end of the decade would boost the economy by £45 billion and create 27,000 jobs, whilst moving to an electricity system dominated by offshore wind by 2035 would leave consumers around £68 a year better off.” #RenewableEnergy #30GWMilestone #WindsOfChange

Sweden's Wind Power Surge: Driving Towards a Sustainable Future As a close neighbor to Sweden and knowing their immense potential within renewable wind energy, I follow their moves and development very closely - and while they on offshore wind are a little slow to get going, they are front-runners on onshore wind. The potential for offshore wind is enormous, and I cheer for them to get into gear. Below is a small analysis of the Swedish market for wind power: Sweden's renewable energy sector, especially wind power production, has seen a promising start in 2024. Recent data from the Swedish Wind Energy Association indicates significant growth and positive trends, signaling a substantial expansion in wind power across the country. With a strong focus on sustainable energy solutions, Sweden is poised to make significant contributions to its electricity production from wind sources. Breaking Records in Wind Power Expansion: - In the fourth quarter of 2023, Sweden ordered 730 megawatts (MW) of new turbines, marking the fourth-best quarter on record. - The commissioning of new wind power remained high throughout the year, totaling 1,973 MW. - The Swedish Wind Energy Association forecasts wind power to generate 55 terawatt hours (TWh) in 2026, contributing about 28 percent to Sweden's total electricity production. Offshore Wind Power Prospects: - Insights from the Swedish quarterly report reveal approximately 440 TWh of offshore wind power under development in Swedish waters, with 190 TWh seeking permits. - Obtaining permits is crucial for project investments, with around 10 TWh already approved for production before 2030, primarily in southern Sweden, where electricity demand is urgent. Challenges and Opportunities: - While Sweden has made commendable progress in wind power expansion, challenges remain, including the need for efficient permit processes and supportive regulatory frameworks. - Timely dissemination of information is crucial to maintaining momentum, especially with neighboring countries aggressively pursuing wind power development. - To sustain growth, Sweden must prioritize an attractive investment climate, streamline permit processes, and provide long-term stability for the wind power industry. In conclusion, Sweden's wind power sector is off to a strong start in 2024, highlighting its potential contribution to a sustainable energy future. By addressing challenges and seizing opportunities, Sweden can not only meet its renewable energy targets but also remain competitive in the global transition towards clean energy sources. ------------------------------ 💥 I am Jeppe. ⚓ Chief Commercial Officer, Port of Roenne 🔺 A Windfluencer passionate about renewable energy, offshore wind, innovation, sustainability, and technology. Join me as I share insights and perspectives on the latest news and trends in these fields. 🔝 Follow along for more exciting updates and discussions!

Japan’s Largest Offshore Wind Farm Now Online By Darrell Proctor || POWER magazine JERA, the largest power generation company in Japan, said the 112-MW Ishikari Bay New Port offshore wind farm has entered commercial operation. The utility, along with Green Power Investment Corp. (GPI), JERA’s partner in the project, announced the installation was commissioned on Jan. 1. Ishikari Bay is now Japan’s largest offshore wind park. The site features 14 SG 8.0-167 DD turbines manufactured by Siemens Gamesa Renewable Energy, and is the first wind power facility in Japan to use turbines of that 8-MW size. The turbines are certified to withstand both typhoon-force winds and seismic activity, a common occurrence in Japan. The wind farm is located off the west coast of the northern Japanese island of Hokkaido. The project also incorporates 180 MWh of battery energy storage capacity at the project’s transformer substation. Power is then sent to Hokkaido Electric Power Network’s (HEPN’s) Nishi Sapporo Substation. HEPN has a 20-year agreement to purchase the wind farm’s electricity. JERA in a Jan. 4 news release said, “Bringing the project to completion was possible because of the tremendous cooperation and understanding extended by regional communities and government administrations including Hokkaido Prefecture, Ishikari City, and Otaru City during the project’s development and construction. “JERA and GPI are committed to envisioning the region’s future together through the promotion of renewable energy projects. Going forward, we plan to work together with the people of Ishikari City, Otaru City, and the region to ensure both stable management of the project and regional development.” GPI is a former Japanese affiliate of U.S. energy developer Pattern Energy Group, which sold GPI to JERA and NTT Anode Energy Corp last year. GPI is a Japanese developer, owner, and operator of renewable energy assets. A joint venture between Shimizu Corp. and Nippon Steel Engineering was responsible for offshore construction of the wind farm, and Kajima Corp. did the project’s onshore work. Other Offshore Wind Projects A JERA-led group also announced it was among the winners in Japan’s second offshore wind tender, the results of which were announced in December. Japan’s industry and land ministries picked three groups that could develop and operate offshore wind farms, as the country works to have at least 10 GW of offshore wind generation capacity in the queue by 2030, and as much as 45 GW of capacity in development by 2040. JERA, as part of a consortium including Itochu, Tohoku Electric Power, and J-Power, was awarded rights to build a 315-MW wind farm off the coast of Oga-Katagami-Akita in Akita prefecture in northern Japan. A group including Mitsui & Co., Germany’s RWE, and Osaka Gas is set to build a 684-MW wind farm off the coast of Murakami-Tainai in... Full article: https://lnkd.in/dS8sgWSX #engineering #energy #renewable #powergeneration #maintenance

Havfram secures significant contract for transport and installation support of wind turbines for Vattenfall's and BASF's Nordlicht cluster - Havfram has received a contract from Vattenfall and BASF for the Nordlicht offshore wind farm cluster. - The Nordlicht zone is situated 85 kilometers north of the island of Borkum in the German North Sea and includes two sites: Nordlicht I and Nordlicht II. - Nordlicht I is set to have a capacity of 980 megawatts and will involve the transportation and installation of 68 Vestas V236-15.0 MW wind turbines starting in the summer of 2027. - Nordlicht II will have a capacity of 630 megawatts and will see the transport and installation of 44 Vestas V236-15.0 MW wind turbines starting in the summer of 2028. - Havfram will employ a state-of-the-art Wind Turbine Installation vessel, which is currently under construction, for both projects. - The combined output of Nordlicht I and II is projected to be around 6 terawatt-hours per year, sufficient for 1.6 million German households. - The Nordlicht cluster aims to reduce carbon emissions and bolster the region's green energy infrastructure. - Even Larsen, CEO of Havfram Wind, expressed excitement about the project and highlighted the trust shown by Vattenfall and BASF in Havfram's capabilities. - Samira Barakat, Acting Head of Offshore Wind at Vattenfall, emphasized the partnership's contribution to Vattenfall's goal of achieving net-zero CO2 emissions by 2040. - Tobias Stäb, Director of BASF Renewable Energy GmbH, noted that the wind farms are crucial for BASF's transition towards carbon neutrality. - Havfram is dedicated to providing superior transport and installation services within the offshore wind sector, leveraging extensive industry knowledge and operational experience. - The company is largely owned by the Public Sector Pension Investment Board and Sandbrook Capital, focusing on financial returns and real climate impact. https://lnkd.in/gQ3KjU_P

Global offshore wind capacity reaches 75 GW The world’s total offshore wind capacity has increased by 21 percent over the last 12 months, from 61.5 gigawatts (GW) a year ago to 75 GW, according to a new report by British energy trade group Renewable UK. China maintains a commanding lead with 36.76 GW, nearly half of the global total, followed by the UK with 14.7 GW of installed capacity. Germany is third with 8.3 GW, the Netherlands fourth with 3.7 GW and Denmark fifth with 2.7 GW, according to The Maritime Executive. The report estimates that global operational offshore wind capacity could reach 277GW by the end of 2030, a fourfold increase. With countries racing to achieve their net-zero emissions goal, wind energy is likely to play a critical role in this transition. The global pipeline of projects at all stages of development (operational, under construction, consented, in planning or at an early stage of development) has plateaued this year, and it stands at 1,500 projects totaling 1231GW – barely up 0.2 percent compared to last year’s total. The industry has stopped its acceleration because of project delays, developers trimming their portfolios, and changes in methods of leasing and consenting projects around the world. China has the largest pipeline of projects (227 GW), and the UK is second at 96 GW. The USA is third with 94 GW, Sweden fourth with 68 GW and Brazil capping the top five with 61 GW. As the volume of new offshore wind installations is growing, especially in Europe, investments in grid infrastructure have become critical. In fact, grid integration is ranked as one of the most challenging issues the wind industry faces in both the short term (5 years) and long term (beyond 10 years). As a result, the energy consultancy Rystad projects that the demand for offshore substations will become a huge market, especially in Europe. The substations are crucial in the offshore wind industry as they collect power generated by wind turbines and help in transmitting the power to shore. Approximately 137 substations will be installed off continental Europe this decade, requiring $20 billion in total investment, according to Rystad. Over 120 of these facilities will be installed between 2024 and 2030, at a cost of around $18 billion. Offshore substations are particularly beneficial for projects over 200 MW in capacity and located more than 10 miles from the shore, as they help minimize power transmission losses. https://lnkd.in/e6YCZ6Jt

Chinese wind turbines picked for European Offshore wind project. Are we seeing the China solar story now for the European wind turbine industry? According to experts, Chinese wind turbine production costs in China are around 70% cheaper than European peers. Can tariffs really stop market forces and cost leadership? "Luxcara, an independent German asset manager for clean energy infrastructure projects, has signed a preferred turbine supplier agreement with Ming Yang Smart Energy for the offshore wind project Waterkant in the German North Sea. The reservation agreement was signed after an international tender and extensive due diligence exercise and covers the supply of 16 of the world’s most powerful offshore wind turbines with up to 18.5 MW capacity each for installation in 2028. The offshore wind turbines have a rotor diameter of 260 meters, which maximizes the production from the site. The Waterkant project will generate clean electricity for approximately 400,000 households and significantly contribute to Germany´s goal to cost-efficiently reach a renewable energy share of 80% in the country’s power mix by 2030. The Waterkant team thoroughly examined the turbine offers received in response to an international tender launched in late 2023. Besides technological, financial, contractual and environmental aspects, the decision for Ming Yang was also based on an extensive due diligence exercise, covering the supply chain, ESG compliance aligned with the EU taxonomy and cyber security supported by independent experts from international advisors DNV and KPMG. Thanks to its own offshore wind portfolio, the supplier can also guarantee that the turbines will be manufactured using 100% renewable energy. As part of the cooperation, Ming Yang will also bring job opportunities locally to Europe. Relevant electrical components of the turbine will be sourced from European sub-suppliers." https://lnkd.in/e9kNUUMa