Onshore wind power and solar PV are expected to drive growth in Laos’ renewable power capacity, which is forecast to increase to 9.8GW by 2035 at a compound annual growth rate (CAGR) of 17.1% during 2025–35, according to GlobalData, an intelligence and productivity platform.

Laos is looking to move away from coal-based power generation, with a focus on renewables development, especially onshore wind and solar PV.  The southern region of the country, encompassing the provinces of Sekong, Attapeu, and Champasak, boasts significant wind energy potential. The solar potential is also at estimated at 4.4 kWh per square meter per day, which translates to around 1,800 to 2,000 hours of sunlight annually.

GlobalData’s latest report, “Laos Power Market Trends and Analysis by Capacity, Generation, Transmission, Distribution, Regulations, Key Players and Forecast to 2035,” revealed that in 2025, onshore wind constituted for nearly 74.3% of Laos’ total renewable power capacity, followed by solar PV accounting for 12.8% share. Onshore wind is projected to increase from 1.5GW in 2025 to 5.1GW in 2035, whereas solar PV capacity is expected to increase from 0.3GW in 2025 to 4GW in 2035.

“Onshore wind will play a key role in the country’s renewable development. Following the introduction of onshore wind into Laos’ capacity mix in 2025, with the launch of three wind power plants, the share of renewables increased from 2.6% in 2024 to 14.1% in 2025. However, hydropower is expected to continue to play an important role in the country’s electricity generation mix,” said Attaurrahman Ojindaram Saibasan, Power Analyst at GlobalData,

Despite the potential for solar power development, the geography of Laos poses challenges for the implementation of large-scale, ground-mounted solar projects due to spatial constraints.  However, developing floating solar installations on reservoirs used for hydropower generation provides an opportunity for solar power capacity expansion.

“Laos aims to achieve a 75% share of hydropower and an 11% share of variable renewables (specifically solar and wind) by 2030. The country plans to increase its hydropower capacity by an additional 13GW by 2030 and has set a conditional target of achieving 1GW of total solar and wind capacity and 300MW of biopower capacity by the same year. These targets are expected to bolster renewable growth,” said Saibasan.

More info: www.globaldata.com

The International Marine Contractors Association (IMCA) has announced it has launched IMCASkills, a digital learning hub, which will now be the go-to place for the marine industry’s competence and development needs. The first product on the new platform is the migration of the Dynamic Positioning CPD learning program, which is designed to be the first step in bringing all Dynamic’s CPD content together in the secure platform, which will offer improved learning and user experience.

It is designed to make professional development simpler, richer and better value for users and is built to fit around learners’ needs, with improved function, and enhanced access.

IMCA’s purpose is to bring all its CPD (Continuing Professional Development) and learning content together in one modern platform, and ultimately make it easier for users to operate and navigate.

The organization, which for more than 50 years has played a key role in bringing the offshore industry together to improve safety, says the migration to IMCA Skills will also offer its users clearer progress tracking, and better access across both online and offline devices.

“The change is entirely motivated by wanting to make our users’ experience as easy as possible; more convenient, flexible and assisting them in acquiring the skills that are important to their work, said Richard Purser, IMCA technical advisor—Marine.

“We are always on hand to advise them through the process, and welcome any feedback on the new platform. Our goal is to make our industry safer and better, and we are certain this will be another big step towards that.”

IMCA includes more than 230 Guidance documents and 250 Information Notes that cover almost every aspect of offshore operations including, diving, marine, ROV and offshore survey.

The program will remain accredited by the Nautical Institute, which supports the revalidation of DPO certificates, ensuring alignment with industry standards and professional requirements.

More info: www.imca-int.com

Steelwind Nordenham steel fabricators turned to Sherwin-Williams when working on He Dreiht, Germany’s largest wind farm and a showcase for modern, sustainable infrastructure.

Offshore wind is playing a vital role in delivering clean, reliable power at scale. And with the foundations of these mammoth structures being exposed to some of the harshest environments imaginable, protecting them from corrosion is tantamount to protecting our energy security.

Given positive experiences on previous projects in collaboration with EnBW, The EnBW offshore wind farm He Dreiht comprises 64 turbines with a total capacity of 960 megawatts, and is one of the first wind farms in Germany to be built without government subsidies.

Covering an area of around 90 km near the island of Borkum in the North Sea, he Dreiht is one of Europe’s largest energy transition projects. By spring 2026, it will be able to supply 1.1 million households with renewable energy. It plays an integral part in the country’s future energy plans, making its protection from the elements a crucial consideration.

“Off-shore wind monopiles are exposed to aggressive environmental conditions every day. Rising from the seabed, these steel structures encounter saltwater immersion, strong currents, wave impacts, and fluctuating splash zones, all of which leaves them highly vulnerable to corrosion,” said Matthias Winkler at Sherwin-Williams.

“The monopiles are the backbone of the entire wind farm. If they fail, the turbines fail,” said Winkler.

Protecting monopiles from corrosion is not just a technical necessity. It is a matter of safety, sustainability, and energy reliability.

Corrosion protection coatings act as a barrier between the metal and its environment, preventing corrosive elements like water, oxygen, and salts from reaching the surface. Sherwin-Williams’ Dura-Plate SW-501 Series is a 100% solvent-free and benzyl alcohol-free high-build epoxy coating that forms a dense, impermeable layer over the steel surface. With outstanding structural integrity, these coatings offer long-term protection for turbine investment while delivering safety and reliability well beyond their expected service life.

Due to their extensive experience working with Sherwin-Williams on a range of projects, Steelwind Nordenham and EnBW were well aware of the coating system that best met their needs.

“For Steelwind Nordenham, reliability and quality are non-negotiable. Our reputation depends on delivering foundations that will stand the test of time,” said Dr. Andreas Liessem of Steelwind Nordenham.

“By choosing the Sherwin-Williams Dura-Plate SW-501 coating system, we’re not only ensuring 25 to 30 years of corrosion resistance in one of the toughest marine environments, but also helping safeguard Germany’s energy security and the end user’s investment.”

Application of the 100% solvent-free coating system took place at Steelwind Nordenham’sadvanced fabrication facility in northern Germany, where the massive steel monopiles, each measuring up to 71m in length and weighing around 1,350 tons, were produced.

Close collaboration between all three partner companies ensured the system met all regulatory and client requirements. As part of the He Dreiht offshore wind project, Steelwind Nordenhamagain relied on the proven protective coating Dura-Plate SW-501 this time on a foundation of exceptional size.

Dura-Plate SW-501 exceeded expectations in two key areas: handling during application and superior surface finish after curing. This confirmed the coating as a reliable solution for demanding offshore structures and highlighted its role in a long-term corrosion protection strategy.

More info: www.enbw.com

The HELUKABEL Group takes an important step in its strategic development: The specialists in electrical connection technology may now be found on the market under a new brand name — HELU, giving clear expression to the company’s transformation in recent years into a systems and solutions provider.

No longer HELUKABEL, just HELU — the idea behind this change is both deliberate and strategic, as the company has developed step by step from a manufacturer of only cables into an internationally leading systems supplier for electrical connection technology. In addition to cables and wires, its portfolio now includes assemblies and drag chains with which it creates integrated, custom, and installation-ready solutions for its customers’ wide range of applications. This evolution will also have an impact at a market level with a new brand name, new logo, and a new claim: “Always Stay Electrified.”

“The future of connection technology is no longer defined by the quality of individual components,” said Managing Director Marc Luksch. “Instead, it’s about combining them into intelligent, installation-ready systems and services. In the previous years, we’ve consistently expanded our competencies and our vision.”

Customers benefit from this solution-based approach through fewer and more clearly defined points of contact, time-saving implementation, and a consistently proven high level of quality.

As a sole supplier, HELU produces more than cables — it also produces drag chains and assemblies in its own factories. Unifying its entire range of products under the roof of the HELU brand is taking a step toward greater clarity and simplicity for customers.

“Our goal is to combine our competencies as a group to provide the users of our solutions with real added value,” Luksch said. “Regardless of how complex or unique the challenges may be.”

HELU USA is the wholly-owned U.S. subsidiary of HELUKABEL GmbH, a global cable system solutions provider specializing in the production of cables, wires, accessories, cable assemblies, robotic dress packs, and drag chains with 76 locations in 43 countries throughout the world. In its 200,000-square-foot, suburban-Chicago facility, HELU USA stocks more than 4,000 cable, wire, and accessory line items for a multitude of application areas including mechanical and plant engineering, industrial automation, oil and gas, building technology, infrastructure, mobility and renewable energy. Direct access to a 1.8 million-square-foot, fully automated warehouse with 33,000 line items, enables HELU USA to provide extremely short delivery times.

More info: www.helukabel.com

The EU project WindSCORE, which launched in December 2025, is developing a scientifically based 360° evaluation toolbox within the next three years, that incorporates economic, technical, sustainability-oriented, and social criteria, thereby supporting investors and stakeholders.

The Fraunhofer Institute for Wind Energy Systems has joined forces with its partners FondationOpen-C, SINTEF, Statnett, TÜV SÜD, Bio-Littoral, and Equinor.

When constructing offshore wind farms, criteria such as sustainability, innovation, and system benefits will be taken into account in the future with the help of the WindSCORE assessment tool.

Offshore wind energy plays a key role in Europe’s sustainable energy supply. New locations, such as in the Atlantic, are coming into focus and need to be evaluated. At the moment, there is no comprehensive evaluation system that provides investors with a reliable risk analysis. Another key issue is to generate social acceptance, which is crucial to the success of such projects.

This is where the WindSCORE (Sustainable Criteria and Overall Renewable Evaluation for Offshore Wind Energy) research project comes in: The aim of the project is to develop a decision-making tool in the form of a 360-degree KPI toolbox to improve the structure and design of tender criteria and enable a holistic assessment of offshore wind farm projects. This is intended to promote social acceptance of offshore wind energy and also to provide targeted support to stakeholders in the industry, from tendering to implementation.

WindSCORE integrates aspects such as sustainability, technical innovations – including floating wind turbines – as well as the integration of offshore wind energy into energy systems and grids and operational and maintenance (O&M) efficiency. Social impacts, such as regional value creation, are also to be included in the assessment. For practical application, the evaluation criteria and methods developed form the basis for a draft industry standard.

The Fraunhofer Institute for Wind Energy Systems IWES is leading the project and taking on key tasks such as site analysis, modeling electricity generation costs, and evaluating technical concepts. A cost model and life cycle simulations are being used to assess the technical and financial sustainability of offshore wind farms.

”The development of the offshore wind industry is a central pillar of the energy transition. To ensure long-term social, political, and economic acceptance and minimize risks in the value chain, the WindSCORE project is developing a transparent, comprehensible 360° KPI-based evaluation system,” said Prof. Marcel Wiggert, responsible for project cooperation at Fraunhofer IWES.

“This is something many of our industry partners have been asking for,” said SINTEF’s Gard Hopsdal Hansen, Centre Director for FME NorthWind.

Statnett and Equinor, the two other Norwegian partners, contribute to operational experience with power systems and offshore wind farms, respectively, further advancing Norway´s renewable energy transition.

WindSCORE’s 360° assessment system lays the foundation for the further expansion of offshore wind energy and a climate-friendly power supply. It provides a reliable basis for assessing the risks and opportunities of future projects and locations – with a particular focus on environmental impact and sustainability.

Once the project is complete, Fraunhofer IWES will validate the methods developed and the toolbox and further develop them until they are ready for market.

More info: www.iwes.fraunhofer.de

Advanced Precast Company, Inc., an Iowa based producer of structural and architectural prestress products, has strengthened its lifting and material-handling capabilities with the recent addition of a Shuttlelift DB50 rubber-tired gantry crane. The investment supports the company’s growth and its commitment to efficient, precise, and dependable production.

The DB50 delivered to Advanced Precast includes features that have proven valuable to both operators and maintenance staff. Anderson highlighted Shuttlelift’s spacious cab and platform layout, which he described as “a nice working space for our operators.” The maintenance team also noted the benefit of being able to access and service critical components from ground level or a ladder thanks to the crane’s low-mounted hoist design. Shuttlelift’s IQAN diagnostic system gives the ability to streamline troubleshooting and help the team keep working, further maximizing uptime and improving overall efficiency.

Founded in 2008, Advanced Precast operates a 70,000-square-foot facility equipped with four casting lines. Despite being a smaller operation, the company has built a reputation for exceptional speed and efficiency. “We are a small facility, but we are fast in how we operate,” said Randy Anderson, Director of Operations. “Because of our efficiencies, people often think we’re much larger than we actually are.”

As business continued to expand over the past several years, the need for a new gantry crane became increasingly clear. Anderson first connected with Shuttlelift at a trade show, where he was introduced to the company’s equipment and team. “After getting to know Shuttlelift, we realized how easy it was to work together.”

“The Shuttlelift technicians were incredibly self-sufficient, we were able to go about our normal day as they did their job. It was a seamless install… the learning curve from our previous equipment to Shuttlelift was easy and smooth,” said Anderson.

“Shuttlelift has always treated us well, and there has always been full transparency,” he said. “If we’re in a bind, they are quick to help us out. Their level of knowledge in the gantry crane industry is second to none,” Anderson said.

More info: www.shuttlelift.com

DNV, the independent energy expert and assurance provider, has completed Vendors’ Technical Due Diligence on Ørsted’s Hornsea 3. The Hornsea 3 offshore wind farm, located 160 km off the Yorkshire coast and 120 km off the Norfolk coast, will feature 197 Siemens Gamesa SG DD-236 wind turbines.

Collaborating with Ørsted, DNV conducted an independent energy yield assessment and undertook a detailed technical due diligence study on all aspects of the offshore wind farm and the associated offshore transmission assets, which use HVDC technology.

Drawing on DNV’s extensive offshore wind experience, this work identified the key technical and commercial aspects of the project for consideration by the multiple financial institutions which supported the 50% ownership stake divestment to the buyer, Apollo Funds.

By 2050, offshore wind is set to become the UK’s main power source, supplying two-thirds of the nation’s grid electricity. DNV’s latest UK Energy Transition Outlook forecasts that capacity will reach 76 GW by then, fueled by offshore wind’s ability to generate more consistent power than onshore sites. We are already seeing a rapid shift: capacity is expected to nearly double from 15 GW today to 28 GW by 2030.

“Successfully advising on the divestment of a stake in Hornsea 3 demonstrates how critical independent technical assurance is for unlocking the capital required for the UK’s energy transition. Our latest UK forecast shows that projects of this scale are essential: we need to install new offshore wind capacity at more than twice the historical rate to meet the 2030 target and support the massive electrification of transport and heating demand,” said Hari Vamadevan, Senior Vice President, and Regional Director for the UK & Ireland, Energy.

“This project exemplifies the complex technical and financial ecosystem that must work in unison. Our multidisciplinary due diligence—from energy yield assessment to the review of pioneering HVDC transmission assets—provided the rigorous analysis needed to give Ørstedand its financial partners the confidence to advance a project that will be a cornerstone of the UK’s future clean power system,” Vamadevan said.

More info: www.dnv.com

Seaboard Marine has invested in electric LHM 550 harbor cranes for use at U.S. trade hubs PortMiami and Port of Houston.

Liebherr delivers three LHM 550 mobile harbor cranes with electric drive, tower extension, and custom pads to enhance container and multipurpose handling at PortMiami and Port of Houston.

The three Liebherr LHM 550 mobile harbor cranes in high-rise configuration will be deployed across Seaboard Marine’s private terminals at PortMiami and Port of Houston, enhancing container handling. Electric drive positions the cranes for future shore power initiatives, while hydrostatic drive technology ensures smooth, efficient performance under variable load conditions. With an outreach of up to 54m and a configured lifting capacity of 104 metric tons, the LHM 550 accommodates NewPanamax vessels while preserving exceptional turnaround times.

The project builds on a partnership dating back to 2001, adding to eight Liebherr cranes already in service and reinforcing Seaboard Marine’s commitment to futureready infrastructure and operational resilience.

Seaboard Marine Ltd., established in 1983, operates a fleet of more than 20 vessels and more than 60,000 containers, serving nearly 40 ports and carrying more cargo to and from PortMiamithan any other carrier.

Seaboard Marine’s decision for three LHM 550 reflects a commitment to scalable infrastructure and energyefficient solutions, leveraging Liebherr’s modular crane design and fullservice support to optimize performance in highvolume environments.

PortMiami processed over 1.1 million TEUs in 2024, with Seaboard Marine as the largest carrier by cargo volume at the port. The new cranes will strengthen berth productivity and support growth in refrigerated cargo and breakbulk shipments, complementing Seaboard Marine’s LNGpowered fleet expansion. These cranes will also enable fast vessel turnaround, reducing congestion during peak periods and supporting the port’s role as a hub for Caribbean and Latin American trade.

At the Port of Houston, which achieved a record by handling more than 4.1 million TEUs last year, the additional crane capacity will improve flexibility for container handling while supporting Seaboard Marine’s multipurpose service model. This expansion strengthens the company’s strategy to uphold competitive transit times and address the rising demand for container handling.

Customerspecific adaptations, including tower extensions, customized supporting pads, and tailored painting, reflect operational and branding requirements. Each crane is equipped with electric drive, ensuring ecofriendly operation and compliance with future port electrification standards. This delivery continues a partnership with Seaboard Marine that has spanned more than two decades, reinforcing trust through consistent technical performance and tailored solutions.

Liebherr’s regional service network, supported by Liebherr USA, Co., provides remote support and rapid onsite intervention under a fullservice contract, with dedicated teams based in Miami and Houston to guarantee swift response and maximum uptime. ‘This collaboration demonstrates our shared commitment to futureready solutions and operational excellence,’ said Andreas Ritschel, General Manager Sales Mobile Harbour Cranes at LiebherrRostock GmbH.

More info: www.liebherr.com

A federal judge for D.C. District Court has allowed Sunrise Wind to resume work after granting a preliminary injunction against the administration’s lease suspension and construction pause issued December 22, 2025. 

D.C District Judge Lamberth ordered the action to be “arbitrary and capricious” after having reviewed classified information and agreed that irreparable harm standards were met given the loss of specialized vessels that would cause a “cascade of delays” preventing the project from meeting its obligations. 

Previously, Judge Lamberth ruled in favor of Revolution Wind’s construction resumption twice, most recently under the same lease suspension and stop construction order affecting Sunrise Wind, and again in September 2025 when the federal administration issued a stop work order directly for Revolution Wind. The administration referenced undisclosed “national security concerns” that arose from a recent classified Department of War study alleging that turbine structures cause interference with military radar systems.   

 “Sunrise Wind represents a vital investment in strengthening both Long Island’s power system and the broader regional grid that millions of residents rely on—particularly during the harsh winter months. Offshore wind is uniquely suited for these conditions and stands ready to deliver steady, abundant power, easing the burden on families who have long relied on costly peaker plants to keep the lights on. Oceantic applauds this decision, which moves us closer to providing reliable, affordable clean energy and creating highquality jobs for the communities that stand to benefit the most,” said Liz Burdock, Oceantic Network CEO.

 The latest ruling follows recent industry court victories against the administration’s attempts to slow down offshore wind. Most recently, Vineyard Wind resumed offshore activities after a stay was granted; Coastal Virginia Offshore Wind, Empire Wind, and Revolution Wind were also allowed to restart construction work after injunction requests were granted against the administration’s lease suspension and stop construction order issued December 22, 2025. In December, a federal judge vacated the administration’s previous permitting pause, ruling it unlawful.  

Sunrise Wind is 45% complete and set to provide 924 MW of power generation to New York. The project’s supply chain stretches across 34 states and has driven more than $1.9 billion worth of investments while supporting more than 4,290 American jobs across the construction, operations, shipbuilding, and manufacturing sectors. Ten shipyards in Alabama, Florida, Louisiana, New York, Pennsylvania, Rhode Island, and Texas built or retrofitted the more than 16 vessels operating at the site. Most notably, the first U.S.-built subsea rock installation vessel was constructed at Hanwha Philly Shipyard.

 Halting the construction of these projects threatens at least 12,000 American jobs directly supporting their buildout.  The construction has sparked more than 1,000 supply chain contracts to 675 unique American businesses across 41 states, spanning domestic shipyards, upgraded ports, and a massive resurgence in American steel.

Building and maintaining these projects has initiated at least 40 new vessel orders or specialized retrofits, totaling nearly $2 billion in activity at American steel mills and shipyards.  

More info: www.oceantic.org

A recent study by the Kuehne Climate Center shows that the existing and forthcoming global fleets of wind-turbine installation vessels (WTIVs) and heavy lift vessels (HLVs) could install an additional 320 GW of offshore wind by 2030, driving global installed capacity up to 400 GW, if broader market conditions align.

China’s fleet can most likely achieve about 225 GW through the smart coordination of demand and supply of installation services alone. The rest of the world market, led by European operators, would, in addition to smart coordination, require annual fleet investments in the range of 2.5 billion to 4 billion euros over the next three years to achieve 175 GW installed capacity by 2030. Without these investments, the rest of the world’s vessel fleet could at best achieve about 140 GW installed capacity by 2030, bringing global possible installations down to 365 GW.

While these gigawatt numbers may seem high from today’s perspective of a volatile offshore wind market, renewable energy scenarios suggest that 2,500 GW of offshore wind will be needed by 2050 to meet climate targets. Under the “Double Down, Triple Up” renewables pledge from the end of 2023, aspirations were for 500 GW of offshore wind by 2030. Given the need to scale renewables such as offshore wind at an unprecedented pace, the findings highlight the entire supply chain’s capacity should be regularly assessed, and that future output targets need to be backed by supply chain development targets. Stefanie Sohm from the Kuehne Climate Center, who led the study, sees especially the logistics systems to support sector growth as an often-overlooked component.

“Wind installation vessels are large assets and can have long lead times,” she said. “Mobilizing the right investments early on requires market visibility and coherent supply chain development plans across the industry.”

The study also illustrates how a qualitative mismatch between market supply and demand constrains the overall installations that can be achieved: Tasking the vessel fleet with the installation of the same overall amount of gigawatts but composed of different plausible turbine sizes results in different amounts of gigawatts installed. Thomas Poulsen from Panticon, who contributed to the research, notes that “Efficient vessel deployment strategies within a project should be an obvious objective for keeping costs down. Looking further ahead, the potential efficiency gains from smart coordination of vessel allocation across projects and regions have not yet received the attention it deserves.” The authors therefore suggest the creation of an independent, multi-regional coordination platform for offshore wind projects that can enhance forecasting and vessel allocation for faster results at lower collective cost.

Since installation vessels are only one of many critical players in offshore wind, possible achievements obviously also depend on the capacities of the rest of the supply chain, and importantly, the broader market conditions and political ambition.

The study “Logistics’ role in scaling offshore wind to climate targets – a scenario study on installation vessel requirements” is available for download on KCC’s website. It includes a general overview of offshore wind logistics and an assessment of the existing and forthcoming wind-turbine installation vessel and heavy-lift vessel fleets for PR China and the rest of the world.  Using different turbine evolution scenarios, the study includes a detailed analysis up to 2030 and a high-level outlook to 2050.

More info: www.kuehne-stiftung.org

Global materials handling leader Combilift has celebrated a manufacturing milestone by transforming its 100,000th forklift into a powerful force for good, raising and donating €100,000 to the United Nations International Children’s Emergency Fund to support children in crisis worldwide.

To mark the production of its 100,000th forklift, Combilift launched a worldwide competition, offering the exclusive 100,000th “Golden Prize” multidirectional Combi-CBE. All proceeds raised were donated to UNICEF Ireland’s Children’s Emergency Fund.

The campaign generated €56,500 in ticket sales, and at a presentation ceremony, Combiliftannounced it had increased the total contribution to €100,000, underlining the company’s  commitment to corporate social responsibility.

“This campaign was designed not only to celebrate a major manufacturing achievement for Combilift, but also to make a meaningful difference beyond the factory floor. By supporting UNICEF, we are supporting one of the world’s most effective humanitarian organisations and helping children who need it most,” said Combilift CEO and co-founder Martin McVicar.

The check was presented by Martin McVicar to Owen Buckley, UNICEF Ireland’s Head of Corporate Partnerships, and Michaela Plunkett, Business Development Manager, in Monaghan.

“As we enter the winter season, our priority is ensuring children affected by war and natural disasters have access to warm clothing, safe shelter and continued education. This generous contribution from Combilift will help UNICEF respond quickly to urgent needs,” said Buckley.

Kareen Farrell purchased the winning ticket. She traveled to Combilift’s headquarters in Monaghan to receive the one-of-a-kind 100,000th Combi-CBE “Golden Forklift.”

“I was absolutely delighted when I heard I had won, as I’m never lucky. My dad shared the competition details and bought a ticket to support UNICEF because it’s a children’s charity that helps children all over the world, so winning the forklift was an incredible bonus,” said Farrell.

The Golden Forklift was first unveiled at the IMHX Exhibition in the UK before embarking on a European trade show tour.

More info: www.combilift.com

GT Wings, the UK-based wind propulsion company behind the AirWing™ Jet Sail system, has announced the close of a significant investment round led by Grieg Kapital, the investment arm of the Grieg Group.

Grieg Kapital invests alongside established investment partners, including Blackfinch Ventures and One Planet Capital, to support GT Wings’ growth journey. The investment marks a step forward in scaling next-generation wind-assisted propulsion for the global commercial shipping sector.

The investment will enable GT Wings’ growth plans, support the broader commercial deployment of AirWing,™ and accelerate the company’s global supply-chain and manufacturing readiness, as demand for wind propulsion increases with an evolving regulatory framework.

“Wind-propulsion is emerging as a transformative technology for decarbonizing global shipping, and GT Wings has developed a practical, scalable solution that addresses real operational constraints for shipowners,” said Stian Grieg, Grieg Kapital.

“GT Wings’ strength lies not only in the solution but in the team behind it – drawing on cutting-edge aero- and hydrodynamic engineering backgrounds from F1, America’s Cup, and leading maritime and industrial companies, giving them the depth needed to scale AirWing,™” said Jon Gjøsund of Grieg Kapital.

The investment comes as shipowners face increasing pressure to cut emissions intensity, particularly under FuelEU Maritime, which will impose progressively tighter greenhouse-gas intensity requirements from 2025. Wind-assisted propulsion is one of the most cost-effective and immediate levers available to drive adoption across multiple vessel segments.

The market is at an inflection point. A DNV white paper on wind assisted propulsion systems reports 52 ships already in operation and nearly twice as many newbuilds on order. With most installations so far focusing on retrofits, this surge in newbuild commitments signals both integration from the design stage and a faster pace of adoption ahead.

GT Wings’ AirWing™ is the first commercially available Jet Sail, a high energy-density wind-propulsion technology designed to deliver substantial fuel and emissions savings.

Its proprietary Jet Sail technology delivers industry-leading thrust performance with a compact footprint and minimal operational disruption, a key advantage for shipowners seeking high-impact, energy-saving solutions that do not adversely encroach on deck space.

Working closely with its global partners, GT Wings is preparing for large-scale installation volumes over the coming years, driven by strong demand signals and a rapidly expanding order pipeline.

“We are pleased to welcome Grieg Kapital as a new investor,” said George Thompson, CEO of GT Wings. “Grieg Kapital’s reputation for backing forward-thinking, sustainability-driven technologies aligns closely with our mission. The group’s heritage stems from one of Norway’s most respected maritime industrial families and the investment strengthens our ability to scale AirWing,™ as demand for credible decarbonization solutions continues to grow.”.

More info: gtwings.com/

Renewables specialist FairWind announced a change in leadership for its Southern Europe and South America (SESA) region that took effect Jan. 1, 2026.

Since acquiring regional onshore wind installation leader, Wind1000, in 2024, FairWind’s SESA business has been led by Wind1000 co-founders Jesύs Garcia Mallo, Diego Garrido Cousillas, and Carlos Louzao Aris. With the integration of Wind1000 into FairWind successfully completed, the three co-founders will move into a consultancy role with the business.

The Southern European countries, and South Africa, will form the new Mediterranean region, which will be led by Aitor Diaz de Lezana Fernández.

FairWind’s current North America region will now incorporate the South American countries to become the Americas region. North America Regional Director, Armando Barradas, will continue leading the newly expanded region.

Fernández joined FairWind in September 2024 as Regional Head of Service for SESA, having previously held senior service leadership roles at Siemens Gamesa and Nordex in Latin America.

Barrados joined FairWind in 2023. His previous experience includes leading Siemens Gamesa’s Latin American business.

“These changes will allow the Mediterranean business to focus on growth in the Southern European countries, while enabling efficiencies in shared resources across the Americas region. Expanding our service provision to support customers with the safety and reliability of their assets will be a key focus for both Aitor and Armando as they deliver our ambitious growth plans for their respective regions,” said Stewart Mitchell, FairWind CEO.

“The acquisition of Wind1000 was central to our growth strategy in the region and I would like to thank Jesύs, Diego, and Carlos for the significant contribution they’ve made to making this a success and for their continued support as they move into their new roles,” said Mitchell.

More info: www.fairwind.com

GreenPowerMonitor (GPM), a DNV company and leader in renewable asset monitoring, has announced a new contract with Equinor, the international energy company, for use of GPM Horizon in its onshore renewable energy portfolio, which can enhance operational efficiency and asset performance. 

Under a new global contract, GPM can offer its flagship platform, GPM Horizon (Elite), to centralize and harmonize operational data across a multi-technology portfolio, which includes wind, solar, and battery energy storage systems. The application is underway in Northern Europe, with potential expansion across all regions where Equinor and its subsidiaries operate. 

GPM Horizon offers a streamlined approach to monitoring and financial transparency, distinguishing itself by integrating all three technologies—solar, wind, and battery energy storage systems—into a single platform. It features AI-powered KPI categorization, predictive analytics, and customizable reporting, providing visibility and control across renewable assets. 

“GPM Horizon exemplifies the power of data-driven decision-making in accelerating the energy transition,” said Juan Carlos Arévalo, Executive Vice President, Green Power Monitoring & Solutions, DNV. “By leveraging this platform, Equinor is not only streamlining operations but also unlocking deeper insights into asset performance and financial analysis.” 

 GPM Horizon enables Equinor and its subsidiaries to centralize operational data across a wide range of technologies and geographical locations, allowing for more streamlined and efficient management. It supports the optimization of asset performance and operational workflows, helping teams to work more effectively. By harmonizing data and processes, it simplifies tasks for both teams and asset managers. Additionally, it enhances financial analysis by providing accurate calculations of energy loss and revenue, contributing to better-informed decision-making. 

Cybersecurity and data sovereignty are core to GPM’s offering. All operational data is securely stored in Europe, aligning with GPM’s commitment to robust data protection and compliance. 

“This collaboration reflects GPM’s global-local model, combining international scale with local expertise. Equinor’s teams benefit from GPM’s deep domain knowledge and hands-on support, ensuring seamless integration and long-term value,” said Anders Husby, DNV global key account director responsible for Equinor.

 “At this level, it’s all about the data and what it enables you to do, GPM Horizon is designed to meet the complexities of managing global, multi-tech portfolios, helping customers like Equinor make faster, smarter decisions.”

 More info: www.dnv.com

Casa dos Ventos, one of Brazil’s largest renewable energy companies, and Vestas, the global leader in wind energy solutions, announced a new stage in their business partnership for renewable projects in Brazil, with an 828 MW order for the Dom Inocêncio wind complex. The project is located in the south-central region of Piauí – a state recognized for its strong wind resources and one of Brazil’s fastest-growing renewable energy hubs.

The project will feature 184 V150-4.5 MW turbines, reinforcing the collaboration of more than eight years between the two companies and contributing to the sustainable expansion of Brazil’s energy matrix. Construction is expected to begin in 2026, with final commissioning scheduled for 2028. In addition to supplying the turbines and managing the construction project, Vestas will be responsible for operation and maintenance services for 25 years under an Active Output Management 5000 (AOM 5000) service agreement.

This announcement marks the first major move in Brazil’s wind market since 2023, signaling the return of large-scale investments and Casa dos Ventos’ confidence in cutting-edge technologies to support its expansion portfolio.

The project represents a total investment of over BRL 5 billion and will be one of the largest wind complexes in the country, capable of generating enough energy to power approximately 2 million homes. It will significantly strengthen Brazil’s energy security, increase the share of renewables in the energy mix, support the state’s socio-economic development, and stimulate the entire wind energy value chain through technical services, engineering, innovation, and professional training. Additionally, the project is expected to create over 8,500 direct and indirect jobs during construction and operation, boost local supply chains, and bring direct and indirect benefits to the region.

“Through our partnership with Vestas, we are bringing solutions that deliver the reliability and performance required for a project of this magnitude. This new agreement is yet another demonstration of our commitment to supporting the expansion of Brazil’s renewable energy matrix. In addition to driving the country’s energy transition, our investment will also significantly boost the socio-economic development of the region,” said Lucas Araripe, Executive Director of Casa dos Ventos.  

“Receiving Casa dos Ventos’ trust once again for a project of this magnitude is a great source of pride for us. Casa dos Ventos is a key player in expanding renewable generation in Brazil. It is an honor to support a partner that shares the same ambition: to develop projects that drive the energy transition, expand access to clean energy, and foster socio-economic growth in the regions where they operate,” said Eduardo Ricotta, President of Vestas for Latin America.

More info: www.casodosventos.com/br | www.vestas.com

FairWind has signed a strategic partnership agreement with Japanese turbine operations and maintenance specialist Wind Energy Partners (WEP).

The partnership will bring together the company’s on- and offshore installation, pre-assembly and service expertise with WEP’s preventative maintenance, blade maintenance, and repair experience.

The partnership marks the latest phase in FairWind’s Asia Pacific growth strategy following the announcement in December that FairWind acquired Cosmic Group, an Australian wind installation and maintenance provider.

Founded in 2020, WEP is headquartered in Yokohama with seven additional strategic bases across the country. Through the collaboration, FairWind will gain access to WEP’s established local network, infrastructure and regulatory expertise in Japan, while WEP will benefit from FairWind’s global experience in onshore and offshore wind installation and maintenance.

The partnership will enable the two companies to provide enhanced service reliability, faster response times, and innovative solutions to the Japanese wind market.

“This partnership is a significant milestone for FairWind as we expand our footprint in Asia Pacific. Japan’s wind sector is still in its relative infancy when compared to Europe, but with strong government support and increasing investment driving expansion, there is considerable opportunity for FairWind and WEP to support the growing number of onshore and offshore turbines,” said Matt Crossan, APAC regional director at FairWind.

“FairWind’s proven track record and commitment to quality align perfectly with WEP’s mission. The alliance reflects the growing demand for specialized wind turbine maintenance services in Japan and we are excited to build on our current relationship to drive greater safety and reliability across our customers assets,” said Kaoru Saito, president of WEP.

More info: www.fairwind.com/en/

Cooling temperatures send contractors scrambling to complete unfinished projects before winter threatens to stop or seriously hinder construction. However, some projects will inevitably have to be delayed until next season, leaving contractors with the question of how to protect materials and equipment already on the jobsite.

Although focused on extending the service life of reinforced concrete, Cortec’s line of MCI technology for the construction industry includes complementary corrosion solutions to help contractors bring their jobsites safely through the winter elements.

Freezing temperatures mean grouting delays for post-tensioning (PT) projects. However, for bridges, parking garages, or buildings where PT tendons have already been installed, grouting delays leave tendons at risk for corrosion and the potential loss of integrity by the time grouting occurs.

The most practical option is MCI-309, a Migrating Corrosion Inhibitor powder that can be fogged into PT ducts after the tendons are placed. By capping the ducts, contractors can trap protective vapors until temperatures warm sufficiently for the project to continue. When work resumes, contractors typically do not need to flush MCI-309 out of the ducts before grouting, eliminating a step that could introduce corrosives.

MCI CorShield offers an anticorrosion coating solution that can be brushed onto exposed rebar, leaving a thin protective film that in many cases may not even need to be removed before construction can continue. The same coating can be sprayed onto new rebar waiting to be used on the jobsite.

More info: www.cortecvci.com

DNV, the independent energy expert and assurance provider, has developed three advanced time-domain methods for analyzing the structural performance of floating offshore wind turbines. Now available in DNV’s Sesam software, the methods simulate how turbines respond to wind and wave forces in harsh offshore environments.

The enhanced time-domain methods in Sesam significantly reduce the computational time needed to simulate these dynamic responses, while improving the accuracy and efficiency of strength assessments such as fatigue damage and ultimate limit state analyses.

Analyzing floating wind turbines is complex, as combined wind and wave loads must be captured using large, detailed structural models. Time-domain analysis, used to model a structure’s behavior over time under changing conditions, is typically required, but demands substantial computing time, even on high-performance systems. By calculating how the structures move and react at every time step, engineers can more accurately predict performance, detect potential issues, and design safer, more reliable systems.

“According to our latest Energy Transition Outlook, floating wind capacity is projected to reach 331 GW by 2060, and the sector faces significant new challenges,” said Kenneth Vareide, CEO of DNV Digital Solutions. “It is essential that the industry takes every possible measure to minimize risk and secure project success. These new methods represent a fundamental advance in the analysis of floating wind structures, delivering faster performance, greater efficiency, and adherence to the latest standards.”

The new methodologies are fully integrated into DNV’s Sesam software suite, which supports design, optimization, and structural assessment throughout the lifecycle of offshore assets:

Direct Load Generation computes the hydrodynamic pressure field on the structure and performs a dynamic or quasistatic time-domain analysis.

Load Reconstruction uses pre-calculated pressure transfer functions to reconstruct the hydrodynamic pressure on the hull, followed by time-domain structural analysis.

Response Reconstruction goes a step further by deriving the structural response directly from response transfer functions, removing the need for explicit load calculations or traditional finite-element analysis.

 “Floating offshore wind turbine analysis is demanding because it tracks detailed hydrodynamic and structural responses throughout the simulation, making large projects extremely time-consuming. Customers can now choose the most efficient analysis method based on the specific needs of their project, reducing simulation time and costs, supporting faster design cycles with confidence that the results are accurate and in compliance with the relevant regulations,” said Sille Grjotheim, Global Segment Director for Floating Offshore Wind at DNV.

Since its origin in the 1960s, DNV’s Sesam software has been trusted for the design and analysis of ships and offshore structures. This latest development continues that legacy by helping ensure tomorrow’s floating wind turbines are ready for the demanding environments in which they will operate.

More info: www.dnv.com

Combilift has released its 2025 Christmas video, “Twelve Days of Christmas,” a joyful celebration of Combilift’s dedicated team and the spirit of giving.

The video is a light-hearted tour through every corner of the Combilift facilities, with reimagined, factory-themed lyrics to the classic Christmas tune performed by employees from across all departments.

Leading the fun in the video is Georgia, 5, as she announces Combilift’s 100,000th Golden Forklift.

A drawing is being held to win the Golden Forklift. Proceeds from the drawing will benefit UNICEF in its vital work in providing life-saving food, clean water, shelter, and medical care to children in need.

More info: combilift.com/win-a-truck/ | youtu.be/GYrZo3_uZ1M?si=DK4_R39_r9uA0soB

DN Media Group AS (Recharge), Hamburg Messe und Congress GmbH, Enterprise Singapore and the Singapore Tourism Board, have signed a Memorandum of Understanding to collaborate on a series of wind energy conferences and exhibitions in Singapore from 2026 to 2029. Under the MOU, EnterpriseSG and STB will support Recharge and HMC to organize the 2-day Recharge Wind Power Summit Asia-Pacific powered by WindEnergy Hamburg in Singapore in 2026, and the flagship 3-day WindEnergy Asia-Pacific powered by Recharge in Singapore in 2027 and 2029.

The groups signed the MOU during the Recharged Wind Power Summit 2025, marking WindEnergy Hamburg`s first expansion outside Europe. The partnership will leverage the success and reach of WindEnergy Hamburg, a leading wind industry event organizer with 1,600 exhibitors and 43,000 participants from 100 countries, and Recharge – the top global source for renewable energy news and business intelligence.

The events will drive APAC’s wind industry growth and bring together global and regional companies in the global offshore wind supply chains. Attendees can expect to participate in conferences and trade fairs, plenaries, roundtables, networking sessions as well as site visits to Singapore’s offshore wind supply chain companies. These activities aim to facilitate business development, policy dialogue and knowledge exchange among industry leaders, policymakers, financiers, innovators and regional supply chain players.

Wind energy stands at an inflection point in Asia-Pacific (APAC) where countries with abundant wind resources such as Australia, India, Japan, the Philippines, South Korea and Vietnam have unveiled wind energy targets and rolled out feasibility studies and auctions. The region is the largest wind market with 607.5 gigawatts of wind power installed in 2024.

To unlock the potential of wind power in APAC, coordinated efforts between governments, industry and academia are required to encourage greater dialogue, best practice exchange and collaboration. The WindEnergy Asia-Pacific and Recharge Wind Power Summit Asia-Pacific events will establish platforms for stakeholders to convene and create opportunities to accelerate the rollout of offshore and onshore wind in APAC and beyond.  

More info: www.hamburg-messe.de/