Exclusive Articles
Leading Europe’s offshore wind expansion
Odense Port, a key player in Europe’s offshore wind industry, boasts ample space to accommodate production and pre-assembly of turbine components. PES heard from its Senior Business Development Manager, Morten Diederich, about its aim to become the world’s first All-Component Offshore Wind Port, reducing costs and risks while fostering innovation through a unique industrial cluster… Read more »
The challenge of scaling offshore wind ports
Port Esbjerg exemplifies the evolving role of ports in the green transition by balancing offshore wind and emerging power-to-X industries. As one of the largest offshore wind ports, it underscores the necessity for ports to adapt their infrastructure and governance to meet new demands. Effective planning, investment, and collaboration are essential to support this transition… Read more »
Offshore wind: unlocking value across the project lifecycle
ONYX Insight has been working with offshore asset owners and operators since 2010 and has witnessed firsthand the tremendous progress made by the sector. Yet, despite these achievements, there is still untapped potential that can be deployed today for further operational improvements. This article highlights the best practices learned and how technology can significantly increase… Read more »
Advancing technology for avian safety and wind energy optimization
In the relentless pursuit of sustainable energy, wind power stands as a beacon of hope, reducing greenhouse gas emissions and mitigating the effects of climate change. However, the installation of wind parks, particularly in ecologically sensitive areas, poses significant challenges to avian wildlife. In a bid to harmonize renewable energy production with environmental preservation, Nvisionist… Read more »
Safeguarding offshore wind structural health with round the clock monitoring
Offshore wind farms are crucial to a sustainable energy future, harnessing powerful ocean winds to combat climate change. However, their success depends on overcoming the harsh marine environment. Continuous monitoring and advanced technologies are essential for maintaining efficiency, reducing costs, and ensuring these structures provide reliable, clean energy over the long term. Structural Health Monitoring… Read more »
Driving hydraulic expertise offshore
Drawing on over 50 years of expertise in high pressure hydraulic tools and systems, Holmatro has solidified its position as a key player in addressing the challenges faced by the offshore wind industry. In an exclusive interview with PES, Aries Dijkhuizen, Key Account Manager, shares how the company’s extensive experience has informed its approach to… Read more »
Maximising efficiency and minimising downtime with helicopters
In the dynamic field of renewable energy, particularly wind power, maintaining operational efficiency is critical. Wind turbines, the backbone of this green energy revolution, require regular maintenance and prompt repairs to prevent costly downtime. The use of helicopters in wind turbine maintenance offers numerous advantages that enhance operational efficiency, minimize downtime, and significantly reduce costs…. Read more »
Reducing emissions for offshore operations
As the energy transition advances worldwide, the offshore industry faces stricter regulations, coupled with growing societal and stakeholder demands to reduce greenhouse gas emissions (GHG) and the environmental impact of its operations. NOV’s GustoMSC, a leading offshore engineering firm, has launched the GustoMSC Energy and Emissions Quest (GEEQ) program to address these challenges, enhance efficiency,… Read more »
Optimizing turbine efficiency with no downtime blade inspections
Maximize wind turbine efficiency with the latest blade inspection innovations. Using advanced technology eliminates the need for costly turbine shutdowns, significantly boosting energy output, enhancing safety, and improving maintenance accuracy. The result is reduced operational costs and extended turbine lifespan. Wind energy plays a crucial role in the global transition to renewable energy, yet optimizing… Read more »
Tackling noise, efficiency, and reliability in wind turbines
A shift towards more integrated drivetrain architectures in wind turbines is being driven by the need to boost power density, resulting in increased challenges with noise, vibration, harshness, and tonality. Geislinger’s advanced solutions are proving effective in mitigating these issues, enhancing turbine robustness and reliability. A clear trend towards more integrated drivetrain architectures is emerging… Read more »
