· Exploring the integration of energy storage technologies with offshore wind power
· Addressing the challenges of intermittency and variability of offshore wind power
· Developing cost-effective and efficient energy storage solutions for offshore wind
· Enhancing grid reliability and resilience through the integration of energy storage
· Addressing the challenges of integrating large-scale offshore wind power into existing grids
· Exploring grid reinforcement options, including offshore grid connections and HVDC transmission
· Enhancing grid stability and reliability with the integration of offshore wind
· Developing smart grid technologies to optimise the integration of offshore wind power
· Utilising digital technologies for optimising O&M operations, including remote monitoring, predictive maintenance, and data analytics
· Implementing digital twins for offshore wind farms to enhance operational efficiency and reduce downtime
· Exploring the potential of robotics and automation for O&M tasks
· Enhancing safety and efficiency in O&M operations through the application of digital technologies
· Developing a resilient and competitive supply chain for the offshore wind industry
· Fostering local content and supporting domestic manufacturing
· Addressing the challenges of scaling up manufacturing and logistics for offshore wind components
· Ensuring a sustainable and environmentally responsible supply chaine
· Exploring the future of the global offshore wind market and its potential for growth
· Identifying key trends and drivers shaping the future of offshore wind development
· Predicting the future of offshore wind technology and its potential impact on the energy landscape
· Discussing the challenges and opportunities facing the offshore wind industry in the coming decades