The article discusses the intersection of offshore wind power and green hydrogen production, highlighting the challenges and opportunities presented by the intermittency of wind energy. Offshore wind farms are increasingly exploring the use of green hydrogen to balance power supply and demand, with projects like HyPilot and Sealhyfe showcasing the effectiveness of PEM electrolyzers in managing power fluctuations. Additionally, initiatives such as the development of offshore green ammonia FPSO by SwitcH2 and partners demonstrate the potential for utilizing wind and wave energy to produce green ammonia at sea. Centralized platforms for electrolyzers are emphasized for their operational efficiency and cost-effectiveness, providing a continuous power source even during low-wind periods. The article also touches on the importance of combining solar energy with offshore wind for enhanced stability, with energy storage solutions like liquid ammonia being favored for its ease of storage compared to hydrogen or battery storage. Furthermore, the article introduces the concept of Anion Exchange Membrane (AEM) electrolyzer technology as a promising solution for large-scale hydrogen production. This technology, developed by CENmat, offers scalability and compactness, addressing the need for space-efficient electrolysis installations for potential terawatt-scale production by 2050.