The article discusses how offshore wind power presents both challenges and opportunities for green hydrogen production. Offshore wind farms are considering the integration of green hydrogen production to help balance the intermittency of power supply and demand. This approach involves the utilization of platforms within offshore wind farms for hydrogen production, which can operate at a different scale compared to batteries, aiding in stabilizing renewable energy production. Key projects like HyPilot and Sealhyfe are showcasing the effectiveness of high-efficiency PEM electrolyzers in managing power fluctuations typically seen in offshore wind applications. This progress is crucial for the future scalability of green hydrogen production. Companies like SwitcH2 and BW Offshore are taking innovative steps by developing an offshore green ammonia FPSO that can produce large quantities of green ammonia using an electrolyzer plant powered by wind and wave energy. Moreover, the article highlights the potential of anion exchange membrane (AEM) electrolyzer technology, a development of PEM, which uses non-critical raw materials and offers a more compact and scalable solution. Initiatives like the EU-funded HYScale project are exploring the capabilities of AEM electrolyzers to meet the projected electrolysis installation demands of 4-5 terawatts by 2050. Overall, the sentiment of the article is positive towards the role of green hydrogen in enhancing the sustainability of offshore wind power generation. The advancements in electrolyzer technology and innovative projects signify a promising future for green hydrogen production in the renewable energy sector.