Dive into the world of Alkaline Electrolysers—a cornerstone technology in the production of green hydrogen. This comprehensive course offers a deep understanding of how alkaline electrolysers work, their components, efficiency factors, challenges, and applications in the renewable energy landscape. Whether you're an engineer, energy enthusiast, or a sustainability professional, this course will empower you to grasp the principles and practical aspects behind one of the most promising green energy solutions of our time. By the end of the course, you will understand how Alkaline Electrolysers support the transition to renewable energy sources, enabling large-scale hydrogen production with minimal carbon footprint. Who is this Course For? Engineering students and professionals in the energy or chemical industries Sustainability and green energy advocates Renewable energy project developers and consultants Technical and non-technical individuals interested in green hydrogen Anyone exploring career opportunities in green energy or hydrogen production What Will You Learn? The working principles of Alkaline Electrolysers The role of electrolysers in green hydrogen production Core components and auxiliary systems of an alkaline electrolyser Step-by-step hydrogen generation process Impact of temperature, pressure, and electrical supply on efficiency Common operational challenges and degradation of catalysts Electrical considerations including AC to DC conversion and ohmic losses Design considerations and cooling requirements Real-world applications across the renewable energy sector Comparative insights into efficiency and sustainability
