Hydrogen is a polarizing topic in discussions surrounding new energy solutions. The article highlights the importance of hydrogen in the decarbonisation process, emphasizing its potential for hard-to-abate sectors such as steel and heavy transport. While some argue for cautious adoption of hydrogen in specific use cases, the article advocates for a more flexible approach, allowing hydrogen to find its place in the energy mix based on practical factors like cost and efficiency. The evolution of hydrogen is compared to the rapid advancements seen in solar panel technology, suggesting that hydrogen and related derivatives like ammonia have the potential to become more competitive in the future. The article stresses the need for market-driven decisions rather than ideological dogma in determining the role of hydrogen in the energy landscape. Various real-world applications of hydrogen are discussed, including its use in flying airplanes, powering transportation vehicles, and integrating with renewable energy systems for enhanced resilience and efficiency. The article also touches on the emergence of 'green hydrogen' in global markets and the necessity of economies of scale to support a sustainable hydrogen supply chain. The article addresses the trade-offs involved in adopting hydrogen solutions, emphasizing the pragmatic approach of making incremental changes now rather than waiting for perfect solutions. It mentions examples like Idemitsu's use of ammonia in reducing emissions, highlighting the importance of proven technologies in paving the way for cleaner energy practices. Ultimately, the article argues for viewing hydrogen as a valuable component in the broader portfolio of clean energy solutions, acknowledging that while it may not be a silver bullet, its inclusion increases the likelihood of successful decarbonisation efforts. It calls for a holistic perspective on energy transitions, focusing on the collective impact on emissions rather than engaging in divisive debates over specific energy sources.