In the quest for the energy transition to combat climate change, the focus has turned towards technologies like hydrogen as a key component to achieve net-zero emissions. Green hydrogen, when produced through carbon-neutral processes, emerges as a vital solution. However, challenges like safe handling, transportation, and storage due to hydrogen's low molecular weight require innovative solutions like converting it into liquid form. Despite its potential, the economic viability of hydrogen and its derivatives faces hurdles. Production plant optimization and addressing various constraints in harnessing renewable power through electrolysis are essential. This includes identifying the optimal capacity utilization factor, solving intermittency issues, and integrating different production units efficiently. Balancing the production ecosystem involves a complex interplay of technology, operational strategies, and economic considerations to make hydrogen a successful part of the energy transition.