In response to rising global temperatures and the need for sustainable energy sources, the UK government, under Labour leadership, has set ambitious targets to double low-carbon hydrogen production to 10 GW by 2030. This move is seen as a step towards enhancing energy security and reducing greenhouse gas emissions, with the potential to displace gas imports in the UK. However, the transition to low-carbon hydrogen production is not without challenges. The high cost of green hydrogen production poses a significant hurdle, requiring substantial subsidies that could amount to several billion euros per year. Additionally, utilizing excess wind energy for hydrogen production is complex due to the need for steady operation and limited flexibility of electrolysers. Despite the potential for utilizing excess wind energy, hydrogen production's bulk output requirements don't align well with the variable nature of wind generation. Efficiency gains and cost reductions in electrolyser performance and associated infrastructure are crucial to achieving competitive hydrogen production. Improvements in Balance of Plant (BOP) and electrolyser efficiency are essential to drive down the cost per kg of hydrogen produced. While challenges exist, the UK's push towards hydrogen production signifies a positive step towards a more sustainable energy future.