Hydrogen is being increasingly recognized as a crucial energy source in the global shift towards carbon neutrality. As the demand for renewable energy grows, hydrogen is expected to play a significant role in achieving sustainable energy consumption levels. However, the utilization of hydrogen in various sectors, especially in hydrogen mobility and fuel cell technologies, poses safety challenges due to its flammability and explosion hazards. To address these concerns, advancements in safe hydrogen storage systems at refueling stations are crucial. While liquid hydrogen storage offers enhanced safety, it comes with higher costs and energy consumption compared to gaseous storage methods prevalent in most stations today. The article emphasizes the importance of safety measures in hydrogen refueling stations, particularly in enclosed or semi-enclosed spaces where explosion risks are heightened. It discusses the necessity of safety distance regulations and the establishment of safety standards by countries to mitigate these risks. Additionally, the focus on ventilation, emergency leak control, and overpressure relief strategies underscores the ongoing efforts to enhance safety practices in hydrogen-related facilities. Research studies and experiments are being conducted to evaluate the effectiveness of ventilation systems in reducing internal hydrogen concentration and mitigating explosion risks in semi-enclosed environments. These endeavors highlight the commitment to ensuring the safe integration of hydrogen technologies for sustainable energy solutions. Overall, the article reflects a positive outlook on hydrogen's role in energy transition while emphasizing the critical need for robust safety management practices to support its widespread adoption.