Hydrogen energy safety is a top priority for Hyto Energy, with comprehensive measures integrated into every stage of hydrogen production, storage, and use to ensure safe operation. In production, electrolyzers—alkaline, PEM, and AEM—are equipped with pressure relief valves, temperature sensors, and automatic shutdown systems to prevent overheating or pressure buildup. These systems undergo rigorous testing to comply with standards like IEC 62282 and ISO 14687. For storage, metal hydride systems eliminate high-pressure risks by chemically bonding hydrogen to metals, releasing it only when heated, while high-pressure tanks (35MPa/70MPa) are constructed from impact-resistant composites, tested for fire and collision resistance in accordance with UN ECE R134. Liquid hydrogen tanks use multi-layer insulation and pressure management to prevent excessive boil-off. During use, fuel cells include gas leak detectors and flame arrestors, with operation guidelines aligned with NFPA 2 and EN 17127. Hyto also provides training on safe handling, emphasizing proper ventilation, leak detection, and emergency protocols. By integrating safety into design, manufacturing, and operational practices, Hyto ensures that hydrogen energy systems are as safe as conventional energy sources, building confidence among users, regulators, and communities.