INNOVATING HYDROGEN STORAGE
Reliable, Safe Hydrogen Storage Solutions For A Cleaner, Smarter Energy Future.
Hydrogen can be stored as gas, liquid or solid.
Solid storage offers higher hydrogen density by storing it within materials, ensuring cost-efficiency and stability.
HYDROLUX specializes in the research, development, and commercialization of hydrogen storage alloys.
Our solid hydrogen storage method provides greater storage capacity per unit volume, operates at room temperature, and requires very low pressure, prioritizing safety and efficiency.
Sustainability, Eco-Design & Smart Energy
Hydrolux 2.0 is an advanced hydrogen storage alloy that ensures safe and efficient hydrogen storage at room temperature and low pressures. Its versatility makes it suitable for various applications, including large commercial hydrogen-powered vehicles and portable fuel cells used in emergency power systems. Rooted in AB2-type TiMn2-series technology, it offers easy initial activation, guaranteeing reliable hydrogen storage and release for a wide range of applications.
Hydrolux Strengths
Hydrogen energy faces a significant challenge due to the relatively high costs associated with
storage and transportation infrastructure compared to other forms of energy.
Hydrolux has diligently secured essential technologies
and compositional expertise across three pivotal domains:
fundamental design, alloy manufacturing, and initial activation of hydrogen storage alloys.
In the era of reducing carbon emissions and embracing the hydrogen economy,
obtaining green hydrogen is a top priority.
The safest and most convenient way to store hydrogen produced through electrolysis is
by using solid hydrogen storage.
Our approach allows hydrogen storage and charging at low pressure (10~50 Bar),
ensuring safety and reducing the need for additional equipment,
thus lowering operational facility costs.
Safety
Measures
Spatial Efficiency
Mobility Solutions
Economic Feasibility
Addressing Challenges in High-Pressure and Liquid Hydrogen Storage
