With the global shift towards clean energy gaining momentum, efficient and secure hydrogen storage is an integral part of the energy value chain. At H2Terminals, we are pioneering the creation of cutting-edge hydrogen storage technologies that facilitate wide-scale adoption of green hydrogen and facilitate a secure, robust energy system.
Hydrogen is a very versatile energy carrier but one that, due to its low natural density, is difficult to store safely and efficiently. H2Terminals overcomes this difficulty with new storage systems adapted to the various industrial, mobility, and energy infrastructure requirements.
Renewably produced hydrogen, such as produced by green hydrogen production, needs to be stored before use or transport. Safe hydrogen storage is required for:
Balance supply and demand: Solar and wind are intermittent renewable energy sources. The power produced during peak demand periods can be stored and utilized subsequently by converting it to hydrogen.
Mobility and industrial power: A consistent supply of power is guaranteed through safe on-site supplies of hydrogen.
Energy security: Without grid supply or during periods of high demand, energy storage buffers the system.
Grid stability: Depending on generation patterns, hydrogen allows for storage and distribution timings to increase within the power network.
We make sure that hydrogen storage in H2Terminals is achievable and secure.
We offer a range of hydrogen storage solutions tailored to different requirements and house needs. All our products emphasize safety, excellence and sustainability.
Hydrogen gas is stored in high-pressure tanks, typically 350–700 bar (5,000–10,000 psi). It is one of the most widely used methods for short- to medium-term duration transportation and storage.
Uses:
H2Terminals manufactures and delivers certified high-pressure storage tanks with state-of-the-art security features and high-quality materials that can resist harsh environments.
Hydrogen can also be stored in the form of liquid cryogen under temperatures lower than -253°C. Though energy-costly to manufacture, liquid hydrogen has greater energy density by volume than compressed gas, yet it is best for those applications demanding compact, high-capacity storage.
Suited for:
Our cryogenic storage systems employ cutting-edge insulation and monitoring technology to reduce boil-off and ensure safety standards.
For seasonal and long-duration storage, H2Terminals is constructing large-scale applications like underground hydrogen storage in salt caverns or depleted gas fields. Such types of geological structures can store enormous amounts of hydrogen for grid applications and national energy reserves.
Benefits:
We collaborate with energy infrastructure companies and government agencies to discover, develop, and operate these long-term storage units.
We are also in the process of investing in the future of hydrogen storage, e.g., in solid-state or metal hydride storage technology. These technologies absorb hydrogen in a solid material and supply it under controlled circumstances, offering safe, compact, and low-pressure solutions for mobile and remote applications.
At H2Terminals, safety is extremely important. We make all our hydrogen storage solutions conform to international safety standards and thoroughly test them. We offer:
Our aim is to make our customers carefree while providing uninterrupted hydrogen supply.
At H2Terminals, we understand that hydrogen storage is never a one-size-fits-all proposition. Our professionals work with clients to assess project needs, regulatory climates, and utilization profiles, and then deliver tailored solutions that integrate smoothly with installed infrastructure.
Whatever your needs might be, whether you need to build a hydrogen fuel infrastructure, minimize your carbon emissions from industrial production or ultimately power a renewable energy grid responsibly and reliably, our hydrogen storage solutions are here to help.
Reach out to us to see how our hydrogen storage solutions can energize your latest clean energy initiative.
Having the capability to store and use hydrogen effectively ensures that energy can be relied upon, helps maintain the stability of a power grid and enables emission-free applications across every industry.
The main classes are compressed gas, liquid hydrogen, underground storage, and novel solid-state technologies.
Yes, with suitable technology and controls. H2Terminals has state-of-the-art safety measures and adheres to international standards.
That would depend on your requirement—compressed for mobility, liquid for high-density, or underground for bulk storage.
