Doosan developed ultralight hydrogen tanks by optimizing the design of carbon fiber winding in fuel cell powerpack for mobile use. fuel economy and more payload. in the same volume. …

What is a hydrogen tank? A hydrogen tank is a container or a vessel used to store hydrogen in its gaseous or liquid form. Sometimes they are also referred to as hydrogen cylinders, cartridges or canisters.

Effective hydrogen storage technology is essential for the continued advancement of all hydrogen and fuel cell-based technologies. This includes stationary and portal power applications as well as transportation. As the fuel with the highest energy per mass, hydrogen holds immense potential for how we power our lives.

Hydrogen can be stored physically as either a gas or a liquid. Storage of hydrogen as a gas typically requires high-pressure tanks (350–700 bar [5,000–10,000 psi] tank pressure). Storage of hydrogen as a liquid requires cryogenic temperatures because the boiling point of hydrogen at one atmosphere pressure is −252.8°C.

Voith’s H 2 storage system is based on UNECE R134 certified type IV tanks with maximum safety and reliability. The tanks are produced with the towpreg process according to automotive standards using automated quality controls.

Hexagon Purus' hydrogen storage system is adapted to individual conditions in terms of storage amount, pressure level, space and positioning inside or outside the vehicle. Lightest and safest material combinations, which reduces vehicle mass and enhances handling and drivability.

Establish the most competitive and dynamic storage tanks manufacturing company based on the principle of giving equal importance to research and production, providing customers with the most valuable products and services and contributing to a more sustainable world.

By enabling the best cost-performance ratio, Carbon4Tank is an ideal and sustainable solution for storing hydrogen, meeting automotive quality standards. The Plug & Drive H₂ Storage System uses Carbon4Tank and focuses on deep customer integration, sustainability, and circularity over the product lifecycle.

A type IV storage tank can reach 700 bar with a lower weight but costs twice as much as a type I. A key parameter that characterises the storage system are the kilogrammes of H 2 stored at the pressure at which you decide to work.

Our composite storage solutions offer high durability and meet the demanding requirements for large scale up and high consumption of hydrogen that is expected in the years to come. Compressed hydrogen stored in lightweight composite cylinders, enables increased payload and large-scale storage and transportation.