Using a proprietary magnesium hydrid material preparation technology, we first achieved the large-scale production of magnesium hydride material in the world in 2012, with an annual capacity of over 100 tons. Advantages: High safety, high storage efficiency, low cost, high hydrogen absorption and release speed, and high purity of released hydrogen.

We are the world’s first to apply PCM in the field of hydrogen storage in this industry, which realizes the energy coupling of hydrogen storage materials and thermal storage materials, reduces energy consumption and improves energy utilization.

Based on highly safe, high-density and low-cost magnesium-based hydrogen storage material technology, our self-developed solid hydrogen transportation modules can be freely combined according to the kinds of scenarios. Diversified and convenient transportation approaches are acceptable, such as rail, road and water transportation.

Based on the company’s self-developed and produced hydrogen storage alloy materials and physical change materials, as well as innovative thermal management and magnesium-based solid hydrogen storage modular design, a series of hydrogen storage system products have been developed, which can quickly achieve the needs of different application scenarios.