Core Insights - Hydrogen storage technology has three main routes: gaseous, liquid, and solid, with gaseous storage being the most mature and widely applied technology currently [2] - The release of the national standard for IV-type hydrogen storage bottles has accelerated the mass production process and provided a technical consensus for the industry [2][3] - The market for hydrogen fuel cell vehicles is expected to expand due to favorable government policies, reduced green hydrogen costs, and improved infrastructure [5] Industry Developments - IV-type hydrogen storage bottles have been showcased by manufacturers at the FCVC 2025, indicating a shift towards standardized products [2][3] - The first 70MPa IV-type hydrogen storage bottle produced by Zhongcai Technology (Suzhou) has a storage capacity of 18.9 kg, reaching the national standard's volume limit [3] - The company also introduced a liquid hydrogen storage system with a 1350L capacity, capable of storing approximately 88 kg of liquid hydrogen, enabling a vehicle range exceeding 1000 km [3] Market Trends - The future of hydrogen storage is expected to see a coexistence of III-type and IV-type bottles, with the latter being more suitable for fuel cell passenger vehicles due to its lightweight structure and higher hydrogen density [3][4] - The competition in the hydrogen storage sector will focus on product performance and cost, as more companies enter the market [6] - Despite recent underperformance in the hydrogen market, industry insiders remain optimistic about its future prospects [4][5]