SSRScientific and Social Research2661-43322981-9946Bio-Byword Scientific Publishing Pty. Ltd.10.26689/ssr.v7i6.11099ArticleResearch on the Development and Prospect of Hydrogen Energy Vehicleshttps://artdesignp.com/journal/SSR/7/6/10.26689/ssr.v7i6.11099YanChang2025762025-06-13With the increasing global attention to environmental protection and sustainable development, hydrogen energy vehicles, as an important development direction of clean energy vehicles, are receiving more and more attention. As a zero-emission or low-emission mode of transportation, hydrogen-powered vehicles can not only effectively alleviate environmental problems caused by fossil fuel consumption, but also provide strong support for the transformation of the energy structure. This article will delve into the current development status and future prospects of hydrogen energy vehicles, and provide a specific analysis based on actual cases of coal-to-methanol hydrogen production enterprises, especially the promotion policies of methanol heavy-duty truck production companies in the Indonesian market.

Wang Q, Wang B, Palacios A, et al., 2025, Investigation of the Possible Use of Sound Waves for Fire Safety in Tunnels: A Fundamental Study on Flame Dynamics and the Extinguishment Criteria of Gas Leak Jet Fires. Tunnelling and Underground Space Technology incorporating Trenchless Technology Research, 2025(162): 106663.

Yang L, Aziz S, Yu Z, 2025, Cybersecurity Challenges in PV-Hydrogen Transport Networks: Leveraging Recursive Neural Networks for Resilient Operation. Energies, 18(9): 2262.

Tian HM, Hu JY, Li C, et al., 2025, The Development Pathway for Hydrogen Fuel Cell Heavy Duty Trucks in China: An Energy-environment-economy Life Cycle Assessment Approach. Energy, 2025(322): 135797.

Hunn TYP, Afrouzi NH, 2025, Design and Development of a Small-Scale Green Hydrogen Vehicle: Hydrogen Consumption Analysis under Varying Loads for Zero-Emission Transport. Energy Engineering, 122(5): 1789–1804.

Han J, Yi S, Yu S, 2025, Assessment of Hydrogen Vehicle Fuel Economy using MRAC Based on Deep Learning. Scientific Reports, 15(1): 13085.

Mochi P, Espegren AK, Korpas M, 2025, Short Communication: Local Electricity-Hydrogen Market. International Journal of Hydrogen Energy, 2025(116): 17–22.

Khaldi H, Mounir H, 2025, Comparative Carbon Footprint of Electric and Hydrogen Vehicles: Insights from Morocco, Africa, and Global Energy Transitions. Energy for Sustainable Development, 2025(85): 101685.

Jiang Z, 2025, Is the Promotion Policy for Hydrogen Fuel Cell Vehicles Effective? Evidence from Chinese Cities. Energy, 2025(320): 135469.

Yuan M, Liu N, Zhang C, 2025, Mapping China’s Hydrogen Energy City Clusters: Old and New Synergistic Effects. Cities, 2025(159): 105784.

Diao S, Li H, Wang J, et al., 2025, Hydrogen Leakage Location Prediction for Fuel Cell Vehicles in parking lots: A Combined Study of CFD Simulation and CNN-BiLSTM Modeling. International Journal of Hydrogen Energy, 2025(109): 115–128.