JIE Hydrogen Technology's P4 system has secured bulk orders for hydrogen-powered mobile charging vehicles from the US, accelerating the global layout of hydrogen energy replenishment networks.

The P4 series fuel cell system independently developed by Shanghai Hydrogen Proton Technology Co., Ltd. has achieved a significant breakthrough in the international market. Following its first delivery in February 2025, its technological prowess has once again been recognized by overseas customers, securing a bulk order for the US hydrogen-powered mobile charging vehicle project. The company has recently completed a new round of batch and small-batch deliveries. This system will be applied in the demonstration project for hydrogen-powered mobile charging vehicles launched in the US market, assisting partners in exploring flexible and efficient energy replenishment solutions.

The P4 series fuel cell system from Hydrogen Proton Technology has demonstrated outstanding performance in domestic and overseas performance tests, with key indicators such as reliability and durability reaching internationally leading levels. It exhibits significant advantages in core parameters such as cold start without auxiliary heating at -30℃, high power density (135kW rated power), and a maximum system efficiency of 60%. The system also boasts strong environmental adaptability, capable of stable operation under extreme conditions such as high cold and high altitudes, meeting the demands of diverse scenarios. Previously, the P4 system has undergone over 10 million kilometers of real-vehicle verification in scenarios such as Shanghai buses, fully testing its technological maturity and market recognition.

With the advancement of the US project, Hydrogen Proton Technology is collaborating with partners to accelerate the development and application of hydrogen-powered mobile charging vehicles in countries such as Germany, the UAE, and Switzerland. The project focuses on three core scenarios: daily EV charging and backup power supplies at event venues, emergency rescue during natural disasters, and charging and energy storage equipment in old urban areas and remote regions, aiming to alleviate charging anxiety and reduce infrastructure construction costs. For instance, hydrogen-powered mobile charging vehicles, through the "hydrogen energy + energy storage + charging" model, can be flexibly deployed in areas without fixed charging piles, providing efficient energy replenishment for multiple EVs with a single hydrogen refueling, while also reducing land occupation and installation costs.

Currently, Hydrogen Proton Technology has reached preliminary cooperation intentions with 17 international enterprises, focusing on regions such as Europe, the Middle East, and Southeast Asia, and plans to carry out pilot applications in Germany, the UAE, and other locations. Its P4 system not only supports the mobile charging vehicle sector but also simultaneously expands into emerging fields such as ships, drones, and distributed power generation. For example, a hydrogen-powered tractor demonstration project at the Port of Singapore has already been put into operation.

The landing of this international order marks a crucial step for Hydrogen Proton Technology in the global layout of the hydrogen energy industry chain, with its technological accumulation accelerating its transformation into market competitiveness. Through technology export and scenario innovation, Hydrogen Proton Technology is expected to propel hydrogen energy as a vital component of the global energy replenishment ecosystem, assisting more countries in achieving clean energy transformation.