on March 20, Erdos hanxia new energy co., ltd., located in Zhungeer economic development zone, Erdos city, successfully completed its first vehicle tube bundle container hydrogen charging task in 2026.

the project was jointly invested and constructed by China three Gorges group and inner Mongolia manshi group, with a total investment of 2.35 billion yuan. it is the first batch of approved, the first construction and the first 10,000-ton wind-class integrated demonstration project of hydrogen production demonstration project in inner Mongolia autonomous region. The project innovatively adopts a “two-zone synergy” model, whereby the photovoltaic plant and the hydrogen production facility are strategically positioned to complement and coordinate with one another. This approach has, for the first time in China, overcome the technical challenge of long-distance integrated solar-to-hydrogen systems spanning 60 kilometers. Specifically, the PV plant is constructed on reclaimed subsidence areas resulting from coal mining, while the hydrogen production facility is situated within an industrial park, thereby achieving efficient integration of clean energy sources. Ji Mengbo, Deputy General Manager of Ordos Hanxia New Energy Co., Ltd., stated that the project has now established efficient production–sales coordination, with daily hydrogen refueling and sales reaching 700 kilograms and average daily hydrogen production at 10,000 standard cubic meters. The green hydrogen produced not only serves the Hohhot–Bao Tou–Ordos region and its surrounding areas, but also extends into Shanxi and Shaanxi provinces, with wide-ranging applications in hydrogen refueling stations, chemical synthesis, and the production of high-purity electronic gases, among other sectors. Meanwhile, the project is accelerating the construction of a hydrogen pipeline network, deepening collaboration with downstream enterprises, and focusing on establishing a full-chain green hydrogen consumption system. As an industry benchmark project, it saves 226,000 tonnes of standard coal and reduces carbon dioxide emissions by 594,000 tonnes annually. It not only provides critical support for clean energy substitution in Jungar Banner but also sets a model for the high-quality development of the wind–solar-to-hydrogen industry nationwide.