Xingran Technology’s hydrogen production equipment project, with a total investment of 500 million yuan, has been established in Changzhou, with an annual output value of 5 billion yuan.

On March 13, 2024, the PEM water electrolysis hydrogen production equipment project of Xingran Technology was officially signed and established in the Wujin National-level Industrial Park in Changzhou, Jiangsu Province. The project is invested in by Jiangsu Xingran Technology Corporation to its Changzhou branch, with a total investment of 500 million yuan, of which approximately 200 million yuan will be allocated to fixed assets.

This initiative not only injects new vitality into the development of the science and technology industry in Changzhou Wujin High-tech Zone, but also marks an important step forward for Xingran Technology in the field of PEM water electrolysis hydrogen production.

Xingran Technology’s 26,000㎡ modern, high-standard mass-production facility

Currently, the modern, high-standard mass-production facility of Xingran Technology’s Changzhou branch—covering an area of 26,000 square meters—is under vigorous construction. In the near future, this state-of-the-art, 26,000-square-meter facility will become the primary production base for Xingran Technology’s 200 Nm³/H large-scale single-cell PEM electrolyzers. The facility is expected to achieve an annual output of up to 1,000 units, with an annual hydrogen production capacity of as much as 200,000 Nm³/H and an annual gross production value reaching as high as 5 billion yuan. Every production line in this modern, high-standard factory has been meticulously designed to ensure efficient and stable manufacturing of high-quality 200 Nm³/H large-scale single-cell PEM electrolyzers.

The factory will be equipped with a modern production and manufacturing system: adopting intelligent and automated production technologies, implementing forward-looking production line layouts, significantly reducing labor costs while greatly enhancing production efficiency. We will establish a rigorous quality-control system to ensure that every single product meets the highest standards of quality. Committed to environmental protection and sustainable development, we will integrate eco-friendly principles into both production and management, actively minimizing environmental pollution, achieving efficient resource utilization, and contributing positively to society and the environment.

About Xingran Technology

As a high-tech enterprise specializing in the R&D, production, and sales of PEM water electrolysis hydrogen-generation equipment, Xingran Technology focuses primarily on the field of PEM water electrolysis hydrogen production. The company has achieved breakthroughs and mastered several key core technologies and manufacturing processes. In particular, its independently developed one-of-a-kind integrated membrane electrode production process—comprising a diffusion layer, a catalytic layer, and a proton exchange membrane—has increased the active surface area of conventional membrane electrodes by more than 50%. This innovative achievement has attracted widespread attention within the industry.

The Xingran PEM water electrolysis hydrogen production equipment offers the following advantages:

1. Xingran Technology’s PEM water electrolysis hydrogen production technology can quickly start or stop the hydrogen production process, enabling real-time matching with renewable energy sources and accommodating the volatility of renewable energy generation.

2. Significantly reducing the precious-metal content in catalysts has led to a hydrogen-production cost reduction of over 75%, achieving a qualitative breakthrough in cost reduction and helping to accelerate the commercialization and large-scale deployment of hydrogen-production technologies.

3. By optimizing membrane materials and electrolyzer structures, Xingran Technology can achieve higher current densities and improve production efficiency. This not only helps reduce the cost of hydrogen production but also minimizes the footprint of the equipment.

4. The uniformity of water flow within the electrolyzer has been optimized, resulting in minimal temperature fluctuations and effectively enhancing the utilization rate of the membrane electrode. As a result, the service life has been extended from 20,000 hours to 60,000 hours.

5. The bipolar plate has machined flow channels on both sides. It features a large number of parallel flow channels arranged in a parallel configuration, which, thanks to their low flow resistance, help reduce pressure loss to a certain extent, improve the overall efficiency of the electrolyzer, lower manufacturing costs, and reduce energy consumption.

In 2023, Xingran Technology successfully achieved large-scale mass production of a 200 Nm³/H single-cell PEM electrolyzer with independently owned intellectual property rights. The technological capabilities and key performance indicators of its water electrolysis hydrogen production equipment have now reached a leading global level, both domestically and internationally. The company’s products have been exported to more than 30 countries and regions, earning widespread recognition in the global market.

Today, Xingran Technology has achieved full-system and full-model coverage of PEM hydrogen production fuel cells. All key processes and components of its products are independently developed and manufactured in-house, establishing a unique advantage in the systematic and complete integration of core technologies for PEM water electrolysis hydrogen production. The company’s products are widely used in large-scale hydrogen production projects, industrial chemical processing, power energy storage, wind-solar energy storage, high-end laboratories, semiconductors, pharmaceuticals, metallurgy, environmental protection, inspection and quarantine, and synthetic diamond production. In the specialized segments of PEM hydrogen production, the company ranks among the top in both market ranking and market share.

We firmly believe that as Xingran Technology’s hydrogen production project in Changzhou continues to advance, Xingran Technology will undoubtedly achieve even greater successes in the field of PEM water electrolysis for hydrogen production, contributing more significantly to building a green, low-carbon, and sustainable future world and making a larger contribution to the global development of hydrogen energy.