Practical implementation, intensive results realization | Hydrogen Qi Energy's full range of AEM hydrogen production products are delivered in multiple scenarios and scales

The ultimate value of deep cultivation of technology lies in its implementation and realization.
The core confidence of science and technology innovation enterprises comes from mass production and delivery.

As a hardcore scientific and technological innovation enterprise focusing on AEM (Anion Exchange Membrane Hydrogen Production Technology), we always adhere to the development path of self-developed technology, product implementation, deep cultivation of scenarios, and continuous iteration. Relying on the core technology of AEM that is independently controllable throughout the entire chain, the company has achieved intensive implementation of multi scenario and small to medium-sized AEM hydrogen production products at this stage, covering multiple scenarios such as university research, seawater hydrogen production, electrolytic coupled energy storage, and industrial distributed hydrogen production. Multiple batches of benchmark customer deliveries have been completed, and large-scale projects are steadily advancing with continuous iteration of new products. By demonstrating tangible industrialization achievements, showcasing technological strength and market competitiveness, continuously expanding the boundaries of business cooperation, and consolidating the foundation for long-term development of enterprises.

Taking the development timeline as the thread, Hydrogen Start Energy has gone through the early stage of technical polishing and benchmark small-scale verification, to the current stage of centralized landing and delivery of multiple projects, and then to the later stage of high-power MW level product layout and energy storage, fully running the commercial closed loop of AEM hydrogen production technology.

Pre precipitation: independent and controllable technology, benchmark delivery to solidify market reputation
For a long time, Hydrogen Qi Energy has been deeply involved in the core track of AEM hydrogen production, independently tackling five core technologies: anion exchange membrane, non precious metal catalyst, membrane electrode, electrolysis reactor sealing and flow field design, and system integration. It has built a completely independent intellectual property system, completely breaking away from foreign core technology dependence, and forming a mature product matrix with a power range of 2.5kW to 250kW, which is suitable for the full field green hydrogen preparation needs.

With excellent product stability, low cost advantages, and flexible adaptability, the company's products have been highly recognized by industry leaders, universities, research institutions, and central enterprise power grids. It has completed stable deliveries to multiple benchmark customers, fully validated in the market, and has a solid reputation. It has delivered small volume AEM hydrogen production equipment to customers such as Hydrogen Aerospace Technology, Zhongke Hydrogen Easy, and Shandong Normal University, and provided AEM dedicated test benches for a leading electrolytic water hydrogen production company in China and a leading hydrogen production company in Germany. Multiple devices have been running stably for a long time, accumulating rich project implementation experience and real working condition data for subsequent large-scale commercial promotion.

Current achievements: Multiple projects are concentrated and implemented, and the overall AEM product strength is realized
Relying on mature technology systems and mass production capabilities, six benchmark projects will be launched and promoted simultaneously in May 2026, covering core scenarios such as scientific research and innovation, special hydrogen production, electrolytic energy storage coupling, and industrial distributed hydrogen production. The power range covers low-power scientific research models to 250kW industrial grade models, fully demonstrating the universality, innovation, implementation, and customization capabilities of the company's products



1.University Research Customization | 2.5kW AEM Electrolytic Hydrogen Production Research Platform
A specialized standardized hydrogen production platform designed for experimental scenarios in universities and research institutes, suitable for various research needs such as hydrogen energy basic research, material testing, electrolysis mechanism experiments, etc. The equipment adopts a lightweight integrated design, compact size, easy deployment, supports wide range power adjustment, and can accurately match the refined working conditions requirements of scientific research experiments. At the same time, it supports real-time data collection, traceable working conditions, and customizable parameters, providing highly adaptable and reliable hardware support for scientific research and innovation. It is a benchmark scientific research equipment for the integration of industry, academia, and research.

2. Coupling and Co production Innovation | 2.5kW AEM Hydrogen Production Coupled with Organic Liquid Electrolysis Project
Disrupting the traditional single hydrogen production model, the company has undertaken a key technology research project for organic liquid electrochemical hydrogen storage in China Southern Power Grid. The project adopts AEM electrolysis water hydrogen production combined with organic liquid hydrogen storage. At the same time as AEM hydrogen production, the electrochemical hydrogenation and dehydrogenation reactions of organic liquid are carried out at the anode and cathode, realizing the integrated design of hydrogen production and storage, to verify the new hydrogen energy storage system, perfectly adapt to the grid energy storage peak shaving and new energy consumption scenarios, effectively solve the pain points of single profit and weak profit of traditional hydrogen production projects, and provide a new landing path for comprehensive energy utilization and hydrogen energy coupling chemical co production in the power grid.



3. Innovation in special scenarios | 5kW AEM seawater direct electrolysis hydrogen production testing platform
A State Key Laboratory AEM electrolytic seawater hydrogen production test platform, the project is direct seawater electrolytic water hydrogen production, rated hydrogen production 1Nm3/h, unit energy consumption 4.3kwh/Nm3, system chlorine corrosion resistance. The successful delivery of the project marks the company's breakthrough in direct electrolytic seawater hydrogen production, providing new technical solutions for industrial wastewater treatment, offshore new energy support, offshore off grid hydrogen production and other special scenarios, with strong technical innovation and scenario scarcity.



4. Energy storage supporting application | 25kW AEM small hydrogen energy storage system
Specially developed for distributed energy storage and new energy consumption scenarios in the power grid, it has the core advantages of second level power response and wide range fluctuation adaptation, and can accurately match the intermittent and fluctuating output characteristics of photovoltaic and wind power. The modular integration of the equipment is high, the operation and maintenance are simple, and the adaptability is wide. It can quickly complete the conversion and storage of green electricity to hydrogen energy, build a small and efficient hydrogen storage closed-loop system, and help the power grid peak shaving and valley filling, and local consumption of new energy. It is a high-quality landing equipment for distributed hydrogen energy storage in the new power system.



Future Energy Storage: Continuous Iterations, MW level Products Set Sail with Momentum
Based on the current intensive industrialization achievements, the company's technological iteration and product layout continue to accelerate. On the basis of the existing mature products ranging from 2.5kW to 250kW, the company is fully committed to promoting the development and iteration of MW level AEM containerized hydrogen production systems internally, and is expected to be officially launched by the end of the year.

MW level high-power container products will achieve advantages such as high integration, intelligent control, unmanned operation, and rapid deployment, adapting to high-end scenarios such as large-scale green hydrogen bases, coupled hydrogen production from wind and solar power bases, and large-scale industrial green hydrogen substitution. They will complement the company's high-power and large-scale hydrogen production product matrix, further broaden market boundaries, and undertake large-scale procurement projects for new energy central enterprises and industrial groups. At the same time, the company continues to reserve new orders and projects, and the pace of market expansion continues to accelerate, forming a complete product development system of "small power scientific research finalization, medium power energy storage popularization, high-power industrial landing, MW level strategic layout", and continuously outputting high cost-effective, high stability, and high innovation AEM hydrogen production equipment to the market.

1. Government Key Project | 100kW AEM Hydrogen Production System (Key Research and Development Project of Chengdu Science and Technology Bureau)
The company, in collaboration with the team from the School of Materials Science and Technology at the University of Electronic Science and Technology of China, has successfully overcome the challenge of mass production of AEM core materials. It has been granted special funding support for key research and development in Chengdu, and the 100kW high-power model has completed technical finalization and solution solidification. The product's energy efficiency, stability, and integration have been comprehensively upgraded, and it is suitable for small and medium-sized industrial green hydrogen production, park comprehensive energy support, and other scenarios.



2. Industrial scale implementation | 250kW AEM distributed hydrogen production system
The contract has been officially signed and entered the production and delivery stage. It is currently the largest single machine power industrial AEM hydrogen production project implemented by the company, with strong replicability. The equipment focuses on the core feature of fully utilizing hydrogen and oxygen resources, producing hydrogen to meet industrial hydrogen demand. The by-product oxygen can be synchronously recovered and utilized, achieving maximum utilization of energy resources and significantly improving the comprehensive economic benefits of the project. The modular design supports parallel expansion of multiple machines and can quickly adapt to scenarios such as distributed industrial green hydrogen production and transportation hydrogen energy matching. It is a core milestone for the company's AEM technology to move towards large-scale industrial commercialization.

Business prospects are promising, persist in doing difficult but right things
It is expected that by 2030, China's annual demand for green hydrogen will reach the level of 2.4-5 million tons, and the national plan to promote the installation of renewable energy hydrogen production capacity will reach 100GW, with a focus on green fuel substitution and addressing the deep decarbonization needs in non electric fields such as chemical and metallurgical industries. AEM combines the advantages of ALK's low cost with PEM's high performance and safety. With the continuous iteration and progress of technology, it is expected to become the mainstream hydrogen production technology route. The intensive landing and signing of multi scenario and multi power products is a comprehensive verification of Hydrogen Energy's AEM mass production capability, customized research and development capability, and project performance capability. The company always takes practical implementation as its core, refuses conceptual research and development, and showcases the commercial value of AEM technology with every real project and every landing device.

From single point technology research and development to full scenario product implementation, from benchmark small order delivery to hundred kilowatt level industrial project signing, and then to megawatt level products poised for development, every step of the development of Hydrogen Start Energy has been implemented with sound and steady progress.

In the future, we will continue to deeply cultivate the core track of AEM hydrogen production, continuously optimize product energy efficiency, iterate core technologies, and enrich scenario solutions. With continuous industrialization achievements, constantly improving product matrix, and clear development path of scale, we will persist in doing difficult but correct things, and work together with more partners to create a new future for the hydrogen energy industry.

Business cooperation negotiation
Contact phone number: 18584051393 (same WeChat account)
Enterprise Address: 4th Floor, Building 2, No. 6 Chengye Road, Chenghua District, Chengdu City (Office)/1st Floor, Building 5 (Factory)