China

PEM electrolyzer: 50kW（10Nm3/h）

Hydrogen storage: 7kg, 3Mpa

PEM fuel cell power: 35kW

In December 2024, Huade Hydrogen Energy successfully delivered the HyESS-C commercial hydrogen-electric energy storage system to a Chinese customer. The system mainly integrates a 10Nm3/h PEM water electrolysis hydrogen production system, 7KG 3Mpa hydrogen storage, a 35kW PEM fuel cell cogeneration system and related supporting equipment. The successful delivery of this set of equipment not only represents the further improvement of the company's equipment manufacturing capabilities, but also represents the company's strengthening of the full-process engineering capabilities such as general contracting, construction, construction and commissioning.

China

PEM electrolyzer: 50kW（10Nm3/h）

Hydrogen storage: 5kg,20Mpa

PEM fuel cell power: 35kW

In August 2024, Huade Hydrogen Energy successfully delivered the HyESS-C commercial hydrogen-electric energy storage system to the State Grid Corporation of China. The system mainly integrates a 10Nm3/h PEM water electrolysis hydrogen production system, 5KG 20Mpa hydrogen storage, a 35kW PEM fuel cell cogeneration system and related supporting equipment. All core modules of the system are independently designed and produced by the company.

Germany

Power: 23kWh battery, 0.5Nm3/h PEM electrolyzer, 12kW PEM fuel cell, 320kWh hydrogen storage

The successful installations of the HyESS-R residential hydrogen energy storage system in Germany marks a significant milestone for HuaDe Hydrogen Technology as it expands its presence in the European market. This installation is the company's first in Germany and represents a step forward in advancing clean and sustainable energy solutions for residential use. Welcome to visit our system to experience its outstanding performance and benefits. Your visit will offer a deep understanding of our system's interface, modules, and practical performance. We're confident you'll be impressed by its ease of use. For any questions or needs regarding our system, please contact us.

Germany

Power: 23kWh battery, 0.5Nm3/h PEM electrolyzer, 12kW PEM fuel cell, 320kWh hydrogen storage

The successful installations of the HyESS-R residential hydrogen energy storage system in Germany marks a significant milestone for HuaDe Hydrogen Technology as it expands its presence in the European market. This installation is the company's first in Germany and represents a step forward in advancing clean and sustainable energy solutions for residential use.Welcome to visit our system to experience its outstanding performance and benefits. Your visit will offer a deep understanding of our system's interface, modules, and practical performance. We're confident you'll be impressed by its ease of use. For any questions or needs regarding our system, please contact us.

Korea

Electric Power: 100 kW, Construction site power backup

The 100kW fuel cell system is used as construction site power backup. Customer already has hydrogen sources. HuaDe hydrogen technology designed the whole system especially for the customer. This advanced system features a newly designed appearance, reflecting a more modern aesthetic and enhanced functionality. The updated design boasts a higher degree of integration, streamlining components for improved efficiency, reduced complexity, and greater reliability in operation. This marks a significant milestone in delivering cutting-edge clean energy solutions tailored to meet diverse application needs.

China

Power: 5Nm3/h PEM electrolyzer, 16*40L hydrogen storage tank, 5kW hydrogen fuel cell

With the delivery of the HyESS-C5 commercial hydrogen-electric energy storage system,HuaDe Hydrogen will start the continuous delivery of multiple HyESS series hydrogen and electricity energy storage systems. It is based on the design concept of high integration and high safety requirements of the HyESS series, combined with customers' different hydrogen production needs, fuel cell power generation needs and multiple hydrogen storage technologies. route (including solid-state hydrogen storage, high-pressure hydrogen storage, etc.).

India

Electric Power:70 kW

This project is one of the Indian government's green hydrogen microgrid projects. It is used to meet multiple electricity needs such as lighting and daily life of residents in the demonstration project. It can also feed back to the power grid when necessary. Moreover, the equipment configuration of this project is one of the most advanced among many similar projects in India.

China

Electric power: 300 kW

The successful delivery of CarNeu-300 marks that Huade Hydrogen has mastered the multi-module fuel cell parallel connection technology and has the design, development and delivery capabilities of MW-level fuel cell cogeneration/stationary power generation systems. 

In northwest China

Electric power：5kW

The system coupled solar and electrolysis of water to produce hydrogen. It realizes long-term hydrogen energy storage and truly achieves zero carbon emissions.

Zhangjiagang Huaxia Science and Technology Park

Electric power： 100kW, electricity fed into the grid

Long term operational data has verified the power generation efficiency of pure hydrogen fuel cell systems, providing reference data for the operation of other projects

Beijing Daxing Hydrogen Energy Demonstration Park

Power: Output 5kW power for supplying air conditioning, with excess power fed into the power grid
Heat: Output 7.5kW heat absorbed by the radiator system

This demonstration project has pioneered the fuel cell cogeneration system and increased its visibility and recognition. This reflects the differentiation and diversification of hydrogen fuel cell terminal applications.

jiangsu university of science and technology

Power: Output 5kW power to supply electrical appliances in public bathrooms
Heat: Output 7.5kW of heat, paired with a gas boiler, to provide hot water for the bathroom

The application of small-scale commercial hydrogen fuel cell cogeneration systems in practical commercial scenarios is still the first time in China. This project showcases the commercial prospects and market value of fuel cell systems in practical application scenarios. It is an exploration of business models and serves as a benchmark for the fuel cell industry.