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Commercial Distributed Hydrogen Power Plant Applications
Engineering the Flexible Power Core for Zero-Emission Industry

Pain Point

Pain Point
Rigidity of Conventional Power Infrastructure
In the transition to sustainable energy, C&I sectors face multifaceted challenges. Conventional backup assets, such as diesel generators, carry significant liabilities including high emissions, noise pollution, and intensive O&M (Operations & Maintenance) costs, often failing to meet stringent environmental audits. Furthermore, industrial byproduct hydrogen or localized green hydrogen production often lacks efficient, onsite conversion mechanisms, leading to the underutilization of secondary energy assets. From an operational standpoint, industrial loads demand extreme power quality—particularly regarding voltage stability and frequency response—which centralized grids often struggle to provide during peak demand or microgrid-mode operations.

Solution

Solution
CarNeu
Integrated Energy Platform
Utilizing Combined Heat and Power (CHP) technology, the system achieves silent conversion via fuel cell stacks while integrating precision thermal recovery loops for cascaded energy utilization. Supporting both on-grid and off-grid modes, it provides a sophisticated thermo-electric integration for large-scale industrial hydrogen off-take.
CarNeu-M
Modular Power Engine
Engineered specifically for high-efficiency Direct Current (DC) output, this system eliminates the rotational losses of traditional mechanical turbines, achieving millisecond-level transient response. Its plug-and-play prefabricated design serves as a universal interface for diverse hydrogen sources, creating a streamlined "Hydrogen-Storage-Power" value chain through deep integration with ESS and inverter modules.
解决方案

Vision and Advantages

Value Proposition
Deploying a CarNeu distributed plant transforms an industrial site into a highly autonomous, low-carbon energy hub.
  • Superior Power Quality & Response
    With millisecond-level response times, the system effectively buffers industrial load fluctuations and delivers high-purity AC/DC power, ensuring the continuity of precision manufacturing processes.
  • Zero-Emission, Silent Operation
    Unlike internal combustion engines (ICE), the system operates with zero local emissions and near-silent conversion, significantly improving site environmental quality and supporting corporate ESG (Environmental, Social, and Governance) compliance.
  • Universal Feedstock Compatibility
    The system offers high compatibility with diverse hydrogen sources, whether utilizing industrial byproduct hydrogen or on-site electrolysis. By leveraging flexible power configurations and cascaded energy use, it optimizes the Levelized Cost of Energy (LCOE) while providing a robust, green power core for industrial resilience.

Application product

Application product

Project Case

Project Case
100kW Pure hydrogen fuel cell cogeneration system
CarNeu-100
100kW Pure hydrogen fuel cell cogeneration system
Project Location:
Korea
Description:
Electric Power:
100kW Construction site power backup
Project Value:

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.

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300kW pure hydrogen fuel cell cogeneration system
CarNeu-300
300kW pure hydrogen fuel cell cogeneration system
Project Location:
China
Description:
Electric power:
300kW
Project Value:

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. 

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5kW pure hydrogen fuel cell cogeneration system
CarNeu-5
5kW pure hydrogen fuel cell cogeneration system
Project Location:
China
Description:
Electric power:
5kW
Project Value:

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

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100kW pure hydrogen fuel cell power plant
CarNeu-100
100kW pure hydrogen fuel cell power plant
Project Location:
China
Description:
Electric power:
100kW
Project Value:

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.

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70kW pure hydrogen fuel cell cogeneration system
CarNeu-70
70kW pure hydrogen fuel cell cogeneration system
Project Location:
India
Description:
Electric power:
70kW
Project Value:

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.

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