Hydrogen Research and Education Units
Hovogen provides tailored solutions from hydrogen energy education in schools to customized research equipment for universities and research institutions. We are dedicated to delivering innovative, high-quality products that meet the diverse needs of our clients, making us a trusted partner in advancing hydrogen technology.
Product Customization
In order to meet the specific needs of customers in different industries and fields, all products can be customized according to requirements. After many years of development, we have accumulated practical experience in many industries. For more details, please check out our projects, or talk to us.
PEM Electrolysis Hydrogen Production and Storage Training System
This integrated PEM (Proton Exchange Membrane) water electrolysis device is designed for educational and vocational institutions. It demonstrates the complete workflow of hydrogen production, purification, and storage, showcasing the conversion of renewable energy into green hydrogen.
The system employs pure water electrolysis, ensuring safety and reliability by avoiding alkaline contamination. With its modular design, visual interfaces, and real-time data monitoring, it enhances understanding of hydrogen processes, making it an essential tool for teaching and research in new energy, chemistry, and engineering.
Key features:
1. Teaching-Friendly Design
• Full-Process Visualization: Panels label process steps and principles with transparent clarity.
• Modular Design: Units can be independently disassembled for stepwise experiments (e.g., purification efficiency tests, storage capacity comparisons).
• Quantitative Data Analysis: Records parameters (current, voltage, water quality, flow rate, pressure) via MCGS screen for energy conversion rate calculations.
2. Cutting-Edge Technology
• Integrated PEM + Solid-State Storage: Covers the entire "production→purification→storage" chain.
3. Safety and Reliability
• Zero High-Pressure Risk: Solid-state storage pressure ≤1.6 MPa with no leakage risks; alkaline-free electrolysis avoids corrosion.
• Multi-Layer Protection: Automatic overpressure protection, gas leakage alarms, and compliance with educational safety standards.
4. Research Scalability
• Supported Topics: Voltage/current impact on hydrogen production rate, hydrogen storage material performance testing, wind-solar hybrid hydrogen system design.
• Expansion Interfaces: Compatible with photovoltaic/wind turbine simulators to build integrated "renewables→hydrogen production→storage→fuel cell" experimental platforms.
Hydrogen Fuel Cell Power Generation Training System
This system is a comprehensive hydrogen fuel cell power generation teaching demonstration device, specifically designed for universities and vocational colleges. It integrates solid-state hydrogen storage, fuel cell power generation, power management, and load application modules, effectively showcasing the core technology of converting hydrogen energy into electrical energy.
Utilizing Proton Exchange Membrane Fuel Cell (PEMFC) technology, the system features low-pressure solid-state hydrogen storage along with an intelligent monitoring system, ensuring both safety and reliability. It is ideal for experimental teaching and scientific research in fields such as new energy, chemical engineering, and electrical automation.
Key features:
1. Teaching-Friendly Design
· Full-Process Visualization: Panel labels and transparent structures illustrate hydrogen supply, power generation, and consumption.
· Modular Experiments: Supports step-by-step experiments (e.g., hydrogen purity impact on efficiency, load variation effects on voltage stability).
· Quantitative Data Analysis: Records parameters such as power efficiency and hydrogen utilization via the MCGS screen for research projects.
2. Cutting-Edge Technology
· Integrated Solid-State Hydrogen Storage + PEMFC: Covers the complete "storage-generation-consumption" chain, showcasing practical hydrogen energy applications.
· High Localization Rate: 90% localization rate for fuel cell membrane electrodes, ensuring core component autonomy.
3. Triple Protection Mechanism:
Low-pressure solid-state hydrogen storage.
PLC-triggered overpressure shutdown.
Emergency pressure relief via exhaust solenoid valve, compliant with GB/T 24548-2021 fuel cell safety standards.
Single Channel PEM Hydrogen Electrolyser Test Unit
Key Features
Meticulously engineered for advanced research applications within universities and research institutes. This state-of-the-art platform is developed in response to the evolving demands of hydrogen energy research, offering a modular and high-precision solution for testing.
1. Multi-Scenario Testing Capabilities
• Supports constant current, constant voltage, and pulse loading modes for electrolyzer material research, process optimization, and system integration.
• Simulates low-power operation (10% rated power) in off-grid environments to validate renewable energy compatibility.
2. Modularity and Scalability
• Core components (e.g., PEM electrolyzer, touch screen, power supply) are customizable based on client requirements.
3. Teaching Integration Design
• Includes experimental manuals and virtual simulation modules for hydrogen energy and electrochemistry courses.
• Features an "Open Innovation Lab" module for undergraduate projects like catalyst coating optimization and flow field design
Hydrogen Electrolysis Education Set
This self-contained educational system demonstrates renewable energy principles through a complete solar-to-hydrogen cycle. A high-efficiency solar module powers a PEM electrolyzer, splitting water into hydrogen and oxygen stored in dedicated tanks. When needed, these gases feed a PEM fuel cell to regenerate electricity, powering a fan for visual energy consumption feedback.
The closed-loop process illustrates key concepts: solar harvesting, electrolysis, gas storage, and fuel cell technology. Designed for classrooms (grades 8+), it enables hands-on experiments measuring energy efficiency, variable impacts, and electrochemical principles. Perfect for STEM demonstrations, science fairs, and renewable energy clubs, it safely prepares students for green technology careers while emphasizing operational safety.