Skid-Mounted Water Electrolysis Hydrogen Production System
Efficiently producing green hydrogen using only water and renewble energy
Core Electrolyzer & Hydrogen Production System
EPC focuses on PEM and AEM water electrolysis technologies, offering integrated solutions from single cells, short stacks, and electrolyzers to complete hydrogen production systems.
Our products feature high efficiency, high reliability, and modular design, suitable for green hydrogen production, energy storage and peak shaving, Power-to-X, and industrial decarbonization.
Product Range:
PEM Electrolyzer
AEM Electrolyzer
PEM Hydrogen Production System
AEM Hydrogen Production System
Hydrogen Purification & Compression System
Containerized Hydrogen Production Solution
Specializing in PEM and AEM water electrolysis technologies, EPC provides one-stop solutions from core electrolyzers to industrial hydrogen production systems, meeting R&D, pilot, and commercial application needs.
Hydrogen Energy Storage & Fuel Cell Power Generation System
EPC provides integrated hydrogen energy storage and fuel cell power generation solutions. Through "electricity-hydrogen-electricity" energy conversion, it enables long-duration storage and stable output of renewable energy.
The system integrates hydrogen storage, intelligent control, and fuel cell power generation technologies, suitable for off-grid power supply, microgrids, backup power, communication base stations, and zero-carbon parks.
Features:
Long-duration storage, improved energy efficiency
Zero emission, low-noise operation
Modular design, flexible scaling
Intelligent EMS energy management
Grid-connected and off-grid support
Typical Applications:
Zero-carbon parks | Microgrids | Backup power | Communication base stations | Distributed energy systems | Renewable energy storage projects
PEM Hydrogen Production System
Efficient, Reliable Green Hydrogen Solution
EPC provides integrated PEM water electrolysis systems, combining electrolyzer, power supply, water treatment, gas-liquid separation, hydrogen purification, and intelligent control for stable production of high-purity green hydrogen.
The system features fast response, high efficiency, and modular scalability, suitable for renewable hydrogen production, industrial hydrogen supply, hydrogen energy storage, and Power-to-X projects.
Features:
High-purity hydrogen output (≥99.99%)
Fast response to renewable fluctuations
Modular design, flexible expansion
Intelligent control & remote monitoring
Grid-connected and off-grid support
Typical Applications:
Green hydrogen production | Industrial hydrogen supply | Hydrogen storage | Hydrogen refueling stations | Power-to-X | R&D and pilot platforms
AEM Hydrogen Production System
Cost-Effective Green Hydrogen Solution
EPC provides integrated AEM water electrolysis systems, combining anion exchange membrane technology with modular system design for efficient production of high-purity hydrogen.
The system offers cost advantages, fast response, and flexible scalability, suitable for renewable hydrogen production, industrial hydrogen supply, hydrogen storage, and R&D demonstration projects.
Features:
Low reliance on precious metals, reduced system cost
High-purity hydrogen output (≥99.99%)
Modular design, flexible expansion
Fast response to renewable fluctuations
Intelligent control & remote monitoring
Typical Applications:
Green hydrogen production | Industrial hydrogen supply | Hydrogen storage | Power-to-X | R&D and pilot platforms
PEM/AEM Electrolyzer Test Station
The EPC electrolyzer test station enables automated testing of single cells and short stacks across different power levels.
The system features multiple fully automatic pressurization modes. The anode and cathode are supplied with pressurized deionized water by high-precision pumps, including flow meters, conductivity, and temperature control.
Power supply can be operated in recirculation or direct mode. The design ensures reliable water flow into the cell, maintaining constant pressure and temperature during operation.
The liquid loop pressure is automatically adjusted to the gas pressure, preventing mechanical stress on the electrolyzer.
The proprietary water separation system includes automatic level control to avoid pressure drops and ensure reliable gas-liquid separation.
Skid-Mounted Hydrogen & Energy Systems (Customized)
Modular Design · Rapid Deployment · System Integration
EPC provides customized skid-mounted energy system solutions, integrating electrolysis, purification and compression, hydrogen storage, fuel cell power, and energy management, enabling standardized equipment, modular engineering, and fast project delivery.
Systems can be flexibly configured based on customer conditions, site constraints, and application scenarios, suitable for R&D validation, pilot scale-up, and commercial projects.
System Scope:
PEM Hydrogen Production System
AEM Hydrogen Production System
Hydrogen Purification & Compression System
Hydrogen Storage & Fuel Cell System
Power-to-X System Integration
Containerized Energy Solution
Based on modular design, EPC delivers customized integrated solutions for PEM/AEM hydrogen production, hydrogen storage, fuel cells, and Power-to-X, enabling rapid deployment, efficient delivery, and flexible scalability.
Green Methanol Reforming for Hydrogen Production
Green methanol steam reforming is the mainstream direction for hydrogen production from methanol.
Methanol is an excellent carrier for natural gas, coal, and hydrogen energy. It is liquid at ambient temperature and pressure, enabling long-term, safe, and stable storage, making it an ideal low-cost chemical hydrogen carrier.
Compared to hydrogen, methanol offers higher energy density and safer storage and transport. Compared to coal and natural gas, methanol is more abundant and easier to store and transport.
Methanol Reforming Hydrogen System
Low-temperature methanol reforming for fuel cells integrates methanol reforming, hydrogen purification, and standard PEM fuel cells. The process reforms methanol-water into hydrogen-rich gas, purifies it to >99.99% purity, and then feeds it into the fuel cell stack for power generation. Hydrogen purification is a critical step in this integrated system.
This solution can operate as a standalone distributed power source or work alongside wind and solar power in hybrid grid configurations. It is suitable for a wide range of applications, including stationary power, temporary construction site power, smart greenhouse energy stations, methanol-hydrogen power for vehicles and vessels, industrial combined heat and power (CHP), and urban emergency power rescue， meeting electricity needs across industrial, building, transportation, and agricultural sectors.
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