H2PEM-B Hydrogen Electric Coupled Energy Storage System
Integrated hydrogen production, storage, and fuel cell power generation for long-cycle clean energy storage and containerized renewable energy applications.
Overview
The H2PEM-B is an integrated green energy platform that combines PEM water electrolysis hydrogen production, hydrogen storage, fuel cell power generation, and microgrid load support into one containerized system. It is designed around the idea of multi-energy input such as wind and solar, hydrogen storage, environmental safety monitoring, intelligent operation and maintenance, and park-level energy use. This gives users a more complete hydrogen-based energy storage solution instead of separate standalone devices.
Key Applications
Renewable energy storage projects
Hydrogen-electric microgrids
Low-carbon parks
Remote energy supply systems
Integrated hydrogen demonstration projects
Containerized clean energy infrastructure
Problems It Solves
Helps renewable energy projects store excess electricity over longer periods using hydrogen as the energy carrier
Provides an integrated system for hydrogen production, storage, and fuel cell generation instead of isolated equipment packages
Improves operating safety with built-in hydrogen detection, fire protection, smoke alarm, and ventilation related risk controls
Reduces on-site management pressure with remote control, smart monitoring, and support for longer unattended operation
Key Features
Integrates PEM hydrogen generation, hydrogen storage, fuel cell power generation, and microgrid load support into one system
Uses a containerized design with high integration and reduced footprint for cleaner project deployment
Supports long-cycle and cross-season energy storage with hydrogen as the storage medium
Supports solid-state hydrogen storage at 3 MPa or high-pressure gas storage at 35 MPa or 70 MPa depending on project configuration
Includes smart fire and gas safety systems such as flame detection, hydrogen alarm, smoke alarm, and ventilation related protection
Supports remote control and intelligent monitoring to reduce maintenance cost and enable longer unattended operation
Technical Specifications
System name
H2PEM-B hydrogen electric coupled energy storage system
Hydrogen purity
99.999%
Hydrogen production output pressure
Less than 3 MPa, adjustable from 0 to 100%
Water consumption for hydrogen production
11 L water per kilogram of hydrogen
Source water
Tap water
Hydrogen production power supply
AC380V
Hydrogen production power consumption
Less than 4.5 kWh/Nm3
Hydrogen storage pressure
Solid-state storage 3 MPa, or high-pressure gas storage 35 MPa or 70 MPa
Fuel cell generation power
15 kWh per kilogram of hydrogen, configurable by customer requirement
Heating efficiency
Heat-only efficiency 40 to 50%, total efficiency 80 to 90%
Hot water temperature
45 to 70 C
Pipe material
316L
Protection rating
IP54
Container size
20-foot, about 6.1 m, or 40-foot, about 12.2 m
Safety and Reliability Highlights
Integrated flame detection, hydrogen gas alarm, smoke alarm, and ventilation-related safety devices
Complete intelligent fire safety and risk warning system built into the containerized platform
Manufactured with nuclear-grade process control emphasis for pipeline safety and leak prevention
Supports remote monitoring and intelligent diagnostics for safer long-term operation
How It Fits Into a Complete Solution
The H2PEM-B is not just a single hydrogen device. It acts as an integrated system-level solution that combines hydrogen production, storage, conversion back to electricity, and safety monitoring in one platform. It can also be paired with upstream renewable power inputs and downstream project-specific energy management needs.
Industries
Renewable energy parks
Suitable for wind and solar coupled hydrogen storage and power balancing applications.
Microgrids
Supports hydrogen-based power storage and fuel cell power return in integrated microgrid systems.
Low-carbon industrial parks
Useful for long-cycle storage and multi-energy coordination in decarbonization projects.
Remote energy supply
Supports autonomous or semi-autonomous clean energy storage and release where stable supply is needed.
Hydrogen demonstration projects
Fits integrated pilot and showcase projects for hydrogen storage and clean energy use.
Containerized infrastructure
Designed for modular transport, shorter deployment cycles, and compact project land use.
FAQ
What does the H2PEM-B system include?
It combines PEM hydrogen generation, hydrogen storage, fuel cell power generation, and microgrid load support in one integrated platform.
What kind of energy storage role does it serve?
It is designed for long-cycle and cross-season hydrogen energy storage, especially where renewable electricity needs to be stored and later used.
What safety systems are included?
The product description highlights flame detection, hydrogen alarm, smoke alarm, ventilation support, and intelligent fire safety monitoring.
What hydrogen purity does it provide?
The stated hydrogen purity is 99.999%.
Can the system be customized?
Yes. Several configuration items, including output power and storage arrangement, are described as depending on customer requirements.
Tell Us About Your Energy Storage Project
Contact us for integrated hydrogen storage project planning, hydrogen production and storage configuration, safety design, and fuel cell output matching.
Why Contact Our Team
- Nearly 30 years of hydrogen equipment manufacturing experience
- Support for hydrogen sensing, detection, analysis, and process projects
- Product recommendations based on your application needs
- Fast response for technical and sales inquiries
- Global support for industrial hydrogen applications