SOEC Hydrogen Generator
Overview
SOEC hydrogen generators produce hydrogen gas through high-temperature electrolysis, using solid oxide materials.
Principle
Steam is fed into the generator.
Electrical energy splits steam into hydrogen and oxygen.
Solid oxide electrolyte facilitates ion exchange.
Hydrogen gas is collected and stored.
Types
Planar SOEC Hydrogen Generators
Tubular SOEC Hydrogen Generators
Micro-Tubular SOEC Hydrogen Generators
Applications
Power-to-Gas (P2G) systems
Power-to-Liquid (P2L) systems
Renewable energy storage
Fuel cell systems
Industrial processes
Hydrogen fueling stations
Energy storage and backup power
Specifications
Hydrogen production: 1-100 NmÂł/h
Purity: 99.999%
Pressure: 10-30 bar
Temperature: 500-1000°C
Power consumption: 1-50 kW
Features
High efficiency (up to 90%)
Compact and lightweight design
Low maintenance requirements
Fast startup and shutdown times
Automated control systems
Certifications
ISO 9001 (Quality Management)
ISO 14001 (Environmental Management)
ASME (American Society of Mechanical Engineers)
CE (Conformité Européene)
UL (Underwriters Laboratories)
Benefits
High efficiency
Low operating costs
Compact and lightweight design
Fast startup and shutdown times
Reliable and consistent performance
Challenges
High temperature operation
Material degradation concerns
Limited scalability
Requires electrical energy
Hydrogen storage and transportation challenges
Overview
SOEC hydrogen generators produce hydrogen gas through high-temperature electrolysis, using solid oxide materials.
Principle
Steam is fed into the generator.
Electrical energy splits steam into hydrogen and oxygen.
Solid oxide electrolyte facilitates ion exchange.
Hydrogen gas is collected and stored.
Types
Planar SOEC Hydrogen Generators
Tubular SOEC Hydrogen Generators
Micro-Tubular SOEC Hydrogen Generators
Applications
Power-to-Gas (P2G) systems
Power-to-Liquid (P2L) systems
Renewable energy storage
Fuel cell systems
Industrial processes
Hydrogen fueling stations
Energy storage and backup power
Specifications
Hydrogen production: 1-100 NmÂł/h
Purity: 99.999%
Pressure: 10-30 bar
Temperature: 500-1000°C
Power consumption: 1-50 kW
Features
High efficiency (up to 90%)
Compact and lightweight design
Low maintenance requirements
Fast startup and shutdown times
Automated control systems
Certifications
ISO 9001 (Quality Management)
ISO 14001 (Environmental Management)
ASME (American Society of Mechanical Engineers)
CE (Conformité Européene)
UL (Underwriters Laboratories)
Benefits
High efficiency
Low operating costs
Compact and lightweight design
Fast startup and shutdown times
Reliable and consistent performance
Challenges
High temperature operation
Material degradation concerns
Limited scalability
Requires electrical energy
Hydrogen storage and transportation challenges
