Air Actuated Valves
Air Flow Control Valves
Angle Seat Valves
Ball Valves
Butterfly Valves
Cathode Isolation Valves
Check Valves
Control Valves
Cryogenic Valves
Diaphragm Valves
Flow Control Valves
Globe Valves
Hydrogen Back Pressure Regulators
Hydrogen Filter Regulators
Hydrogen Fuel Cell Pressure Regulators
Hydrogen Pressure Reducing Valves
Hydrogen Pressure Relief Valves
Hydrogen Pressure Solenoid Valves
Hydrogen Tank Valves
Needle Valves
On Tank Valves
Plunger Valves
Process Automation Solenoid Valves
Proportional Valves
Safety Valves
Shut-Off Valves
Modular, turnkey complete hydrogen solution in a container
- Innovative, modular hydrogen plant that maps the entire potential of green hydrogen in a complete system - from production to storage and use.
- It stands for the change towards a sustainable, flexible, calculable, economical and independent energy supply.
Modular, turnkey hydrogen solution in a container
- The H2 Energy Plant from schrand.energy is an innovative, modular hydrogen solution that harnesses the full potential of green hydrogen in a single system – from production and storage to utilisation.
- It represents the transition to a sustainable, flexible, predictable, economical and independent energy supply.
Key features
- Fully integrated hydrogen solution
- Covers the entire H2 value chain: production (electrolysis), storage (H2 tank), utilisation (fuel cell)
- Green hydrogen from renewable sources
- Conversion of solar, wind or water power into hydrogen by means of electrolysis – completely CO₂-free
- Holistic use of all forms of energy, including waste heat and oxygen
- Intelligent plant control and energy management for the entire property
- AI-supported energy and load management system for dynamic adaptation to consumption, grid requirements and market conditions
- Scalable and decentralised energy concept
- Open system architecture and manufacturer- and technology-independent – compatible with existing infrastructure
Technical specifications
|
Electrolysis output |
30 kW - 500 kW (electrical input power) |
|
Electrolysis hydrogen production |
0.6 kg/h - 9.5 kg/h |
|
Electrolysis output pressure |
40 bar |
|
Fuel cell |
3.5 kW - 500 kW (electrical output power) |
|
H2 storage |
Pressure tanks, cylinder bundles, others Size as required |
|
Compression of hydrogen |
Up to 700 bar |
|
Battery storage |
100 kWh - 2,000 kWh |
|
Containment |
20 ft - several 40 ft containers |
|
Waste heat |
Waste heat is optionally usable |
|
Oxygen |
Oxygen can be used optionally |
|
System control / energy management |
Complete system control is available Energy management for the entire property can be used as an option |
Areas of application
- Residential areas and municipalities
- Trade and industry
- Self-sufficient energy islands and microgrids
- Data centres
- Agriculture
- Wind and solar parks with storage requirements
- Pilot projects and test fields for hydrogen technologies
Why choose the H2 Energy Plant from schrand.energy?
- Climate protection and energy independence: Local, emission-free energy supply – independent of fossil resources and suppliers
- Grid-friendly and economical: Reduction of peak loads, exploitation of market opportunities and savings in energy costs
- ‘Made in Germany’: Technological excellence, quality and innovative strength from Germany
- Future-proof: Flexibly expandable and adaptable to future legal, technical and economic conditions
Contact us
- schrand.energy is your partner for a sustainable, decentralised hydrogen-based energy economy. Let us work together to realise your individual energy project.
| H2 Production Rate (in kg/day) | 228 |
| Max Pressure (in bar) | 700 |
| Compliant with | CE |
schrand.energy GmbH & Co. KG
schrand.energy GmbH & Co. KG, based in Essen (Oldenburg), emerged in 2022 as an independent entity from the long-established family business SCHRAND, which has been active in international pipeline construction for decades. Building on this solid expertise, schrand.energy successfully develops future-oriented solutions in the field of green hydrogen technologies.
The focus is on the innovative pilot plant at the company's site for decentralised energy supply: in a modular container solution, surplus electricity from photovoltaics is converted into hydrogen, stored and converted back into electricity when needed – including efficient use of the waste heat generated. The result is a completely self-sufficient energy cycle in island operation, controlled by the company's own intelligent energy management system – sustainable, flexible and practical.
The areas of application range from industry and commerce to agriculture and housing – wherever an independent, sustainable energy supply is required.
HYDROGEN FOR TOMORROW. WE ARE WORKING ON IT.
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