Get more out of your solar power
By using hydrogen as an energy carrier, you increase your self-consumption rate and pave the way towards complete energy self-sufficiency.
Make more out of your solar power!
Make hydrogen from excess electricity and take advantage of up to 50% government subsidies!
Medium-sized companies invest large sums in the expansion of renewable energies every year. But what happens when the machines stop at the weekend? Feed the electricity cheaply into the grid? Make more out of your solar energy. Produce valuable green hydrogen from the excess electricity! By using hydrogen as an energy carrier, you increase your self-consumption quota and pave the way towards complete energy self-sufficiency.
Arrange a free, personal initial consultation now and become a pioneer in the energy transition!
Get more out of your solar energy. Produce valuable green hydrogen from the excess electricity!
By using hydrogen as an energy carrier, you increase your self-consumption quota and pave the way towards complete energy self-sufficiency.
By using hydrogen as an energy carrier, you increase your self-consumption quota and pave the way towards complete energy self-sufficiency.
Excess electricity
Are the machines stopped at the weekend? Bring energy into the new week with hydrogen!
Increase self-consumption rate & self-sufficiency
With your hydrogen system you can significantly reduce your electricity bill.
Photovoltaik
- Primary energy generation via PV modules
- Energy consumption coverage
- Use of excess electricity for hydrogen production
- Enabling energy self-sufficient supply systems
Energymanagementsystem
- Intelligent control of the hydrogen system by means of an energy management system (EMS)
- EMS as the hub of all data
- Visualization of the energy flows
- Plant optimization
- Improvement of economic efficiency & plant availability
- Intelligente Steuerung des Wasserstoffsystems mittels Energiemanagementsystem (EMS)
- EMS als Knotenpunkt aller Daten
- Visualisierung der Energieflüsse
- Anlagenoptimierung
- Verbesserung der Wirtschaftlichkeit & Anlagenverfügbarkeit
Elektrolysis
- chemical splitting of water (H2O) into hydrogen (H2) and oxygen (O)
- 2 H2O → 2 H2 + O2
- Different processes:
- PEM electrolysis
- AEM electrolysis
- AEL electrolysis
- Chlorine-alkali electrolysis
Battery
- Short-term power storage using battery technology
- Extremely high efficiencies
- Day-night balance
- Optimization of the self-consumption rate and energy autrakia
- Buffer storage for electrolysis and fuel cell operation
Hydrogen energy system
- Electrolysis for the production of hydrogen
- Hydrogen storage
- Fuel cell for generating electricity from hydrogen
Smart connectivity
An intelligent system for controlling all relevant components in buildings.
Automotive industry
The automotive industry is an energy-intensive sector that offers a wide range of applications for hydrogen.
Municipalities
Municipalities recognize the need to convert their energy supply. Hydrogen is the path to decarbonization.
Pharmaceutical industry
The production of medical products is often enormously energy-intensive and requires modern automation.
Food industry
The production of food is often extremely energy-intensive.
Logistics
The logistics industry often offers extremely large roof areas for the use of PV systems.
Manufacturing industries
Sustainable hydrogen plant design for manufacturing industries.
Horticulture & Greenhouses
The heat and electricity demand in vegetable production is enormous. H2 can play an important role as an energy carrier
Real estate sector
Residential neighborhoods, blocks of houses and apartment buildings can be optimally supplemented with hydrogen energy systems
Chemical production plants
PtX plants such as electrolysers belong to the chemical energy conversion industry.
Initial consultation
Analysis of the current situation
Funding acquisition
Feasibility studies
Simulation
Detailed Engineering
Permits
Market analysis
Tenders
Selection of components
public relation
Construction support
Installation
Monitoring of plant operations
Further development
The challenge in this project is the different data interfaces that come together at the Miniserver via Modbus TCP. Data from different bus systems must be converted here, which will also be useful in other projects in the future.
Vanessa Shanks
Projectmanager
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