Industry & commerce
Efficiency, flexibility and future-proofing
Energy self-sufficiency is increasingly becoming a strategic advantage for industrial and commercial enterprises: rising energy costs, volatile markets and growing demands for climate protection require new supply concepts. Our modular complete system enables the decentralized generation, storage and use of green hydrogen directly on site. This allows companies to reduce their dependence on external suppliers, secure stable energy costs in the long term and create a resilient infrastructure for their own operations. Thanks to the flexible scalability, the degree of self-sufficiency can be gradually increased – right up to almost complete self-sufficiency with clean energy.
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Process heat supply
Use of hydrogen in thermal processes such as drying, steam generation or heat treatment - CO₂-free replacement for natural gas or heating oil
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Energy self-sufficiency
Combination of PV system, electrolyzer, hydrogen storage and fuel cell for off-grid power and heat supply to a production hall or workshop
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Backup and emergency power supply
Hydrogen-based fuel cells as a reliable emergency power source for critical infrastructures (e.g. server rooms, control centers, machine control systems)
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Load management and self-consumption optimization
Storage of surplus PV electricity as hydrogen to cut peak loads and reduce energy costs - especially when grid charges are high
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CO₂-neutral business parks or district solutions
Use of the system as a central energy supply unit for several companies or buildings within a commercial area or business park
H₂ products
- Container solutions & system modules
- Electrolyzers, storage tanks, H₂ filling stations
- Fuel cells
- Hydrogen-coupled solar systems
- Battery H₂ hybrid systems
- Control systems & energy management
H₂-Services
- System dimensioning & simulation
- Planning & approval management
- Project management & general contracting
- Training courses & safety training
- Maintenance & remote monitoring
Products & Services
Hydrogen solutions from a single source
Whether industry, transportation or aviation – our modular complete hydrogen systems enable an efficient and climate-neutral energy supply. We not only offer sophisticated technologies, but also support you with comprehensive services: from analysis and planning to support over the entire life cycle. Our service portfolio is flexibly scalable and precisely tailored to your requirements – for greater independence and future security.
Concept idea
Decarbonization of production through own H₂ generation
A modern cardboard mill uses a complete H₂ system with a 75 kW electrolyser for energy supply and process optimization. Green hydrogen is generated on site and used to provide process heat, for example as a substitute for fossil fuels in the drying process. The CO₂ balance of the end product is improved, while energy costs are reduced. The company is positioning itself as a pioneer for green packaging.
FAQ
Frequently asked questions about hydrogen
Hydrogen offers companies a path to greater independence, efficiency and climate protection. In this FAQ, we answer key questions about the use of modular complete hydrogen systems for industrial and commercial enterprises.
What is a complete hydrogen system?
A modular complete hydrogen system consists of several coordinated components for the production, storage and use of green hydrogen directly on site. It typically comprises an electrolyzer for hydrogen production, a pressure storage tank and a fuel cell or another utilization unit, e.g. for heat or process energy supply.
How can the system contribute to energy self-sufficiency?
By combining this with its own PV or wind power plant, a company can generate a large part of its energy requirements itself, store it in the form of hydrogen and use it as required. This not only allows peak loads to be absorbed, but also stabilizes energy prices in the long term and reduces grid dependency.
Is integration into existing processes possible?
Yes, the system is designed in such a way that it can be flexibly integrated into existing energy infrastructures. It can be used to supply electricity as well as process heat, compressed air or chemical hydrogen – depending on requirements and technical design.
What sizes of business make economic sense?
Even smaller commercial enterprises with correspondingly large PV systems – such as those in the manufacturing or food industry – can benefit economically. Their use is particularly efficient when there is a continuous demand for energy and when existing PV systems can be used or expanded.
What subsidies can I take advantage of?
In Germany and many EU countries, there are extensive funding programs at federal and state level, e.g. via KfW, BAFA or specific hydrogen strategies of the federal states. The subsidies can include investment grants, subsidized loans or tax benefits – depending on the industry, location and scope of the project
How safe is it to handle hydrogen during operation?
Modern hydrogen systems work with highly developed sensor technology, pressure control, gas detection and automatic shutdown in the event of deviations. All components comply with the relevant industrial and explosion protection standards (e.g. ATEX, DIN EN ISO) and are designed so that they can be operated reliably even in sensitive operating environments.
Can I expand the system if my energy requirements increase?
Yes, that is a key advantage of the modular design: components such as the electrolyser capacity, the storage unit or the utilization units can be easily expanded in the event of increasing energy requirements or surplus energy, e.g. from photovoltaic systems. This means that the system remains adaptable in the long term and offers a high level of investment security.
Advisor
Hydrogen technology, innovations, regulation & more
Our guide will help you stay on track: We are constantly publishing new articles with in-depth specialist knowledge on technology, market trends, regulation and concrete project implementation.
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