i-ENERGY
The sustainable, CO2-neutral energy solution
i-ENERGY
The sustainable, CO2-neutral energy solution
i-ENERGY
The sustainable, CO2-neutral energy solution
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
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138 furnished apartments.
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CO₂-neutral construction.
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Very fast implementation on site.
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Integrated with our i-SYSTEM, the technical building equipment.
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Flexible application options.
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Cost efficiency.
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Healthy living environment.
-
138 furnished apartments.
-
CO₂-neutral construction.
-
Very fast implementation on site.
-
Integrated with our i-SYSTEM, the technical building equipment.
-
Flexible application options.
-
Cost efficiency.
-
Healthy living environment.
-
138 furnished apartments.
-
CO₂-neutral construction.
-
Very fast implementation on site.
-
Integrated with our i-SYSTEM, the technical building equipment.
-
Flexible application options.
-
Cost efficiency.
-
Healthy living environment.
-
138 furnished apartments.
-
CO₂-neutral construction.
-
Very fast implementation on site.
-
Integrated with our i-SYSTEM, the technical building equipment.
-
Flexible application options.
-
Cost efficiency.
-
Healthy living environment.
-
138 furnished apartments.
-
CO₂-neutral construction.
-
Very fast implementation on site.
-
Integrated with our i-SYSTEM, the technical building equipment.
-
Flexible application options.
-
Cost efficiency.
-
Healthy living environment.
-
138 furnished apartments.
-
CO₂-neutral construction.
-
Very fast implementation on site.
-
Integrated with our i-SYSTEM, the technical building equipment.
-
Flexible application options.
-
Cost efficiency.
-
Healthy living environment.
-
138 furnished apartments.
-
CO₂-neutral construction.
-
Very fast implementation on site.
-
Integrated with our i-SYSTEM, the technical building equipment.
-
Flexible application options.
-
Cost efficiency.
-
Healthy living environment.
-
138 furnished apartments.
-
CO₂-neutral construction.
-
Very fast implementation on site.
-
Integrated with our i-SYSTEM, the technical building equipment.
-
Flexible application options.
-
Cost efficiency.
-
Healthy living environment.
-
138 furnished apartments.
-
CO₂-neutral construction.
-
Very fast implementation on site.
-
Integrated with our i-SYSTEM, the technical building equipment.
-
Flexible application options.
-
Cost efficiency.
-
Healthy living environment.
-
138 furnished apartments.
-
CO₂-neutral construction.
-
Very fast implementation on site.
-
Integrated with our i-SYSTEM, the technical building equipment.
-
Flexible application options.
-
Cost efficiency.
-
Healthy living environment.
-
138 furnished apartments.
-
CO₂-neutral construction.
-
Very fast implementation on site.
-
Integrated with our i-SYSTEM, the technical building equipment.
-
Flexible application options.
-
Cost efficiency.
-
Healthy living environment.
-
138 furnished apartments.
-
CO₂-neutral construction.
-
Very fast implementation on site.
-
Integrated with our i-SYSTEM, the technical building equipment.
-
Flexible application options.
-
Cost efficiency.
-
Healthy living environment.
-
138 furnished apartments.
-
CO₂-neutral construction.
-
Very fast implementation on site.
-
Integrated with our i-SYSTEM, the technical building equipment.
-
Flexible application options.
-
Cost efficiency.
-
Healthy living environment.
-
138 furnished apartments.
-
CO₂-neutral construction.
-
Very fast implementation on site.
-
Integrated with our i-SYSTEM, the technical building equipment.
-
Flexible application options.
-
Cost efficiency.
-
Healthy living environment.
-
138 furnished apartments.
-
CO₂-neutral construction.
-
Very fast implementation on site.
-
Integrated with our i-SYSTEM, the technical building equipment.
-
Flexible application options.
-
Cost efficiency.
-
Healthy living environment.
-
138 furnished apartments.
-
CO₂-neutral construction.
-
Very fast implementation on site.
-
Integrated with our i-SYSTEM, the technical building equipment.
-
Flexible application options.
-
Cost efficiency.
-
Healthy living environment.
Your advantages
From concept to implementation
From concept to implementation
From concept to implementation
Your advantages
vollständig integrierte Holzmodulcontainer oder normale Containerlösung
hohe Leistungsdichte durch modulare Stack‑Konfiguration
dynamischer Lastbetrieb über den gesamten Regelbereich
langlebige PEM-Stacks Made in Switzerland
modulare Skalierung von 10 kW bis auf 20 MW Systemeinheiten
Effizienz
Unsere Elektrolyseure bieten eine Systemeffizienz von bis zu 80%, was sie zu der innovativsten und effizientesten Lösung für die grüne Wasserstoffproduktion und Dekarbonisierung macht.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
Engineering, Automatisierung und Dokumentation
Pre‑Assembly, Final Assembly
Inbetriebnahme und Systemoptimierung
CE‑Konformität
Wartung, Diagnose, Ersatzteile
Betriebsunterstützung und Fernüberwachung
Your advantages
The i-ENERGY SYSTEM is based on modular microturbine technology and allows for an independent energy supply within an integrated cycle.
Sun, wind, biomass, and geothermal energy are the primary energies.
We use self-produced hydrogen (H2) as energy storage, which is fed into the MMT (Modular Microturbine). This generates electricity and heat. The heat can also be converted into cold using absorbers. We then generate electricity with the waste heat by feeding it back into the MMT. This makes us emission-free and ensures a clean, efficient, all-round supply through this closed-loop system.
For a more detailed overview, you can view a simplified diagram of an i-ENERGY system here.
