The modular basis for customised system designs.
A flexible core stack that can be integrated into a wide range of system configurations and power classes.
| INPUT | |
| 4 h × 128 kW DC | 513 kWh DC |
| OUTPUT | |
| 16 h × 23,4 kWh H₂/h | 375 kWh H₂ |
| 16 h × 6,6 Nm³ H₂/h | 105 Nm³ H₂ |
The turnkey solution for outdoor installation.
Ready to operate, easy to install and requiring minimal planning and commissioning.
| INPUT | |
| 4 h × 268 kW AC | 1.070 kWh AC |
| OUTPUT | |
| 16 h × 46,9 kWh H₂/h | 750 kWh H₂ |
| 16 h × 13,2 Nm³ H₂/h | 211 Nm³ H₂ |
The scalable solution for larger installations.
Modularly expandable and designed for flexible integration into buildings, existing infrastructure and industrial energy systems.
| INPUT | |
| 4 h × 1.800 kW DC | 7.200 kWh DC |
| OUTPUT | |
| 16 h × 328 kWh H₂/h | 5.250 kWh H₂ |
| 16 h × 92,6 Nm³ H₂/h | 1.480 Nm³ H₂ |
Our technology
A technology that puts
1 and 1 together.
In the first step, electricity is drawn at high power and the energy it contains is stored electrochemically in our cells. Oxygen is released in the process and metal is deposited on an electrode.
Energy that is safe and constant.
Energy is safely stored in form of solid zinc; this is what we call the intermediate step or in German “Zwischenschritt”. Our system does not store the energy in gaseous form, which means additional safety.
Reliable Hydrogen.
When discharging, the energy stored in the zinc layer is released as hydrogen: the zinc dissolves into the electrolyte and hydrogen is produced at the gas electrode. In addition, electricity and heat are generated. Since the charge-storage-discharge cycle is asynchronous, it can be flexibly adapted to special requirements.
