The three key features of our concept are:
- The use of Zired-motor in heat pumps, pumps, gas/steam turbines and generally as a replacement for internal combustion engines
- The generated, renewable energy should be stored immediately and efficiently in a potential form of energy (liquid or gas).
- The renewable power plants should be small, varied and being well networked.
- A radical reduction in CO2 emissions
- Effectiveness in all areas of energy production
- The simplification of power plants; the producers of wind turbines will benefit from our concept in particular
- The creation of an energy buffer in order to compensate losses of production and to stabilize the electrical grid
- No new constructions of gigantic power grids
- The central control of the production sites by the TCP/IP-based networking
- A very environmentally friendly, ecological product in every way
The simplification of the power plants means that wind turbines, for example, wouldn't have to drive generators, weighting several tons, at a height of 60 to 140 meters anymore.
In contrast to conventional pumps (e.g. the Francis turbine ) the unique Zired pump/ motor can pump the water to an elevated tank or artificial lake from and during the first rotation. This water has potential energy now. That means, at a self-chosen point in time, you can let the water flow down again; thereby, a second Zired engine (this time as a motor) can drive a generator with stabil rotations. This combination offers flexibility and amazingly many advantages. This way, we could finally eliminate the problem of the inconstancy of the renewable energies; as soon as the sun or the wind abandons us (short or long-term), merely the storage process is influenced. The engine continues producing power of the stored water/compressed air, until sufficient sun or wind will be available again. For the process of the compensation, when there is a lack of sun or wind, not only the storage capacity, but also other parameters play a decisive role.
By the interconnection of well distributed power plants, it can be reacted much better to the local power needs, and no large quantities of power must be conveyed on long ways. The already existing power supply system would be entirely sufficient.