Influx – Innovation through progress
The Influx-VA is designed as an advanced vertical-axis wind power system, characterized by motorized adjustable wings and processor-controlled mechanics
Mit der rechten Maustaste erhalten Sie ein Menü zur Einstellung der Darstellung.
Die vertikale Influx-VA Rotationsachse ist hier senkrecht zur Bildebene dargestellt.
Die beiden Pfeile im Bild zeigen die Windrichtung. Der Wind kommt vom oberen Bildrand.
The system is intended to overcome the weaknesses of conventional vertical wind turbines, such as inefficiency and resonance issues, while achieving increased energy output through additional energy effects. The Influx-VA combines high operational safety with cost-effectiveness.
The conceptual development of the Influx-VA has progressed to the point where we are preparing the technical advancement to a measurable prototype and its practical testing as part of a grant-funded project currently under application. Planned measurements at the Fraunhofer IWES aim to demonstrate how the technology can be further optimized and economically utilized. The Influx-VA stands out with its adjustable wings and innovative mechanics, making it more efficient and adaptable than conventional wind turbines.
Patents have been filed in Germany, Europe, and the USA. The development focus is on optimizing models and planning prototypes. The next steps include mechanical and electrical component development, software programming, manufacturing and construction, as well as experimental verification of a prototype. This will address questions such as the achievable efficiency under real-world conditions, functional reliability, mechanical stability under dynamic load conditions, production costs, and the optimal system size.
Technical Solutions
Carstens BGA Connector
This connector combines the advantages of a shared and separate circuit board, enabling mechanical connection and efficient data exchange with a data rate of up to 20 GHz.
