SingleWire

The SingleWire Project focuses on verifying an alternative method of electrical energy transmission, inspired by the experiments of Nikola Tesla. Instead of relying on conventional systems that require high voltage levels and robust infrastructure, we aim to explore the principle of electricity transmission through so-called “displacement” effects. This phenomenon may enable the transfer of significant amounts of energy through a very thin conductor, while remaining safe for human health. The method has already been successfully reproduced, for example, by the AMInnovation laboratory in the United Kingdom.

In our ELLIA laboratory, we have partially assembled the experimental setup and are currently working on the development of a device for the precise measurement of the transferred power. This type of energy transmission could open new possibilities for more efficient power transfer in decentralized systems, potentially reducing the need for extensive infrastructure and increasing the flexibility of energy supply.