Intellectual Property
Here you will find a list of our granted patents.
Enertechnos has developed and patented multiple inventions for CTS technology and several other applications. You can download the list of patents and countries where they are registered by clicking the button entitled ‘Download here’.
1. A Charge Transfer Zero Loss Power and Signal Transmission Cable
The invention proposes a method to transfer an electric charge from the charging loop to the discharging loop. This transfer then transmits an alternating current from a power supply over a given distance to a transmission point with zero power loss.
2. Capacitive Cable - Long capacitor
The invention proposes a design of an improved capacitive cable capable of delivering data or power over long distances. With zero power loss, it can transmit an alternating current from a power supply over a given distance to the transmission point.
3. Capacitive Power Transmission Cable
The invention proposes the design of a capacitive cable applicable in power transmission that is comprised of multiple conductive strands separated by dielectric layers. The patent explains practical considerations for designing such a cable.
4. Capacitive Power Transmission Cable – Enamelled version
The invention proposes the design of a capacitive cable applicable in power transmission that is comprised of multiple conductive strands separated by dielectric layers. The patent explains practical considerations for designing such a cable.
5. Capacitive Power Transmission Cable – Layered version
The invention proposes the design of a capacitive cable applicable in power transmission that is comprised of multiple conductive strands separated by dielectric layers. The patent explains practical considerations for designing such a cable.
6. CTS Integrated Protection Circuit
The invention proposes the design of a protection and control system for CTS cable applicable in power transmission. The system aims to protect the dielectric layer by action based on measuring the differential voltage between the pair of cable terminals. The patent explains practical considerations for designing such a protection system.
7. A Low-Resistance Electric Heating System
The invention proposes the design of an electric heating system with low-resistance conducting material. The electric heating element could then be made from an electric conducting material foil to better cover the area or increase the surface area heated, therefore increasing heating efficiency.
8. An Interactive Electrostatic Field High-Energy Storage AC Blocking Capacitor
The invention proposes a capacitor plate design where the charge is evenly distributed in the dielectric material around the active interactive electrostatic field charging plate. Eliminating all localised electrostatic field concentrations, increasing the voltage at which it can be charged, thereby increasing electric energy storage capacity and being able to block AC.