Global Energy Transmission (GET) develops innovative solutions for high-power wireless energy transmission over large distances without conventional wires, providing a game-changing opportunity to build a new worldwide wireless energy network to power all manner of electronic devices. It will radically change the possibilities for powering the world in the next 10 years, providing innovative solution for many industries including drones, mobile communication devices, robotics, medical equipment, industrial equipment, warehouse vehicles, all manner of other electronic devices, and renewable energy.
GET provides unique solution for electric power transmission over large distances via development and installation of transmitting and receiving antenna hardware – no conventional wired grids are required!
We work to build innovation of the century in terms of both of technology and usability.
GET Transmitters will be delivered to market with simple, easy to install and maintain design, made of modern materials and electric components, delivering end-to-end high-power wireless solution for your industry.
Our key advantage and strength – a revolutionary technology based on scientific breakthrough that brings outstanding opportunities and exciting capabilities for any industry. The company is driven by team of experienced innovative executives, fully focused on delivering the solution, and further technology development for electric power transmission industry.
Distant Wireless Power solution
GET presents a new Distant Wireless Power Technology that can power all manner of electronic devices including heavy drones with a range of many meters from a safe, simple easy to install power transmission cord (energy transmitter).
GET technology provides best efficiency by distance and can deliver kilowatts of power at a distance of 10s of meters or more.
Disrupting wireless power standards
GET re-invents commercial drone industry providing technical solution to power drones in 24x7 mode around dedicated area. We aim to deliver industrial solution next year (2017) – to provide safe and efficient high-power long distance wireless power transmission, and deploy wireless power networks for drones in cities across the globe.
Technical reference design
Partnership with leading manufacturers of drones and mobile devices to accelerate GET technology into the market
Wireless power network
Building wireless power network is one of our primary strategic goal
B2B Turnkey solutions
Turnkey solutions for industrial applications including monitoring, security, and delivery
01 Distant Wireless Solution Q: Is it safe for people/animals?
It is completely safe for people and animals – density of electric or magnetic field in each particular point are under approved limits for general applications.
02 Distant Wireless Solution Q: What are other possible applications of your technology?
in fact, there are unlimited future applications for many industries:
- Mobile communication devices
- Medical equipment
- Industrial equipment
- Wireless charging of pipeline detectors (oil/gas)
- Warehouse vehicles
- Electric cars
- All manner of other electronic devices
03 Distant Wireless Solution Q: What distance of transmission you can achieve?
The key feature of the technology is a long length flexible transmission cord, which forms area of energy reception with a distance of up to 20 meters from the transmission cord. The transmission cord can be much longer and reaching 100s of meters or even several miles!
04 Distant Wireless Solution Q: Why nobody did this before?
This solution is now possible due to GET innovation and recently available reasonable cost for high-power semiconductor components in the frequency range we use. Additionally, combination of other technologies in complementary industries made this solution possible as of today.
05 Power Tower Q: Assumed energy transmission system evokes currents in the Earth. How dangerous are these currents for the living substances and can they affect electronic devices?
In one particular point, the current value is far from limits of the measured values. Therefore, it does not impose any danger to objects/living substances. In addition, current with great value is constantly flowing from atmosphere to the Earth (its value is about 1.8kA in a total over whole area of planet) due to the big difference between potentials of the Earth and upper layers of the atmosphere being around 300 000 V.
X-axis – E, V/cm
Y-axis – N, m
Comment to the Figure. Pattern of the changes in terms of the strength of an electrostatic field E with a height H in the areas denoting good weather conditions. 1 – in pure atmosphere (ocean, arctic areas etc..); 2 – above the mainlands.
Thus, vertical current flows through all living organisms of the planet (and via electronic devices) on a constant basis at any time of day and night and potentials difference between head and heels of the human being comprises around 200V like in socket. However, when converted to surface, the current value appears to be too small (the latter is related to low air and earth conductivity), so that it wouldn’t have effect on anything. Similar situation will be observed during work of the device.
06 Power Tower Q: Is it true that if energy will be transmitted in such way then it will be possible to get connected and use energy illegally in any part of our planet?
Question concerning control of connections is quite reasonable. In terms of industrial solution, from the technical point of view, there is series of means which allow protection from unauthorized connection. For instance, complex modulation of work of setup within large frequency range closing mostly access to such transmitted energy is possible to perform. There is also possibility to synchronize work of big amount of the towers so that reasonable amount of power can be picked up only in restricted area of the globe, it is possible to conduct direction finding of such unauthorized connection as well as quite precise determination of geographical coordinates of “cutaway” etc.
Thus, we have all necessary technical grounds for the use of industrial technologies implying possibility of performing control over energy delivery.