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Node search trends in Google
Node is a revolutionary high-tech start-up, which disrupts a market niche of wireless
transmission devices for both private and commercial use.
Our innovative developments, research activities in the eld of storage and transmission of
electricity, allow us to o er solutions that are characterized by high quality and e ciency of use.
As the presence of wireless power transfer technology increases in consumer electronics, the
industrial and medical industries are shifting focus towards this technology and its inherent
advantages. As communication interfaces are becoming increasingly wireless with technologies
like WLAN and Bluetooth, wireless power transfer has become a relevant option. Completely
new approaches can be taken that not only o er obvious technical advantages, but also open
up possibilities for new industrial design. This technology o ers new concepts - especially in
industrial sectors struggling with tough environmental conditions, aggressive cleaning agents,
heavy soiling ...
On the basis of several discoveries in the field of high frequency pulsed electromagnetic fields
made in the 70s-80s, it was proposed that it was possible to transfer energy through the
magnetic moments of the atoms of matter, which was the starting point for Node's research.
Node was created with the goal of developing and implementing commercial use of a new
technology of wireless energy transmission, which was developed and tested several years ago
by a team of physicists from Russia.
Prior to this, from October 2012 until May 2016, a number of studies were conducted in the field
of semiconductor materials, ceramic materials and their interaction with electromagnetic
high-frequency impulse fields by team members. Gradually, various experimental proofs of the
phenomenon of energy transmission through the magnetic moments of the atoms of matter
were obtained, and the conditions were defined under which such a transmission takes place. At
the same time, a decision to commercialize ...
In general, two fundamentally different schemes are being explored and improved upon by the
1. In an induction coil or an electric transformer, which have a metal or air core, the energy
is transferred by a simple electromagnetic connection called magnetic induction. Using this
method, the transmission and reception of energy became feasible at a considerable
distance, but to obtain a significant voltage in this way it was necessary to arrange two coils
very close to each other.
2. A magnetic/capacitive resonant coupling is used, where both inductors are tuned to a
mutual frequency, so that a considerable amount of energy can be transmitted over a
The essence of the promising technology from Node is the imposition of several electromagnetic
waves in the form of impulses of different duration and frequency to each other, after which
these waves pass through a special ferroelectric material and an electromagnetic lens from the
Advantages of Node technology
Receiving surfaces (antennas) of
Energy is transmitted in space
( eld), regardless of the position
of the receiver in it
Large distance of energy
Absolute protection against dust
Energy transfer while the
receiver is moving
The possibilities for using this technology are practically limitless. The technology can be built into
any electronic devices without significant changes in size, weight, aesthetic appeal, etc. It also
integrates directly into the controllers of lithium-ion batteries.
Transmitting devices have less weight and dimensions than existing analogues, and can be
manufactured in virtually any design, including flexible shapes and various thicknesses. In
addition, the generated energy can vary from milliwatts to powerful energy levels of tens of
The technology has a low internal energy consumption, provides almost a complete energy
transmission with efficiency...
We’re going to offer the market a number of technical solutions in the field of wireless energy
transmission - from consumer electronics to industrial products
Wireless Power Station -
Charging station for oor/
Solutions for consumer electronics are represented by two devices
Flexible stylish pad for wireless charging of electronic devices.
Allows to charge portable electronics, mobile
phones, smartwatches, tablets, laptops and
Does not consume power in standby mode.
Slim and flexible design ensures the
convenience of folding, transporting and
storing the device.
A large charging surface area allows several
devices to be serviced simultaneously or
located on top of each other.
When charging multiple devices, the power
transmitted to each device decreases in
proportion to the total power consumption
Contains a standard USB power adapter for
Provides three types of wireless receivers:
micro-USB, Lightning and USB Type-C.
Target price ~ $99
Surface area 300x200mm
Transmitted power up to 10W
USB 5V power supply
Wireless charging station for desktop placement.
It’s capable of transmitting energy within a
radius of up to 1 meter.
Being at an altitude of up to 200 mm from the
level of the surface on which it is located.
Wireless Power Pod provides charging of
several devices simultaneously and is
equipped with automatic power control.
Target price ~ $159
Transmitted power - up to 150W
Power supply - 220V
Dimensions - 100x70mm
Solutions for the industry is the Node's strategic goal. They can be implemented in different
areas: production, construction, agriculture, energy, security and many others. Now, the
company conducts research in the following areas:
The solution from Node allows for faster and more convenient charging of electric vehicles. It’s
enough to place the receiving device under asphalt, for example, parking and on the inside
surface of the body; the vehicle will be ready for charging. The body itself can act as a receiver.
This method is safe, affordable and environmentally friendly, and also as simple and fast as
refueling a gasoline car on a regular gas station.
2. Drones wireless charging
Wireless charging and power technology provide multiple advantages over traditional
connectors and docking systems, not only for unmanned systems, but also for industrial
robotics. Moving on the surface, or passing areas where there is a signal, the robot can be
charged from our wireless device. ...
10.2012 - 05.2016
The project initiator and like-minded peopleconducted a research in the field of semiconductor and ceramic materials and their interaction with electromagnetic high-frequency impulsive fields
Based on the obtained results, a decision was made to commercialize the technology
06.2016 - 03.2017
Development of schemes and technological solutions, selection of components
Successful final testing of several prototype devices
05.2017 - 06.2017
The design concept was developed, materials and technologies for a sample batch manufacturing were selected
Registration of Node as a legal entity
06.2017 - 09.2017
Negotiations on financing and preparation for the ITO
10.2017 - 11.2017
Creation of a corporate website and marketing materials
12.2017 - 01.2018
12.2017 - 03.2018
Patent registration, certification of products, start of a commercial lot production
01.2018 - 03.2018
NODE token introduction to the trading exchanged
03.2018 - 06.2018
Launching the production of Alpha
07.2018 - 05.2019
Launching the production of Wireless Power Station