I guess you only want to make chrging devices? Or there are other implementation?
Hello! Thank you for your question!
Our scope does not end on just making charging devices. The process of creating products using technologies originating Node, has passed the stage from experimental studies to the creation and successful final testing of prototype devices. Right now, we offer the market 2 products: Alpha (Wireless charging Pad) and Eon (Wireless Charging Pod).
However, solutions for the industry is the our 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:
1. Automotive
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.
Drones and quadcopters can be continuously recharged from wireless charging stations on the route. No need to connect the drone now to the connector or have a special bar for charging. There is an opportunity to create a distributed delivery network with the help of drones, for example, by placing the charging stations on houses.
3. Healthcare
Node is actively engaged in the research and development of new sensors for non-invasive determinations of the chemical composition of liquids and media. By using new methods of signal transmission through various media and collecting information on the change of these signals at different resonant frequencies, it’s possible to determine with sufficient accuracy the presence and quantity of chemical elements and compounds in a certain volume of the medium space.
Using special algorithms, it’s possible to determine deviations of environmental parameters from standard values and transmit this information. This allows for obtaining reliable and accurate data on the state of the environment in real time, remotely and with low power consumption. This is a demanded product, which is extremely necessary in the medical industry, for example: to create devices that determine the chemical composition of blood, and also designed to control blood sugar levels, etc. Therefore, Node's technological solutions are widely used in medicine.
There are no limits of what we can do with Nodes technology. Starting with the maintenance of electronics for care and monitoring of health, ending with the supply of implanted devices, sensors and measuring devices. Implanted microsensors that run on batteries do not require a connection and can be easily recharged by simply placing them to the charging transmitter through the body.
These types of solutions are under development and would be presented later in 2018.
