Wireless UAV Charger
Distributed And Affordable Smart Charging Points
An intelligent network of drone wireless charging solution.
In everyday drone usage, from automatic to Beyond Visual Line of Sight (BVLOS) operations, a high number of charging points will be needed due to limited battery time. Affordability and universality are some of the key aspects we solved to offer an intelligent charging network solution.
A new scalable powerpatented technology
Fast Opto-Inductive Control
A novel opto-inductive wireless control mechanism allows a fast control feedback for transient load changes. Response times are 3 orders of magnitude better than any other frequency modulation or bluetooth control scheme.
Matrix Power Structure
Optical information not only allows precision power control, fast feedback and data communications, it also permits to activate precisely aligned coil tiles. Through a matrix of inductive elements in transmitter and receiver parts opto-magnetically coupled, multi-device and extended wireless recharging surfaces are now possible.
Optical data communications are included in the same interface used for power control. The active surface becomes a data hub, allowing inter-device communications or data transfer to other networks or internet. Data communications also allows automated distributed energy transactions using Blockchain technology.
Sistema de Divisek aparece como referencia en revista tecnológica
Drones antiincendios IoT: la combinación de tecnologías al servicio del planeta – Telefónica IoT
IoT como palanca de mejora de la competitividad en la industria
Divisek colaborando con Telefónica de España
Premian a Sodecan por la gestión del Fondo Jeremie Canarias
Divisek Systems en Lleidadrone
Main advantages of our Wireless Charging Solution
Waterproof, dustproof, and other corrosive elements. Completely safe for operation in all environments and uses.
Electric conductive systems require good contact, are sensible to oxidation and degradation and the small contact surfaces limit the current transfer.
Increasing charge current is a matter of increasing the number of opto-induction transceivers, they can be added in one, two, four, or even more UAV legs, without polarity position problems.
With the above mentioned characteristics, we can get very high current charge rates, 20 Amps or even more, achieving ultra fast battery recharging cycles.