We develop wireless energy systems based in lithium technology batteries, with integrated management and protection for autonomous vehicles and applications where weight, volume, and battery life are critical variables.
Analog and mixed signal design (Including power) using PSPICE, HSPICE, PSIM tool, system level design using MATLAB, SIMULINK. Digital design using VHDL for Xilinx, Microsemi, with MODELSIM, SYNPLIFY tools. Embedded software using C/C++, ARM and other architectures.
PCB design and Assembly
DMultilayer PCB design using Altium Designer tool, integration with simulation tools and mechanical design (SOLIDWORKS), SMD of any kind assembly (SOT, QFN, BGA, or WLCSP). Component management, logistics, and assembly with bulk orders in Asia.
Embedded systems are designed to meet specific needs, in our case we make embedded system designs using the latest technologies, FPGA, ARM, ASIC including test tools.
Our area of expertise covers the design of embedded systems and power electronics, focusing mainly wireless charging and intelligent autonomous vehicles.
Systems for UAVs
Our wireless charging system, patent pending, has among its main areas of application energy transfer to civilian drones automatically, quickly and easily.
Our system vs traditional systems
Traditional systems: Great; Redundant electronics; Difficult transport; Not universal.
Wireless Power: BMS Master; Contactless; Easy to carry; bidirectional; universal.
By using multiple disks scalable opto-inductive, for example placed on the legs of the drone, high current transfer rates, allowing rapid charging is achieved.