Test Results

• 100% full charge achieved in approximately 15 minutes

• Maximum battery temperature increase of approximately 12°C

• No observed degradation of battery lifespan during repeated testing

• More than 1,000 charging tests conducted

• Charger can be adapted to different battery types and chemistries

• Specialized intelligent charging technology based on Asynchronous Impulse Charging

Potential Applications

• Drones and robotics

• Electric scooters and micromobility

• Mobile phones and smart devices

• Portable medical devices

• Industrial tools

• Prosthetics and mobility devices

• Potentially electric vehicles and the automotive industry

We and our partner have developed a new technology for ultra-fast battery charging based on a method known as Asynchronous Impulse Charging. It is a software-controlled system that dynamically adapts the charging process in real time to the characteristics of the battery cell, with the goal of significantly reducing charging time while controlling temperature and preserving battery lifespan.

According to the testing conducted so far, batteries can be fully charged in as little as approximately 15 minutes, with a recorded temperature increase of approximately 12°C. More than 1,000 charging tests have been performed, with no measurable degradation of battery lifespan observed during repeated test cycles. Results may vary depending on the type of cell, battery chemistry, and specific device.

The distinctive feature of this technology is that it does not rely primarily on simply increasing the power output of the charger. Instead, it uses an intelligent algorithm and microcontroller-based architecture to manage and optimize the flow of energy throughout the charging process.

The technology was developed in Serbia and is designed to support various types of batteries, including lithium-ion, sodium-ion, and other advanced battery chemistries.

Asynchronous Impulse Charging