Electreon Wireless Ltd. (ELWSF)

Overview

Electreon Wireless Ltd is at the forefront of developing and deploying an innovative wireless electric road system in Israel, emphasizing the transformation of roadways into dynamic power sources for electric vehicles (EVs). Founded in 2013 and situated in Beit Yanai, Israel, the company has carved out a niche in leveraging wireless charging technology to facilitate the seamless operation of both commercial and passenger EVs while in motion. By focusing on creating a shared and invisible infrastructure, Electreon aims to significantly reduce the reliance on stationary charging stations, thereby promoting a more sustainable and efficient transportation ecosystem. The company's mission is tailored to meet the growing demands of governments, cities, and fleet operators, addressing the urgent need for scalable and efficient electric vehicle charging solutions.

Products and Services

• Static Charging Solutions

Designed for electric vehicles that require charging while parked, Electreon's static charging solutions pave the way for a flexible and efficient use of EVs. These systems are ideal for home, workplace, or public charging stations, allowing vehicles to charge without the need for plugging in, thus providing a seamless and user-friendly charging experience.

• Dynamic Charging Solutions

The cornerstone of Electreon's offering, the dynamic charging solutions, enable electric vehicles to charge wirelessly while driving. This groundbreaking technology integrates seamlessly into roads, creating an invisible charging infrastructure that eliminates range anxiety and the need for frequent stops at charging stations. It's a game-changer for the continuous operation of commercial fleets and passenger vehicles alike.

• Semi-Dynamic Charging Solutions

Bridging the gap between static and dynamic charging, the semi-dynamic solutions by Electreon offer flexibility for vehicles that make frequent, short stops, such as buses on scheduled routes or delivery trucks. This system allows for charging during brief stops, effectively extending the operating range without significant downtime, and fostering a more efficient use of the vehicle throughout its service day.