Wattson provides a mobile charging platform that utilizes high-capacity power electronics and energy storage to deliver ultra-fast charging of electric vehicles at rates up to 300 kW. This service addresses the lack of charging infrastructure by enabling on-demand charging without the need for fixed installations, catering to vehicle fleets and stranded EVs.
Funding
Funding not disclosed
Founders
Product
Problem
Electric vehicle fleets face challenges in accessing convenient and rapid charging solutions, especially in scenarios with limited grid infrastructure or high demand. The need for fixed charging installations can be costly and time-consuming, while the lack of readily available charging options can lead to operational inefficiencies and range anxiety.
Solution
Wattson provides mobile and semi-fixed charging solutions for electric vehicles, utilizing high-capacity power electronics and energy storage to deliver ultra-fast charging up to 300kW. Wattson Go, a mobile charger, enables on-demand charging wherever it's needed, addressing the limitations of fixed installations and grid availability. Wattson Box, a semi-fixed charger, allows businesses to establish ultra-fast charging points at their base without complex installations. Wattson's intelligent platform predicts charging needs, optimizing resource allocation and minimizing downtime for EV fleets.
Target Audience
The primary target audience includes electric vehicle fleets such as rental car companies, taxi services, car sharing programs, VTC (Vehículo de Turismo con Conductor) services, and last-mile delivery companies.
Features
- Mobile charging service delivered via Wattson Go, providing charging where and when needed.
- Semi-fixed charging points via Wattson Box, enabling ultra-fast charging at a business's base.
- Ultra-fast charging capabilities, delivering up to 100km of range in under 5 minutes with 300kW chargers.
- Grid-independent operation, eliminating the need for fixed installations and reliance on grid capacity.
- Intelligent platform for predicting and optimizing charging needs.