EV Bots provides an autonomous robot that locates parked electric vehicles, swaps pre‑charged battery packs, and manages the charging cycle without human intervention. The robot also performs tire‑pressure checks, wear diagnostics, and external inspections, sending real‑time health data to a mobile app that integrates with existing fleet‑management systems. This on‑site charging and maintenance automation reduces vehicle idle time and operational costs for commercial electric fleets.
Funding
Funding not disclosed
Founders
Product
Problem
Electric fleet operators often experience significant downtime because charging requires vehicles to travel to fixed stations or wait for scheduled slots, and manual inspections and tire checks add further delays. Limited on‑site charging infrastructure hampers efficient utilization of EVs, especially for delivery and logistics fleets operating on tight schedules.
Solution
EV Bots delivers an autonomous, on‑demand charging robot that travels to a parked electric vehicle, connects a pre‑charged battery pack, and manages the charging cycle without human intervention. The robot returns the depleted pack to its docking station and can repeat the process for multiple vehicles throughout a facility. Integrated sensors perform external vehicle inspections, tire‑pressure monitoring, and wear diagnostics during each visit, providing real‑time health data. Fleet managers control requests, monitor status, and receive alerts through a dedicated mobile app that synchronizes with existing fleet‑management platforms. By automating both energy replenishment and routine maintenance, the solution reduces vehicle idle time, improves fleet uptime, and lowers operational costs.
Target Audience
Primary customers are commercial fleet operators managing electric delivery vans, light‑ and medium‑duty trucks, and autonomous car fleets that require high vehicle availability and streamlined maintenance. The solution also serves logistics companies and construction equipment providers seeking to minimize downtime and operational costs.
Features
- Autonomous navigation system with obstacle avoidance to locate and approach any parked EV within a defined area
- Swappable, high‑capacity battery packs that dock for rapid charging and are robotically exchanged on‑site
- Secure, end‑to‑end encrypted communication between robot, mobile app, and cloud analytics platform
- Integrated tire‑pressure sensors and wear‑analysis cameras for real‑time diagnostics and alerts
- External vehicle inspection module using LiDAR and high‑resolution imaging to detect damage or maintenance needs
- Mobile application for scheduling, live monitoring, and remote control of charging and inspection tasks
- Scalable fleet‑wide dashboard with API hooks for ERP or existing fleet‑management software
- 24/7 operation capability with self‑diagnostic health monitoring and automatic return to charging dock