Electric vehicles (EVs) are growing in popularity but charging them remains inconvenient—especially outside urban areas. Current charging stations are fixed in place, costly to build, and often rely on grid electricity, which is not always available, eco-friendly, or aligned with when people need to charge. Charging at night adds strain to the grid and is often powered by fossil fuels like coal, which reduces the environmental benefits of EVs.
Solution
This invention introduces a fleet of self-driving trucks equipped with propane-powered generators to charge EVs—anytime, anywhere—even while they’re in motion. These autonomous trucks navigate using sensors and AI, locate EVs that need power, and initiate secure, wireless charging connections without human input. The system can also include aircraft versions to charge drones or electric planes.
Inventive Step
Unlike traditional stationary chargers or basic mobile units, this system enables in-motion charging—a first-of-its-kind feature—using AI-optimized routing, real-time traffic data, and predictive demand analysis. The use of clean-burning propane makes it independent from the electric grid and more environmentally friendly, especially at night when renewable energy isn’t available.
Benefits
- No waiting at charging stations—charging happens on the go
- Reduces range anxiety and boosts EV convenience
- Avoids grid overload and peak-time energy costs
- Cleaner emissions than coal-based grid charging
- Scalable fleet can serve remote areas or cities flexibly
- Prepares EV charging for future regulations that limit grid use
Broader Impact
This invention helps accelerate EV adoption by solving charging infrastructure limitations and easing environmental concerns. It represents a major leap toward flexible, sustainable, and regulation-proof EV charging—making clean transport more practical for everyone.