Dynamic Wireless Power Transfer (DWPT)
Electrified roadways for high-uptime EV fleets.
Enroute Power develops roadway-integrated wireless charging infrastructure and controls to enable continuous on-route energy transfer—reducing battery size requirements and improving fleet utilization.
Overview
DWPT enables energy transfer while vehicles are moving, which can materially change how fleets are electrified.
Reduce downtime
Dynamic charging reduces dependence on long stationary charge cycles—supporting higher daily vehicle utilization.
Smaller packs, lower cost
On-route energy transfer can reduce required battery capacity, improving payload flexibility and economics.
Engineered for real conditions
We focus on robust system behavior: alignment tolerance, control stability, monitoring, and reliability.
Technology
Enroute Power integrates power electronics, magnetics, system controls, and verification methodologies.
Core technical themes
- Roadway transmitter architecture for scalable segment control
- Receiver integration for heavy-duty vehicles
- Power regulation strategies under dynamic coupling conditions
- Pad-to-pad synchronization + fault tolerance concepts
- System validation: instrumentation, modeling, and test methodology
What we’re building
Updates
Short updates and milestones. This section intentionally stays lightweight (no CMS required).
Enroute Power website launched
Initial public landing page goes live. Future updates will include technical milestones and pilot progress.
Contact
Interested in pilots, technical discussion, or partnership? Reach out.
Contact details
Email will be added shortly. In the meantime, use the form below or connect on LinkedIn.