Adaptive state-of-charge ranges based on daily usage patterns extend Li-ion battery pack life while reducing energy use and improving safety.
A retractable guide part lets one charging slot fit different battery sizes while keeping alignment and charger space efficient.
Aggregated EV fleet load forecasting and dynamic disaggregation improve bidirectional energy trading while preserving vehicle mobility needs.
A bimodal near-field transfer approach combines capacitive and inductive coupling to cut compensation hardware and improve alignment flexibility.
Waste heat from the vehicle cooling circuit warms the automatic charger and cover to prevent freezing without draining the driving battery.
Matches vehicles and charging devices by real-time surplus and required power to stabilize charging under variable solar and wind output.
Dynamic control of a gas engine generator, battery array, and DC-DC converter stabilizes off-grid EV charging while avoiding unnecessary generator runtime.
Bidirectional battery health and time feedback lets EV charging adapt in real time to fill the available window without harming the pack.
A single-contactor PDU manages battery heating, charging, and load power flow to improve control reliability while reducing circuit complexity.
Reusing the feeder exchange interface lets mobile robots swap depleted batteries automatically without complex exchange stations or manual delays.
A bidirectional DC/DC converter shifts power between DC outputs to charge multiple storage devices without a switch matrix, cutting loss and space.
Position-based charging gun selection replaces QR scanning, enabling reliable EV charging start in poor light or with damaged codes.
Early defect detection lowers charging voltage and state of charge in EV batteries to reduce internal short-circuit and fire risk.
Priority-based output range correction lets EVs preserve charging preferences while securing enough frequency adjustment capacity for grid stability.
Coils on transformable UAV payloads capture transmission-line magnetic flux for in-flight battery charging and longer-range remote inspection.
A sensor-controlled isolator and relay charge the primary marine battery first, preventing cross-flow and abrupt engine load changes.