A movable power unit delivers stored energy to robots based on battery level, cutting replenishment time and avoiding wired charging delays.
Dual power lines with a bypass link let uphill EVs use downhill regenerative power, reducing impedance, voltage drop, and imbalance.
Electronic phase selection replaces mechanical switching in a track lighting adapter, enabling flexible insertion and automatic failover.
Fast multi-throw switching and real-time control shift loads across grid, solar, and storage sources to improve power use and supply continuity.
A controller switches battery support to the DC link only when external startup power is insufficient, improving startup reliability and battery life.
Multiple portable power stations share AC output by switching voltage and current source roles to prevent overcurrent and keep startup stable.
A supervised switch and current-limiting diode isolate dual vehicle power paths when voltage drops appear, preventing fault propagation.
By combining AC-DC, DC-DC, and external DC input paths, this charging module cuts conversion loss, lowers heat, and speeds EV charging.
A DC bus aggregates spare capacity from multiple utility meters and storage to enable fleet depot EV charging without major grid upgrades.
A normally closed changeover circuit cuts standby actuation energy while safely switching loads between grid and bidirectional inverter power.
Current-sensor feedback calibrates foldback voltage offsets to correct sharing imbalance between parallel generators despite voltage sense errors.
A ring bus reverse-flow ATS cuts breaker and PLC complexity while enabling scalable load switching and precise fault isolation.
Electronic control of live and neutral connections stabilizes two-way distribution bus voltage and supports higher renewable energy export.