A hollow-shaft auxiliary drive integrates an E-machine and planetary reduction gear to enable compact wagon shunting with lower drag torque.
Self-propelled cableway transport units couple symmetrically to the haul rope while vehicle counts adjust to passenger demand and cut operating complexity.
Trackside magnetic rotors harvest power from passing ferrous rail cars, avoiding vehicle retrofit while converting train motion into electricity.
A claw-pole generator powers modular wheelset bearing sensors through a common line, saving space and supporting continuous monitoring.
This railway bogie combines axle-end generation, rubber suspension, and dampers for 160 km/h stability and reduced wheel-rail wear.
Segmented rotor and stator units mount independently into wheel cavities, eliminating deep axle integration that complicates maintenance.
Vehicle-mounted electric machines provide regenerative braking and onboard power generation, eliminating external deceleration conveyors.
Integrating a friction wheel rotor on the wheelset end cap eliminates complex design modifications required for standard generator systems.
Integrating a GPS receiver and bearing-free hub generator within the wheelset bearing housing protects tracking equipment from theft and environmental damage.
An onboard generator supplies power at high speeds while a smaller energy store handles acceleration, reducing system complexity.
Axle generator with internal magnets resolves torque and dirt protection trade-offs for railway wagons.
A rail tamping machine uses a regenerative electric intermediate circuit to power vibration drives directly from bogie braking energy.
A hybrid self-generation apparatus combines vibration and wind power sources to supply continuous electricity for wireless sensors.
A hybrid railroad propulsion control apparatus uses multiple independent power converters to drive individual motors separately.
An air power generator system converts kinetic energy from moving objects into DC electricity via a fan-driven rotating shaft.
Circular railway locomotives drive onboard generators via gear transmission, eliminating intermittent renewable supply and high infrastructure costs.