A reverse electrodialysis system converts thermal energy into electricity using ion exchange membranes and concentration gradients.
Segmented dual drive engines transmit power simultaneously to the working drum, maintaining standard transport width while increasing output.
A torque-transmitting shaft couples an internal combustion engine and electric motor to supply accessory power.
Movable airfoil wings adapt to varying wind conditions to optimize energy harvesting efficiency without increasing device complexity.
A linear generator converts vehicle wheel movement into electrical power to operate refrigeration components without a traditional engine.
Auxiliary power system scavenges driveline energy during off-peak periods to supply stored power during compression strokes.
Integrates photovoltaic cells into vehicle body panels using edgeless encapsulation layers for structural durability.
A hybrid electric work machine features a detachable rear section equipped with an independent electric drive system for self-propulsion.
Segmented drive modules with universal coupling mechanisms resolve inventory costs while maintaining design flexibility.
Inverter unit stops fan electric drive motor when lock lever engages, reducing battery power consumption during idle periods.
Control unit measures rotational speed of uncoupled components to calculate angular acceleration and determine drag torque.
A two-speed accessory drive pulley uses a radially expanding wedge plate to lock and unlock races for speed adjustment.
A temperature sensor detects motor overheating caused by clogged filters, triggering alerts to preserve hydraulic reliability.