Modular submersible turbine-generator units harness ocean currents through cross-flow blades and permanent magnet generators.
A vapor pressure power generation system transfers liquid via the vapor phase between two bodies.
Dual impeller pipeline apparatus converts pressure differential into electrical energy, eliminating erosion and inefficiency of traditional valves.
Extensible elements switch between compressed and dilated configurations to displace fluid volume, eliminating friction losses in traditional fluid machines.
A gravity driven hydroelectric system uses a penstock to drive turbine blades over electromagnetic coils for power generation.
Side wall turbine recesses enable multiple units along a river, reducing canal construction time while increasing power generation efficiency.
A Pelton turbine nozzle control device limits actuation speed to prevent reflection pressure surges in hydraulic systems.
Rotating the turbine assembly isolates bearings from sediment wear, reducing maintenance complexity while maintaining high energy conversion efficiency.