TRANSPO POWER STATION BY USING POTKIN ENERGY

摘要

Traspo power station can be broadly divided into two types Type -A and Type -B Type- A is " Transpo road power station " and type -B is " Transpo rail power station ". A. Transpo road power station: Transpo road power station comprises PK devices and its related structure members are arranged set-1, set-2, set-3,... as per schematic diagram -A (LHS & RHS). Schematic diagram -A (LHS & RHS) shows the arrangement of the PK device sets along the road surface, one or more transmissions, flywheels or gearboxes and generators for a typical 150MW power station. When vehicles passed over the surface of treadle bridge or fixture bridge or lever and structural members connecting said treadle bridge or fixture bridge or lever at least two hinge points, whereby motions of said treadle bridge or fixture bridge or lever relative to one another generates torque, one or more shafts or other means by which to transfer torque connected to one or more generators, and a means by which to ensure that one or more generator output currents flow in a single useful direction despite the reversing of generator rotation. When the treadle bridge or fixture bridge or lever oscillates, it rotates the connected shaft, due to which a current is produced in the generator coil. This voltage can be "stepped up " through a transformer to match the natural grid. B. Transpo rail power station Transpo rail power station comprises PK devices and its related structure members are arranged as per schematic diagram -B(LHS & RHS). Schematic diagram B(LHS & RHS )- shows the arrangement of the PK devices along the rail surface, one or more transmissions, flywheels or gearboxes and generators for a typical 1000MW power station. When modified bogie wheels passed over the surface of the fixture flap or hinged lever and structural members connecting said fixture flap or hinged lever at least two hinge points, whereby motions of said fixture flap or hinged lever relative to one another generates torque, one or more shafts or other means by which to transfer torque connected to one or more generators, and a means by which to ensure that one or more generator output currents flow in a single useful direction despite the reversing of generator rotation. When the fixture flap or hinged lever oscillates, it rotates the connected shaft, due to which a current is produced in the generator coil. This voltage can be "stepped up " through a transformer to match the natural grid. The value of the MW generated depends on: - weight of the vehicles passed over the surface of the device. - the speed of the vehicles passed over the surface of the device. - number of vehicles passed over the surface of the device per hour. - number of devices used in a set - active width of the device. - wheel base of the vehicle are passed over the surface of the device. - number of spare vehicle are in use.