Large-scale power generation method using electric locomotive-driven generators
OwnerPing Suinventor
Life of this patent
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Abstract
A large-scale power generation method using electric locomotive-driven generators includes the following steps: step 1: setting up a circular railway, and running at least 10 electric locomotives on the circular railway; step 2: providing one or two 20 MW or 30 MW generators in each carriage; step 3: providing a multi-stage double-gear accelerated transmission device on a wheel axle, and driving a generator rotor to reach a rated speed for electricity production; and step 4: grid-connecting electricity produced by the generators, and allowing a small part of the produced electricity to pass through a shunt circuit to become a driving force for the continuous operation of the electric locomotives. And therefor the electromechanical interaction is formed.
Claims5
A power generation method using electric locomotive-driven generators, comprising following steps:
- step 1:
- setting up a circular railway, and running at least 10 electric locomotives on the circular railway, with each of the electric locomotives pulling at least 10 carriages;
- step 2:
- providing one 20 MW generator in each of the carriages, wherein a center of gravity of a generator mounting position in the carriage is slightly closer towards an outer side of the circular railway;
- step 3:
- providing a multi-stage double-gear accelerated transmission device on a wheel axle of the carriage to convert pulling force of the electric locomotive into driving force, thereby driving a generator rotor to reach the rated speed;
- and
- step 4:
- after electricity produced by the generators enters a power grid, a small amount of the electricity enters an electric locomotive dedicated power grid through a power transmission shunt circuit, to become continuous power for running of the electric locomotives.
Dependencies are inferred from the claim text.