| 摘要 |
<p>A synergic hybrid jet turbine power generation system for increasing thermal efficiency by utilizing multistage axial-flow turbines is disclosed. In the power generation system, to utilize working fluid, generated by a pressure generation device, such as pressurized air generated by a compressor, pressurized steam generated by a boiler or pressurized oil generated by a hydraulic device, as the source of working energy, a plurality of power generation units, each including a multistage axial-flow turbine and a power generator, is coupled to the pressure generation device such that the power generation units are continuously coupled to each other in series through connection pipes connected to working fluid outlet ports of respective turbines. Furthermore, the structure of the turbines is improved, so that working fluid can be efficiently reused as the source of secondary power generation energy when the working fluid is discharged through the working fluid outlet ports after the working fluid has been used to rotate the turbine impellers. Therefore, the power generation system can continuously operate the plurality of power generation units at the same time using a single pressure generation device, thus remarkably increasing the total quantity of generated electricity, optimizing the efficiency of utilization of working fluid, and efficiently increasing the turbine capacity without requiring new molds for turbines having desired rotational torques or desired capacities.</p> |
