A steam-enhanced vortex power plant preferably comprising:
- a vortex tower having a strengthened structure formed by circumferential airfoil-type columns bearing an inner vortex channel and accelerating inlet airflows into peripheral zones of a columnar vortex flow a staged steam injecting system flashing and accelerating jets of saturated steam into said zones, a near-bottom vortex swirling structure, a flow-through electrical generator above with flexible stator and whirled magnetic concentrators, and a top exhaust structure;
- said inlet airflows are formed by sufficient winds, either by insufficient winds sucked with said jets of saturated steam, or by stagnant air sucked with the same jets at the calm;
- a heating system delivering slightly pressured and heated water into stages of said steam injecting system;
- a system removing out a precipitating condensate from said vortex channel;
- a system injecting said magnetic concentrators into vortex zone inside said electrical generator;
- a system removing out said magnetic concentrators after said electrical generator and renewing them;
- a system cooling said stator by condensate recovering stator heat losses into said heating system;
- a system purifying recirculated condensate and delivering excess condensate to consumers;
- a streamline site supporting air circulation and fixing said vortex tower and parts of said systems;
- said vortex swirling structure comprises a near-bottom vortex energizer, series vortex swirlers above, and a condensate separator located above said swirlers between said vortex channel and said tower structure;
- said electrical generator comprises said stator located between said vortex channel and said tower structure and confining a zone of vortex core whirling said magnetic concentrators in a peripheral layer, a lower located injector of said magnetic concentrators and a higher located separator of said magnetic concentrators between said vortex channel and said tower structure;
- said exhaust structure comprises a re-enhancer of airflow, a second condensate separator above and a top diffuser, said re-enhancer and said separator are located between said vortex channel and said tower structure;
- said columns carry rows of inlet adjustable vanes located between said columns and forming together with them the rows of flexible air nozzles having outlet openings into said zones of vortex flow;
- said columns are hollow and contain stages of said steam injecting system, every said stage has rows of flash-off drums integrated with flexible steam nozzles having outlets from said columns into peripheral layer of said vortex flow, said outlets are located between said air openings to form a forced rotating curtain of steam-air mixture;
- said stages of steam injecting system and rows of said air nozzles are coordinately integrated with said vortex energizer, said series vortex swirlers and said re-enhancer of airflow;
- said steam injecting system provides at the calm full replacement and exceeding of wind action for energizing and developing of vorticity, and for stable power generation and airflow exhausting, using kinetic energy and latent vaporization heat of said jets of saturated steam directed quasi-tangentially and upward into said vortex energizer, said swirlers and said re-enhancer, and sucking and then forcing new masses of ambient air containing further used vapor with latent vaporization heat;
- said columns bear frames with outside streamline and wave absorbing covers, said frames bear and strengthen said swirlers, separators, electrical generator, re-enhancer and diffuser.