CN105201578B

CN105201578B - Low boiling point working medium Steam Actuation turbogenerator

Info

Publication number: CN105201578B
Application number: CN201510601748.1A
Authority: CN
Inventors: 章祖文
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-09-21
Filing date: 2015-09-21
Publication date: 2017-03-01
Anticipated expiration: 2035-09-21
Also published as: CN105201578A

Abstract

The invention discloses a kind of low boiling point working medium Steam Actuation turbogenerator, feature is that it promotes turbine work done device, turbine wheel shaft to consist of turbine wheel shaft, interval permanent magnet or seal shaft, power transmission shaft, travelling gear transfer-out power set, low boiling point working medium Steam Recovery, cooling, recycling device by thermal source, medium steam generator, low boiling point working medium steam generation device, low boiling point working medium steam delivery device, low baboon point medium steam.Advantage is that structure is simple, make easily, low boiling point working medium liquid carbon dioxide or liquid nitrogen raw material be easy to get, energy saving.

Description

Low boiling point working medium Steam Actuation turbogenerator

Technical field

The present invention relates to turbogenerator, especially relate to a kind of low boiling point working medium Steam Actuation turbogenerator.

Technical background

At present, the electromotor of turbine generation unit is typically by thermal source, boiler, steam pipeline, nozzle, turbine, actuating device Etc. several parts composition, because work done medium is high boiling water, power consumption is high, but due to the water vapour after work done be condensed into water with Return boiler afterwards again, the thermal efficiency is again low.

Content of the invention

It is an object of the invention to provide one kind low boiling point working medium Steam Actuation turbine rotation so make travelling gear rotate And the low boiling point working medium Steam Actuation turbogenerator of reducing energy consumption.

The object of the present invention is achieved like this.

A kind of low boiling point working medium Steam Actuation turbogenerator, forms tank, Jie including various known heat sources, medium steam Matter steam pipeline, medium steam heat source tube, low boiling point working medium steam form tank, low boiling point working medium steam and liquid backflow buffering Tank, low boiling point working medium steam pipeline, low boiling point working medium steam and liquid cooling pipe, low boiling point working medium liquid delivery tube, cooling Medium box, turbine cabinet, change speed gear box, nozzle, the turbine wheel shaft support of bearing and bearing, turbine, turbine wheel shaft, transmission shaft bearing support and Bearing, power transmission shaft, travelling gear, vacuum pump, cooling medium reflux pump, low boiling point working medium liquid delivery pump, low boiling point working medium steam Vapour compressor, recycle compressor, vapour adjustable valve, check valve, vapour table, electromotor, accumulator, suction ferrum inhale ferrum thin slice to wheel, patch The embedding ring seal of casing between plastic wheel, belt pulley, water vapour turbine generation unit upper box and rotary shaft, various machinery Support etc., feature is：In turbogenerator, the mesohigh low boiling point working medium steam that low boiling point working medium steam forms tank output first pushes away Dynamic turbine rotation simultaneously drives shaft gear by being spaced attracting ferrum of inhaling to the middle coupling spindle of wheel or good seal, then through low boiling Point medium steam and liquid cooling pipe or low boiling point working medium vapour compression machine etc. return to low boiling point working medium steam and form tank.Turbine wheel shaft Through left, center, right three turbine axle bearing, three supports of bearing are contained on the installing hole of turbine chamber interior wall, three tangential low boilings Point medium steam promotes turbine to be contained on the turbine wheel shaft between left two bearings by key and keyway, an axial low boiling point working medium Steam Actuation turbine is contained in the turbine on the turbine wheel shaft between middle right two bearings, on the left of left turbine axle bearing by key and keyway Repelled each other equipped with a left side the left iron absorbing wheel inhaling ferrum to wheel by key and keyway on axle, repel each other suction equipped with a left side in the left side of the left turbine support of bearing The right iron absorbing wheel of annular to wheel for the ferrum, in order to reduce axial thrust to the right, the right side of right turbine axle bearing pass through key and keyway equipped with Attracting inhale the left iron absorbing wheel to wheel for the ferrum, left iron absorbing wheel pressed close to turbine cabinet right side REGPARA row, on the left of left iron absorbing wheel body equipped with It is adjacent to the disk like left magnetic conduction silicon that iron absorbing wheel, outer ring and turbine chassis shell right side lid left parallel are pressed close to keyway, mistake axis hole, inner ring Steel.Defeated equipped with three annular low boiling point working medium steam by mechanical support outside the turbine cabinet in the middle of left turbine axle bearing Send pipe, this delivery pipe forms tank, vapour adjustable valve, check valve with low boiling point working medium steam again and is uniformly distributed and passes through turbine The nozzle of case is connected, and the mesohigh low boiling point working medium steam priority that nozzle sprays promotes tangential and axial turbine rotation, in axle To low boiling point working medium Steam Actuation turbine right side equipped with the low boiling point working medium steam pipeline connecting with turbine cabinet foreign minister, low Boiling point medium steam delivery pipe again with low boiling point working medium steam and liquid cooling pipe, low boiling point working medium vapour compression machine, low boiling Media fluid delivery pump, low boiling point working medium steam and liquid backflow surge tank, low boiling point working medium steam form tank connection.In turbine Mechanical support is passed through equipped with left and right two transmission shaft bearing support and bearing in the right side of cabinet, and power transmission shaft passes through left and right two transmission Axle bearing, the left side of Left Drive axle bearing, the power transmission shaft on right side of turbine cabinet right side lid are passed through key and keyway equipped with The attracting suction ferrum of turbine cabinet right side REGPARA row to the right iron absorbing wheel of wheel and band keyway, cross axis hole, inner ring and be adjacent to right iron absorbing wheel, outer Circle parallel with the right side of the lid of the turbine chassis shell right side press close to disk like right magnetic conduction silicon steel, on the power transmission shaft on the right side of right transmission shaft bearing Repelled each other equipped with the right side the right iron absorbing wheel inhaling ferrum to wheel by key and keyway, repel each other suction ferrum equipped with the right side on the right side of right transmission shaft bearing support The left iron absorbing wheel of annular to wheel, in order to reduce axial thrust to the left, passes through key and keyway in the rightmost side of power transmission shaft and passes equipped with big Moving gear, this big travelling gear is meshed with the small transmission gear on prepackage load generator arbor again, turbine wheel shaft and attracting suction Ferrum drives attracting suction ferrum to right iron absorbing wheel and drive axis in wheel to the rotation of left iron absorbing wheel in wheel, and then drives power transmission shaft tooth Wheel and electromotor rotate, and electromotor is fixed by mechanical support and equipped with exciting current auto-adjusting circuit.It is situated between as belonged to low boiling Matter Steam Actuation through-drive turbogenerator, then cancel turbine cabinet right side lid both sides attracting suction ferrum to wheel and magnetic conduction silicon steel, A left side on the left of left turbine axle bearing repel each other suction ferrum to take turns motionless, the right side on the right side of right transmission shaft bearing repel each other suction ferrum wheel is changed to right phase Inhale ferrum to wheel, with middle coupling spindle connection between turbine wheel shaft and power transmission shaft, between turbine wheel shaft and middle coupling spindle and middle connection All with key, keyway and the connection of fixing cylinder between spindle and power transmission shaft, middle coupling spindle can free plug, middle coupling spindle Annular protrusion and central coupling shaft or be solidified as a whole or the mutual central shaft that disconnects is coupled with threaded concave-convex structure, or phase Mutually separate, use left-hand thread associating, use annular valve rubber and equidistant sleeve positioning；Turbine chassis shell right side lid and middle coupling spindle it Between use multiple axle embedding multi-layer thin rubber ring seal, turbine wheel shaft, the rotation of middle coupling spindle, power transmission shaft and gear outwards convey dynamic Power, such as drives electromotor to rotate.

Secondary work system constitutes low boiling point working medium Steam Actuation turbogenerator, and A level work system is steamed by thermal source, medium Vapour forms tank, medium steam delivery pipe, medium steam heat source tube etc. and constitutes.B level work system is formed by low boiling point working medium steam Tank, low boiling point working medium steam and liquid backflow surge tank, low boiling point working medium steam pipeline, low boiling point working medium steam and liquid are cold But pipe, low boiling point working medium liquid delivery tube, turbine cabinet, nozzle, the turbine wheel shaft support of bearing and bearing, turbine, turbine wheel shaft, transmission Axle bearing support and bearing, power transmission shaft, travelling gear, the attracting suction in interval ferrum are to wheeled sealing or multiple axle embedding multi-layer thin rubber grommet Formula sealing, low boiling point working medium vapour compression machine, low boiling point working medium liquid delivery pump, cooling medium case, cooling medium reflux pump, vapour Adjustable valve, check valve, vapour table, prepackage load generator or change speed gear box, suction ferrum are constituted to wheel, various mechanical support etc..All The boiling point of cooling medium is with the boiling point of A level work system media, typically water or other Applicable medias.B level work system works Medium selects liquid carbon dioxide or liquid nitrogen.

The present invention is to do on the basis of the turbogenerator of traditional water vapour turbogenerator obtained from following improvement Invention：

1. work done medium is done using low boiling point working medium, the energy ratio that low boiling point working medium mesohigh steam is consumed produces identical The energy much less that pressure water vapour is consumed；

2. employ closing jet chimney, interval attracting suction ferrum to wheeled sealing or multiple axle embedding multi-layer thin rubber ring type close Envelope, working media can recycle；

3. employ tangential low boiling point working medium Steam Actuation turbine and axial low boiling point working medium Steam Actuation turbine combines Work done mode, make the energy of low boiling point working medium steam with more abundant, the place saving energy also has and steams from low boiling point working medium Vapour delivery pipe low boiling point working medium steam out can be without low boiling point working medium steam and liquid cooling Guan Erjing low boiling point working medium Vapour compression machine returns to low boiling point working medium steam and liquid backflow surge tank；

4. devise multiple axle embedding multi-layer thin rubber ring seal；

5. devise exciter current of generator auto-adjusting circuit；

6. simplify structure design, using the material that is easy to get, present configuration is simple, make easily, making material is aluminium alloy, Fiberglass, rustless steel, general steel, stainless reinforced concrete etc..

Brief description

Fig. 1 is the total schematic diagram of low boiling point working medium Steam Actuation turbine engine construction；

Fig. 2 a is turbine wheel shaft, the left recessed right convex left-hand thread of segmentation couples middle coupling spindle, power transmission shaft, the turbine cabinet right side Connecting device structure schematic diagram between lid, multiple axle embedding multi-layer thin rubber ring seal；

Fig. 2 b is that turbine wheel shaft, annular protrusion and central shaft use left-hand thread associating, entirely with annular valve rubber and sleeve positioning Between coupling spindle, power transmission shaft, turbine cabinet right side lid, connecting device structure is illustrated between multiple axle embedding multi-layer thin rubber ring seal Figure；

Fig. 3 is to inhale ferrum driving section structural representation in total schematic diagram, that is, be spaced attracting suction ferrum and wheeled sealing structure is shown It is intended to；

Fig. 4 is turbine wheel shaft, connecting device structure schematic diagram between middle coupling spindle, power transmission shaft；

Fig. 5 is turbine wheel shaft, overall in the middle of coupling spindle, power transmission shaft, turbine chassis shell right side lid and multiple axle embedding multi-layer thin rubber The structural representation of skin ring seal；

Fig. 6 is axle, key, keyway and by position relationship schematic diagram between retaining element；

Fig. 7 is each position of mounting hole graph of a relation on 360 degree of developed surfaces of turbine chassis shell；

Fig. 8 a is the structural representation of the left flange of turbine chassis shell；

Fig. 8 b is the structural representation of the right flange of turbine chassis shell；

Fig. 9 a is the structural representation of turbine chassis shell left side lid；

Fig. 9 b is another kind of structural representation of turbine chassis shell right side lid；

Figure 10 is the turbine wheel shaft support of bearing and bearing arrangement schematic diagram；

Figure 11 is that on tangential low boiling point working medium Steam Actuation turbine and turbine cabinet, low boiling point working medium steam jet position is closed System's figure；

Figure 12 is turbine cabinet outer shroud shape low boiling point working medium steam steam delivery tube and steam delivery tube support, steam delivery tube steam outlet pipe, spray Position relationship schematic diagram between mouth, fixing corrugated tubing；

Figure 13 a is the lubrication groove of axial low boiling point working medium Steam Actuation turbine and the structural representation of siphonal lobe；

Figure 13 b is the turbine siphonal lobe scattergram on axial low boiling point working medium 360 degree of developed surfaces of Steam Actuation turbine lubrication groove；

Figure 13 c is the single siphonal lobe structure chart in axial low boiling point working medium Steam Actuation turbine lubrication groove；

Figure 14 is to post the plastic wheel structural representation inhaling ferrum thin slice；

Figure 15 is the structural representation inhaling ferrum to wheel, and dotted line therein is to inhale ferrum to the annular iron absorbing wheel in wheel；

Figure 16 is the structural representation of travelling gear；

Figure 17 is the structural representation of left and right transmission shaft bearing support and bearing；

Figure 18 is the structural representation of check valve；

Figure 19 is the installation diagram of check valve；

Figure 20 is the schematic diagram of exciter current of generator auto-adjusting circuit.

Specific embodiment

It is described in further detail the present invention with reference to embodiment, it should be understood that the scope of the present invention is not limited only to this The scope of a little embodiments.

Embodiment 1：Low boiling point working medium Steam Actuation inhales ferrum transmission turbogenerator.

Low boiling point working medium Steam Actuation inhales ferrum transmission turbogenerator by A, and B two-stage work system forms.A level work system System forms tank A2, medium steam delivery pipe A3, medium steam heat source tube A4, vapour adjustable valve A5, list by thermal source A1, medium steam Constitute to valve A6, vapour Table A 7, mechanical support A8, A9 etc..Medium steam delivery pipe A3 include medium steam delivery pipe A3a, A3b, A3c, A3d, medium steam formed tank A2 include ladle bowl A2a, enter media port A2b, go out media port A2c, go out medium steam mouth A2d, Return medium steam mouth A2e, thermal source A1 and medium steam form tank A2 and constitute heating and heated structure.Medium steam forms tank and goes out Steam ports A2d passes through medium steam delivery pipe A3a, and vapour adjustable valve A5, medium steam delivery pipe A3b connect medium steam heat source tube A4 One end A4a, it is defeated that the other end A4 b of medium steam heat source tube A4 passes through medium delivery pipe A3c, check valve A6, medium steam Pipe A3d is sent to meet time medium steam mouth A2e that medium steam forms tank, medium steam heat source tube A4 is embedded in the low of B level work system Boiling point medium steam forms in tank B1, can be inserted into vacuum between the other end A4b and check valve A6 of medium steam heat source tube A4 Pump.B level work system forms tank B1, low boiling point working medium steam and liquid backflow surge tank B2, vapour amount by low boiling point working medium steam Regulating valve B3, check valve B4, low boiling point working medium steam pipeline B5, annular low boiling point working medium delivery pipe B6, nozzle B 7, turbine Cabinet B8, low boiling point working medium steam pipeline B9, low boiling point working medium steam and liquid return tube B10, low boiling point working medium steam and Liquid cooling pipe B11, low boiling point working medium liquid delivery tube B12, low boiling point working medium vapour compression machine B13, low boiling point working medium liquid Reflux pump B14, cooling medium case B15, cooling medium reflux pump B16, the left, center, right turbine wheel shaft support of bearing and bearing B17, B18, B19, tangential low boiling point working medium Steam Actuation turbine B20, B21, B22, axial low boiling point working medium Steam Actuation turbine B23, attracting Inhale ferrum and repelled each other in the wheel left and right iron absorbing wheel B24a of B24, B24b, a left side and inhale ferrum to the left and right iron absorbing wheel B25a of wheel B25, B25b, turbine Repel each other and inhale ferrum to wheel B31's in axle B26, turbine axle key B27, keyway B28, left and right transmission shaft bearing support and bearing B29, B30, the right side Left and right iron absorbing wheel B31a, B31b, the stand-by plastic wheel B32 posting suction ferrum thin slice, power transmission shaft B33, transmission shaft bond B34, keyway The belt on gear wheel side on B35, travelling gear B36, B37, prepackage load generator B38, mechanical support B39, power transmission shaft B33 Wheel etc. is constituted.Low boiling point working medium steam forms tank B1 and includes ladle bowl B1a, enter low boiling matter liquid port B1b, go out low boiling point working medium liquid Body mouth B1c, go out low boiling point working medium steam port B1d, return low boiling point working medium steam and liquid port B1e, vapour table B1f, medium steam defeated Send interface A4a, A4b of pipe A3b, A3c.Low boiling point working medium steam and liquid backflow surge tank B2 include ladle bowl B2a, enter low boiling Medium steam and liquid port B2b, enter low boiling point working medium liquid port B2c, enter low boiling point working medium steam port B2d, go out low boiling point working medium Steam and liquid port B2e.Vapour adjustable valve B3 includes vapour adjustable valve B3a, B3b, B3c.Check valve B4 include check valve B4a, B4b、B4c、B4d、B4e、B4f、B4g.Low boiling point working medium steam pipeline B5 include low boiling point working medium steam pipeline B5a, B5b、B5c、B5d、B5e、B5f、B5g、B5k、B5L、B5m、B5 n、B5o、B5p、B5q.Annular low boiling point working medium steam pipeline B6 includes annular low boiling point working medium delivery pipe B6a, B6b, B6c, and annular low boiling point working medium delivery pipe B6a, B6b, B6c include ring again Shape housing B6a1, B6b1, B6c1, enter low boiling point working medium steam port B6a2, B6b2, B6c2, go out low boiling point working medium steam port B6a3* 4n, B6b3*4n, B6c3*4n, support B6a4*4, B6b4*4, B6c4*4 with holes.Nozzle B 7 includes nozzle support corrugated tubing B7a1* 4n, B7b1*4n, B7c1*4n, nozzle threads pipe B7a2*4n, B7b2*4n, B7c2*4n, nozzle are to external connecting corrugated tubing B7a3* 4n、B7b3*4n、B7c3*4n.Low boiling point working medium liquid return tube B1O includes low boiling point working medium liquid return tube B10a, B10b, Low boiling point working medium liquid return tube B10a includes input B10a1, outfan B10a2, low boiling point working medium liquid return tube again B10b includes input B10b1, outfan B10b2 again.Cooling medium case B15 includes case shell B15a, enters media port B15b, goes out to be situated between The import B15d of matter mouth B15C, low boiling point working medium steam and liquid cooling pipe B11, outlet B15e.Turbine chassis shell B8a includes justifying Cylindrical hollow turbine tank shell B8a14, turbine chassis shell left flange B8b, right flange B8c, turbine chassis shell left side lid B8d, Right side lid B8e.Left-hand thread B8a1, right-hand thread B8a2, the threaded peace of left, center, right the turbine wheel shaft support of bearing B17a, B18a, B19a Dress hole B8a3*3, B8a4*3, B8a5*3, annular low boiling point working medium steam pipeline support with holes B6a4*4, B6b4*4, B6c4*4 Threaded installing hole B8a6*4, B8a7*4, B8a8*4, nozzle B 7a2*4n, B7b2*4n, the threaded installing hole of B7c2*4n B8a9*4n, B8a10*4n, B8a11*4n, the threaded installing hole B8a12 of low boiling point working medium steam pipeline B5g, low boiling are situated between Matter liquid return tube threaded installing hole B8a13*2.Turbine chassis shell left flange B8b includes carrying the left flange body of cylindrical hole B8b1, left flange screw thread B8b2, left flange mounting hole B8b3*4n and include support installing hole B8b4*4.The turbine chassis shell left side Lid B8d includes left side lid B8d1, left front cover installation hole B8d2*4n and includes support installing hole B8d3*4, endless foraminous rubber Pad B8d4.Turbine chassis shell right flange B8C includes carrying cylindrical right flange body B8C1, right flange screw thread B8C2, right flange to install Hole B8C3*4n and include support installing hole B8C4*4.Turbine chassis shell right side lid B8e includes right side lid B8e1, right side lid peace Fill hole B8e2*4n and include support installing hole B8e3*4, endless foraminous valve rubber B8e4；The left, center, right turbine support of bearing and bearing B17, B18, B19 include left, center, right support of bearing B17a, B18a, B19a, the left, center, right support of bearing threaded installing hole B17b*3, B18b*3, B19b*3, left right bearing B17c, B18c, B19c, the left, center, right support of bearing cross steam vent B17d, B18d, B19d, a left side Middle right bearing support crosses low boiling media fluid mouth B17e, B18e, B19e.Tangential low boiling point working medium Steam Actuation turbine B20, B21, B22 included turbine axis hole B20a, B21a, B22a, turbine lubrication groove B20b, B21b, B22b, turbine siphonal lobe B20c*4n, B21c*4n, B22c*4n, excessively turbine axis hole keyway B20d, B21d, B22d.Axial low boiling Jie's medium steam promotes turbine B23 Cross turbine axis hole B23b1, B23b2, cross turbine wheel shaft including hollow cylindrical turbine lubrication groove B23a with annular lid for the two ends, lubrication groove Hole keyway B23c1, B23c2, turbine siphonal lobe B23d.The attracting ferrum of inhaling in left and right includes iron absorbing wheel body B24a1, B24 to wheel B24a, B24b B1, iron absorbing wheel keyway B24a2, B24b2, excessively axis hole B24a3, B24b3, magnetic conduction silicon steel B24a4, B24b4, B24a4 includes magnetic conduction Silicon steel body B24a4a, keyway B24a4b, excessively axis hole B24a4c, B24b4 includes magnetic conduction silicon steel body B24b4a, keyway B24b4b, mistake Axis hole B24b4c；Left and right repel each other suction ferrum wheel B25a, B25b and B31a, B31b are included iron absorbing wheel body B25a1, B25b1, B31a1, B31b1, iron absorbing wheel keyway B25a2, B31b2, cross axis hole B25a3, B25b3, B31a3, B31b3.Turbine axle key B27 includes turbine Axle key B27a, B27b, B27c, B27d, B27e, B27f, B27g.Left and right transmission shaft bearing support and bearing B29, B3O include axle Hold support B29a, B30a, support of bearing installing hole B29b*6, B29c*6, B30b*6, B30c*6, bearing B29d, B3Od.Transmission Axle key B34 includes transmission shaft bond B34a, B34b, B34c.Travelling gear B36, B37 include driving cog wheel body B36a, B37 a, biography Moving gear keyway B36b, B37b, excessively axis hole B36c, B37c.Prepackage load generator B38 includes generator body B38a, electromotor Axle B38b1, electromotor axle key B38b2, input terminal B38c, 380V of keyway B38b3, generator excitation power and accumulator E Three-phase voltage output terminal B38d, exciter current of generator automatic control circuit B38e.Prepackage loads or is change speed gear box B40, wind Fan B41, mechanical support B39 include mechanical support B39a, B39b, B39c, B39d, B39e, B39f, B39g, B39h, B39k, B39L、B39m.The low boiling point working medium steam port B1d that goes out that low boiling point working medium steam forms tank passes through low boiling point working medium steam pipeline B5a, vapour adjustable valve B3a, low boiling point working medium steam pipeline B5b, check valve B4a, low boiling point working medium steam pipeline B5c, B5d, B5e, B5f and annular low boiling point working medium steam pipeline B6a, B6b, B6c enter low boiling matter steam port B6a2, B6b2, B6c2 connect, annular low boiling point working medium steam pipeline go out low boiling point working medium steam port B6a3*4n, B6b3*4n, B6c3*4n Again respectively with turbine chassis shell B8a on threaded installing hole B8a9*4n, B8a10*4n, B8a11*4n in nozzle B 7a2* 4n, B7b2*4n, B7c2*4n connect,（Spray nozzle front end does not first exceed turbine chamber interior wall）, annular low boiling point working medium steam is defeated Gutron is excessively with holes to support B6a4*4, B6b4*4, B6c4*4 and turbine chassis shell B8a upper installing hole B8a6*4, B8a7*4, B8a8*4 It is arranged on turbine chassis shell B8a with screw rod（Screw front end does not first exceed cabinet inwall）.Erect turbine chassis shell B8a, phase Inhale ferrum to left iron absorbing wheel body B24a1, left magnetic conduction silicon steel body B24a4, the right turbine wheel shaft support of bearing and bearing B19, the axle taking turns B24 To low boiling point working medium Steam Actuation turbine B23, the middle turbine wheel shaft support of bearing and bearing B18, tangential low boiling point working medium Steam Actuation Turbine B22, B21, B20, the suction ferrum that repels each other equipped with a left side are to the annular right iron absorbing wheel B25b taking turns B25（In figure dotting wheel）Left turbine wheel shaft The support of bearing and bearing B17, a left side repel each other inhale ferrum to wheel B25 left iron absorbing wheel B25a pass through turbine axle key B27g, B27f, B27e, B27d, B27c, B27b, B27a, iron absorbing wheel keyway B24a2, left magnetic conduction silicon steel body keyway B24a4b, turbine keyway B23c2, B23c1, B22d, B21d, B20d, iron absorbing wheel keyway B25a2, turbine shaft key groove B28 are successively assembled in the way of stationary fit successively On the respective position of turbine wheel shaft B26, simultaneously entirety pushes in turbine chassis shell B8a, by left, center, right turbine axle bearing from left to right Threaded on threaded installing hole B17b*3, B18b*3, B19b*3 on support B17a, B18a, B19a and turbine chassis shell B8a The left, center, right turbine wheel shaft support of bearing and bearing B17, B18, B19 are fixed by installing hole B8a3*3, B8a4*3, B8a5*3 and screw rod In turbine chassis shell B8a.It is solid that turbine tank shell B8a14 and turbine chassis shell left flange B8b passes through screw thread B8a1 and B8b2 Fixed, turbine tank shell B8a14 and turbine chassis shell right flange B8c is fixed by screw thread B8a2 and B8c2.Turbine chassis shell is left Flange body B8b1, turbine chassis shell left side lid B8d1, endless foraminous valve rubber B8d4 pass through left flange mounting hole B8b3*4n and Left front cover installation hole B8d2*4n and screw rod are fixed, and are stained with endless foraminous valve rubber B8c4, turbine on the right of right flange body B8c1 Case shell right flange body B8c1, right side lid B8e1, endless foraminous valve rubber B8e4 pass through right flange mounting hole B8c3*4n, the right side Lid installing hole B8e2*4n and screw rod are fixed.Turbine chassis shell left side lid B8d1, left flange body B8b1 pass through to support installing hole B8d3*4, B8b4*4 and screw rod are fixed on support B39c.Turbine chassis shell right side lid B8e1, right flange body B8c1, a left side are led Magnetic silicon steel body B24a4a is fixed on support B39c by supporting installing hole B8e3*4, B8c4*4, screw rod.Low boiling steam is defeated Pipe B5g is sent to pass through being screwed of body screw thread and turbine chassis shell installing hole B8a12, one end is done tubaeform and pressed close to axial low Boiling point medium steam promotes turbine upper right side, and the other end passes through check valve B4b, low boiling steam pipeline B5K, low boiling point working medium Steam pipeline B9, input B10a1, the low boiling point working medium steam pipeline B5L of low boiling point working medium vapour-liquid return duct B10 a Connect the input of low boiling point working medium vapour compression machine B13, the outfan of low boiling point working medium vapour compression machine B13 leads up to low boiling Point medium steam delivery pipe B5m, B5n, vapour adjustable valve B3b connect low boiling point working medium steam and the input of liquid cooling pipe B11 B15d, separately lead up to low boiling point working medium delivery pipe B5O, vapour adjustable valve B3c, low boiling point working medium steam pipeline B5P connect low What boiling point medium steam and liquid flowed back surge tank B2 enters low boiling point working medium steam port B2d.Low boiling point working medium steam and liquid are cold But the outfan B15e of pipe B11 pass through check valve B4f, low boiling point working medium liquid return tube B12d connect low boiling point working medium steam and Liquid backflow surge tank B2 enters low boiling point working medium liquid port B2b.Low boiling point working medium steam and liquid the going out of surge tank that flow back is low Boiling point medium steam and liquid port B2e connect low boiling point working medium steam shape through check valve B4g, low boiling point working medium steam pipeline B5q Become tank returns low boiling point working medium steam and liquid port B1e.The input of low boiling point working medium liquid return pump B14 is situated between by low boiling What matter liquid delivery tube B12b connect low boiling point working medium fluid storage tanks B2f goes out low boiling point working medium liquid port B2f1, and outfan is through low Boiling point media fluid delivery pipe B12c, what check valve B4e connect that low boiling point working medium steam and liquid flows back surge tank B2 enters low boiling Media fluid mouth B2c.The outfan of low boiling point working medium vapour-liquid return duct B10a goes out low boiling point working medium liquid port B10a2 through unidirectional What valve B4c, low boiling point working medium liquid delivery tube B12a connect low boiling point working medium fluid storage tanks B2f enters low boiling point working medium liquid port B2f2, low boiling point working medium vapour-liquid return duct B10b input B1Ob1 connects turbine chassis shell installing hole B8a13*2, outfan B10b2 enters low boiling through what low boiling point working medium liquid delivery tube B12e, check valve B4d connect low boiling point working medium fluid storage tanks B2f The switch of media fluid mouth B2f3, low boiling point working medium liquid return pump B14 is high by liquid level in low boiling point working medium fluid storage tanks B2f Degree and well-known control circuit determine.Low boiling point working medium steam and liquid cooling pipe B11 are immersed in cooling medium case B15 or high In fast air-flow, cooling medium gateway B15b, the B15 c in cooling medium case meets cooling medium reflux pump B16.Power transmission shaft B33 It is arranged in transmission shaft bearing support and bearing B29d, B30d of bearing B29, B30, attracting ferrum of inhaling is to the right iron absorbing wheel taking turns B24 Repel each other and inhale right iron absorbing wheel B31b, travelling gear B36 to wheel B31 for the ferrum by transmission shaft bond in B24b1, right magnetic conduction silicon steel B24b4, the right side B34a, B34b, B34c, iron absorbing wheel keyway B24b1b, B31b2, gear keyway B36b, right magnetic conduction silicon steel keyway B24b4b, transmission Shaft key groove B35 is arranged on the respective position of power transmission shaft B33.Right iron absorbing wheel B24b near turbine chassis shell right side lid B8e and with It is parallel, annular left iron absorbing wheel B31a（In figure dotting wheel）It is contained on the right of right transmission shaft bearing support B3Oa.Travelling gear B37 leads to Cross itself keyway B37b, electromotor axle key B38b1, keyway B38b2 be arranged on electromotor B38 and equal with travelling gear B36 Row and engagement.Left and right transmission shaft bearing support and bearing B29, B30 pass through transmission shaft bearing rack mounting apertures B29b*6, B29c* 6th, B30b*6, B30c*6 and screw rod are arranged on support B39L.Low boiling point working medium steam forms tank B1 and is arranged on mechanical support On B39a, low boiling point working medium steam and liquid backflow surge tank B2 are arranged in mechanical support B39b, and turbine cabinet B8 is arranged on In mechanical support B39c, low boiling point working medium vapour compression machine B13 is arranged in mechanical support B39d, and low boiling point working medium liquid flows back Pump is arranged in mechanical support B39e, and cooling medium case is arranged in mechanical support B39f, and cooling medium reflux pump is arranged on machine Tool supports on B39g, and low boiling point working medium liquid return tube B10 is arranged in mechanical support B39h, B39K, low boiling point working medium liquid Storage tank is arranged in mechanical support B39C, and left and right transmission shaft bearing support B29a, B3Oa are arranged in mechanical support B39L, Electromotor B38 is arranged in mechanical support B39m（Each height supporting will consider the application of gravity）.As turbine chassis shell B8a It is not to make, left and right screw thread B8a1, B8a2 turbine chassis shell B8a on or not of fiberglass but of not magnetically attractive ferrum rustless steel Will, left and right flange B8b, B8c are by carrying installing hole B8b3*4n（The installing hole B8b4*4 containing support）、B8c3*4n（The installing hole containing support B8c4*4）Two not magnetically attractive ferrum stainless steel ring be welded on cabinet housing B8a14 about two ends constitute；Insulation in need ground Fang Jun coats thermal insulation medium.The cooling if water, in cooling medium case for the medium in A level closed system medium steam formation tank Medium is water, then the working media that the low boiling point working medium steam of B level work system is formed in tank B1 can be selected for liquid carbon dioxide Or liquid nitrogen.The operating process doing work done medium with this low boiling point working medium steam is as follows：By low boiling point working medium steam pipeline B9 is immersed in cooling medium case B15, is formed in tank B1 in low boiling point working medium steam and injects liquid low boiling point working medium, injection rate is with low Boiling point media fluid can produce required mesohigh and promote turbine rotation and reach specified turn after all vaporizing under heat source temperature Speed is defined.Choose the suitable low boiling point working medium vapour compression machine of power temperature reduces by work done and after cooling down, that pressure reduces is low Low boiling point working medium steam and liquid backflow surge tank are directly squeezed into or squeezed into after being compressed into liquid to boiling point medium steam, or uses work(instead By work done and after cooling down, temperature reduces the suitable recycle compressor of rate, pressure reduces the difficult low boiling point working medium both vapor compression liquefying For squeezing into low boiling point working medium steam and liquid backflow surge tank after liquid.If efficiency is not less than 65%, this embodiment is feasible.

Exciter current of generator auto-adjusting circuit：Exciter current of generator auto-adjusting circuit is by the 1st compound transistor GTR1, the 2nd compound triode GTR2, the 1st～the 5th audion BG1～BG5, photoelectrical coupler TLP1, the 1st～the 16th diode D1～D16, the 1st～the 7th resistance R1～R7, the 1st～the 3rd variable resistance W1～W3, the 1st～the 6th electric capacity C1～C6, the 1st, the 2nd Inductance L4, L5 in variable capacitance C7, C8, the 1st～the 3rd inductance L1～L3 of the 1st transformator B1, the 2nd transformator and electromotor The the 6th～the 8th inductance L6 in magnet exciting coil～L8 composition.1st diode D1 negative electrode, the 1st compound transistor GTR1 colelctor electrode, 1 resistance R1 one end, the 3rd resistance R3 one end, the 7th diode D7 anode, public termination the 1st electric capacity C1 mono- of the 5th electric capacity C5 one end End, the 2nd electric capacity C2 one end, the 1st variable capacitance C7 one end, the 2nd variable capacitance C8 one end, the common port of the 2nd inductance L2 Same Name of Ends, 2nd diode D2 negative electrode, the 2nd compound transistor GTR2 colelctor electrode, the 2nd resistance R2 one end, the 4th resistance R4 one end, the 8th diode D8 anode, public termination the 3rd inductance L3 non-same polarity of the 6th electric capacity C6 one end, the 2nd variable capacitance C8 other end, electromotor ground The common port of line.Another termination the 1st audion BG1 colelctor electrode of the 1st resistance R1, the 2nd resistance R2 another termination the 2nd audion BG2 colelctor electrode, the colelctor electrode of the 3rd resistance R3 another termination the 3rd audion BG3, the 4th resistance R4 another termination the 4th audion BG4 Colelctor electrode.The emitter stage of the 3rd audion BG3 connects the base stage of the 1st audion BG1, and the emitter stage of the 1st audion BG1 connects the 1st and is combined The base stage of audion GTR1, the emitter stage of the 1st compound transistor GTR1 connects the anode of the 3rd diode D3, the 4th audion BG4's Emitter stage connects the 2nd audion BG2 base stage, and the 2nd audion BG2 emitter stage connects the 2nd compound transistor GTR2 base stage, and the 2nd is combined three Pole pipe GTR2 emitter stage connects the 4th diode D4 anode.1st diode D1 anode, the 2nd diode D2 anode, the 3rd diode D3 are cloudy Pole, the 4th diode D4 negative electrode short circuit.3rd audion BG3 base stage connects the 5th diode D5 negative electrode, and the 4th diode BG4 base stage connects 6 diode D6 negative electrodes, the 5th diode D5 anode, public termination the 4th electric capacity C4 one end of the 6th diode D6 anode, the 1st adjustable The common port of resistance W1 one end, the 5th audion BG5 emitter stage connects the 1st adjustable resistance W1 other end, the 5th audion BG5 colelctor electrode Connect the 6th resistance R6 one end, in photoelectrical coupler TLP1 phototriode colelctor electrode common port, base stage successively with the 5th resistance R5, 2nd adjustable resistance W2 series connection is followed by phototriode emitter stage in photoelectrical coupler TLP1, the 4th electric capacity C4 other end, the 6th resistance Public termination the 7th diode D7 negative electrode of the R6 other end, the common port of the 8th diode D8 negative electrode.The 1st electric capacity C1 other end, the 2nd The electric capacity C2 other end, the 1st variable capacitance C7 other end, the common port sending and receiving motor 380V live wire of the 4th inductance L4 Same Name of Ends, the 2nd The non-same polarity of inductance L2 connects the 3rd inductance L3 Same Name of Ends, the 3rd inductance L3 non-same polarity, the 4th inductance L4 non-same polarity, the 5th electric capacity The C5 other end, the common port sending and receiving motor ground wire of the 6th electric capacity C6 other end.The non-same polarity of the 1st inductance L1 meets the 9th diode D9 Negative electrode, the common port of the 10th diode D10 anode, the 10th diode D10 negative electrode, the public termination of the 12nd diode D12 negative electrode 8th electric capacity C8 one end, the 6th inductance L6 Same Name of Ends, the 7th inductance L7 Same Name of Ends, the 8th inductance L8 Same Name of Ends, reservoir E positive pole public End, the 9th diode D9 anode, public termination the 8th electric capacity C8 other end of the 11st diode D11 anode, the 6th inductance L6 are non-of the same name End, the 7th inductance L7 non-same polarity, the 8th inductance L8 non-same polarity, the common port of reservoir E negative pole, the 1st inductance L1 termination the of the same name 11 diode D11 negative electrodes, the common port of the 12nd diode D12 anode, the 5th inductance L5 termination of the same name 14th diode D14 anode, The common port of the 16th diode D16 negative electrode, the non-same polarity of the 5th inductance L5 connects the 13rd diode D13 anode, the 15th diode The common port of D15 negative electrode, the 3rd electric capacity C3 one end, the 13rd diode D13 negative electrode, the common port of the 14th diode D14 negative electrode and 3 adjustable resistance W3, the 7th resistance R7 series connection is followed by the anode of light emitting diode in light thermocouple device TLP1, in photoelectrical coupler TLP1 Light-emitting diodes tube cathode connects the 15th diode D15 anode, the 16th diode D16 anode, the common port of the 3rd electric capacity C3 other end. 1st electric capacity C1, the 2nd electric capacity C2, the 7th electric capacity C7, the 8th electric capacity C8 or replaced with inductance, the 3rd diode D3, the 4th diode 4 or Short circuit.

All n are 1-6 integer.

Embodiment 2：Low boiling point working medium Steam Actuation through-drive turbogenerator.

Low boiling point working medium Steam Actuation through-drive turbogenerator is made up of A, B two-stage work system.A level work system Tank A2, medium steam delivery pipe A3, medium steam heat source tube A4, vapour adjustable valve A5, unidirectional is formed by thermal source A1, medium steam Valve A6, vapour Table A 7, mechanical support A8, A9 etc. are constituted.Medium steam delivery pipe A3 include medium steam delivery pipe A3a, A3b, A3c, A3d, medium steam formed tank A2 include ladle bowl A2a, enter media port A2b, go out media port A2c, go out medium steam mouth A2d, Return medium steam mouth A2e, thermal source A1 and medium steam form tank A2 and constitute heating and heated structure.Medium steam forms tank and goes out Steam ports A2d passes through medium steam delivery pipe A3a, and vapour adjustable valve A5, medium steam delivery pipe A3b connect medium steam heat source tube A4 One end A4a, it is defeated that the other end A4 b of medium steam heat source tube A4 passes through medium delivery pipe A3c, check valve A6, medium steam Pipe A3d is sent to meet time medium steam mouth A2e that medium steam forms tank, medium steam heat source tube A4 is embedded in the low of B level work system Boiling point medium steam forms in tank B1, can be inserted into vacuum between the other end A4b and check valve A6 of medium steam heat source tube A4 Pump.B level work system forms tank B1, low boiling point working medium steam and liquid backflow surge tank B2, vapour amount by low boiling point working medium steam Regulating valve B3, check valve B4, low boiling point working medium steam pipeline B5, annular low boiling point working medium delivery pipe B6, nozzle B 7, turbine Cabinet B8, low boiling point working medium steam pipeline B9, low boiling point working medium steam and liquid return tube B10, low boiling point working medium steam and Liquid cooling pipe B11, low boiling point working medium liquid delivery tube B12, low boiling point working medium vapour compression machine B13, low boiling point working medium liquid Reflux pump B14, cooling medium case B15, cooling medium reflux pump B16, the left, center, right turbine wheel shaft support of bearing and bearing B17, B18, B19, tangential low boiling point working medium Steam Actuation turbine B20, B21, B22, axial low boiling point working medium Steam Actuation turbine B23, Zuo Xiang Scold and inhale ferrum to the wheel left and right iron absorbing wheel B25a of B25, B25b, turbine wheel shaft B26, turbine axle key B27, keyway B28, left and right transmission shafts Hold support and bearing B29, B30, right attracting ferrum of inhaling inhale ferrum thin slice to the left and right iron absorbing wheel B31a of wheel B31, B31b, stand-by posting Plastic wheel B32, power transmission shaft B33, transmission shaft bond B34, keyway B35, travelling gear B36, B37, middle coupling spindle B8e1e and its with B26, B33 connection fixing cylinder B8e1f, B8e1g, multiple axle embedding multi-layer thin rubber ring seal, electromotor B38, machinery On support B39, power transmission shaft B33, the belt pulley on gear wheel side etc. is constituted.Low boiling point working medium steam formed tank B1 include ladle bowl B1a, Enter low boiling matter liquid port B1b, go out low boiling point working medium liquid port B1c, go out low boiling point working medium steam port B1d, return low boiling point working medium Steam and liquid port B1e, vapour table B1f, interface A4a, A4b of medium steam delivery pipe A3b, A3c.Low boiling point working medium steam and liquid Body backflow surge tank B2 include ladle bowl B2a, enter low boiling point working medium steam and liquid port B2b, enter low boiling point working medium liquid port B2c, Enter low boiling point working medium steam port B2d, go out low boiling point working medium steam and liquid port B2e.Vapour adjustable valve B3 includes vapour adjustable valve B3a、B3b、B3c.Check valve B4 includes check valve B4a, B4b, B4c, B4d, B4e, B4f, B4g.Low boiling point working medium steam conveys Pipe B5 include low boiling point working medium steam pipeline B5a, B5b, B5c, B5d, B5e, B5f, B5g, B5k, B5L, B5m, B5 n, B5o, B5p、B5q.Annular low boiling point working medium steam pipeline B6 includes annular low boiling point working medium delivery pipe B6a, B6b, B6c, and annular is low Boiling point medium delivery pipe B6a, B6b, B6c include again toroidal shell B6a1, B6b1, B6c1, enter low boiling point working medium steam port B6a2, B6b2, B6c2, go out low boiling point working medium steam port B6a3*4n, B6b3*4n, B6c3*4n, support B6a4*4 with holes, B6b4*4, B6c4*4.Nozzle B 7 include nozzle support corrugated tubing B7a1*4n, B7b1*4n, B7c1*4n, nozzle threads pipe B7a2*4n, B7b2*4n, B7c2*4n, nozzle are to external connecting corrugated tubing B7a3*4n, B7b3*4n, B7c3*4n.Low boiling point working medium liquid flows back Pipe B1O includes low boiling point working medium liquid return tube B10a, B10b, and low boiling point working medium liquid return tube B10a includes input again B10a1, outfan B10a2, low boiling point working medium liquid return tube B10b includes input B10b1, outfan B10b2 again.Cooling Medium box B15 includes case shell B15a, enters media port B15b, goes out media port B15C, low boiling point working medium steam and liquid cooling pipe B11 Import B15d, outlet B15e.Turbine chassis shell B8a includes cylindrical, hollow turbine tank shell B8a14, a turbine chassis shell left side Flange B8b, right flange B8c, turbine chassis shell left side lid B8d, right side lid B8e.Left-hand thread B8a1, right-hand thread B8a2, left, center, right The threaded installing hole B8a3*3 of the turbine wheel shaft support of bearing B17a, B18a, B19a, B8a4*3, B8a5*3, annular low boiling point working medium The steam pipeline threaded installing hole B8a6*4 supporting B6a4*4, B6b4*4, B6c4*4 with holes, B8a7*4, B8a8*4, nozzle The threaded installing hole B8a9*4n of B7a2*4n, B7b2*4n, B7c2*4n, B8a10*4n, B8a11*4n, low boiling point working medium steam The threaded installing hole B8a12 of delivery pipe B5g, low boiling point working medium liquid return tube threaded installing hole B8a13*2.Turbine cabinet Shell left flange B8b includes carrying cylindrical hole left flange body B8b1, left flange screw thread B8b2, left flange mounting hole B8b3*4n and interior The installing hole B8b4*4 containing support.Turbine chassis shell left side lid B8d include left side lid B8d1, left front cover installation hole B8d2*4n and Include support installing hole B8d3*4, endless foraminous valve rubber B8d4.Turbine chassis shell right flange B8C includes carrying cylindrical right flange Body B8C1, right flange screw thread B8C2, right flange mounting hole B8C3*4n and include support installing hole B8C4*4.Turbine chassis shell is right Cover B8e includes the right side lid B8e1a, B8e1b, and B8e1a includes right side lid B8e1a1, screw thread B8e1a2 again, crosses axis hole B8e1a3, installing hole B8e1a4*4n, include support installing hole B8e1a5*4, right side lid B8e1b include right side lid B8e1b1, Screw thread B8e1b2, excessively axis hole B8e1b3, endless foraminous valve rubber B8e4b*4, middle coupling spindle B8e1e include middle coupling spindle Central coupling shaft B8e1e1, left button groove B8e1e2, right button groove B8e1e3, annular protrusion B8e1e4, B8e1e5, B8e1e6, B8e1e7, cannelure B8e1e8, B8e1e9, B8e1e10, fixing cylinder B8e1f, B8e1g, B8e1f, B8e1g include fixing again Cylinder B8e1f1, B8e1g1, keyway B8e1f2, B8e1g2, fixing bolt B8e1f3, B8e1g3, the embedding multilayer elastic of multiple axle Well thin rubber annular sealed bundle include right side lid B8e1a, B8e1b, annular hard rubber B8e1c1, B8e1c2, B8e1c3, B8e1c4, B8e1c5, multilayer elastic well annular thin rubber B8e1d1, B8e1d2, B8e1d3.The left, center, right turbine support of bearing and Bearing B17, B18, B19 include left, center, right support of bearing B17a, B18a, B19a, the threaded installing hole of the left, center, right support of bearing B17b*3, B18b*3, B19b*3, left right bearing B17c, B18c, B19c, the left, center, right support of bearing cross steam vent B17d, B18d, B19d, the left, center, right support of bearing cross low boiling media fluid mouth B17e, B18e, B19e.Tangential low boiling point working medium Steam Actuation whirlpool Wheel B20, B21, B22 included turbine axis hole B20a, B21a, B22a, turbine lubrication groove B20b, B21b, B22b, turbine siphonal lobe B20c*4n, B21c*4n, B22c*4n, excessively turbine axis hole keyway B20d, B21d, B22d.Axial low boiling Jie's medium steam promotes Turbine B23 includes hollow cylindrical turbine lubrication groove B23a with annular lid for the two ends, lubrication groove crosses turbine axis hole B23b1, B23b2, Cross turbine axis hole keyway B23c1, B23c2, turbine siphonal lobe B23d.Suction ferrum is repelled each other to wheel B25a, B25b and right attracting suction ferrum pair in a left side Wheel B31a, B31b include iron absorbing wheel body B25a1, B25b1, B31a1, B31b1, iron absorbing wheel keyway B25a2, B31b2, cross axis hole B2 5a3, B25b3, B31a3, B31b3.Turbine axle key B27 include turbine axle key B27a, B27b, B27c, B27d, B27e, B27f, B27g.Left and right transmission shaft bearing support and bearing B29, B3O include support of bearing B29a, B30a, support of bearing installing hole B29b* 6th, B29c*6, B30b*6, B30c*6, bearing B29d, B3Od.Transmission shaft bond B34 includes transmission shaft bond B34a, B34b, B34c.Pass Moving gear B36, B37 include driving cog wheel body B36a, B37 a, travelling gear keyway B36b, B37b, cross axis hole B36c, B37c, Middle coupling spindle B8e1e, prepackage load generator B38 include generator body B38a, generator shaft B38b1, electromotor axle key B38b2, input terminal B38c, 380V three-phase voltage output terminal of keyway B38b3, generator excitation power and accumulator E B38d, exciter current of generator automatic control circuit B38e.Prepackage loads or is change speed gear box B40, fan B41, mechanical support B39 Including mechanical support B39a, B39b, B39c, B39d, B39e, B39f, B39g, B39h, B39k, B39L, B39m.Low boiling point working medium The low boiling point working medium steam port B1d that goes out that steam forms tank passes through low boiling point working medium steam pipeline B5a, vapour adjustable valve B3a, low Boiling point medium steam delivery pipe B5b, check valve B4a, low boiling point working medium steam pipeline B5c, B5d, B5e, B5f and annular low boiling Point medium steam delivery pipe B6a, B6b, enter low boiling matter steam port B6a2, B6b2, B6c2 of B6c connect, and annular low boiling is situated between Matter steam pipeline go out low boiling point working medium steam port B6a3*4n, B6b3*4n, B6c3*4n again respectively with turbine chassis shell B8a On threaded installing hole B8a9*4n, B8a10*4n, B8a11*4n in nozzle B 7a2*4n, B7b2*4n, B7c2*4n connect, （Spray nozzle front end does not first exceed turbine chamber interior wall）, the defeated Gutron of annular low boiling point working medium steam support B6a4*4 excessively with holes, B6b4*4, B6c4*4 and turbine chassis shell B8a upper installing hole B8a6*4, B8a7*4, B8a8*4 and screw rod are arranged on turbine cabinet On shell B8a（Screw front end does not first exceed cabinet inwall）.Erect turbine chassis shell B8a, the right turbine wheel shaft support of bearing and bearing B19, axial low boiling point working medium Steam Actuation turbine B23, the middle turbine wheel shaft support of bearing and bearing B18, tangential low boiling point working medium steam Vapour promotes turbine B22, B21, B20, repel each other the annular right iron absorbing wheel B25b inhaling ferrum to wheel B25 equipped with a left side（In figure dotting wheel）A left side The turbine wheel shaft support of bearing and bearing B17, a left side repel each other inhale ferrum to wheel B25 left iron absorbing wheel B25a pass through turbine axle key B27g, B27f, B27e, B27d, B27c, B27b, B27a, turbine keyway B23c2, B23c1, B22d, B21d, B20d, iron absorbing wheel keyway B25a2, Turbine shaft key groove B28 is successively assemblied on the respective position of turbine wheel shaft B26 simultaneously integrally from left to right in the way of stationary fit successively Push in turbine chassis shell B8a, by the threaded installing hole on left, center, right the turbine wheel shaft support of bearing B17a, B18a, B19a B17b*3, B18b*3, B19b*3 and turbine chassis shell B8a upper band threaded mounting hole B8a3*3, B8a4*3, B8a5*3 and screw rod The left, center, right turbine wheel shaft support of bearing and bearing B17, B18, B19 are fixed in turbine chassis shell B8a.Turbine tank shell B8a14 and turbine chassis shell left flange B8b is fixed by screw thread B8a1 and B8b2, turbine tank shell B8a14 and turbine cabinet Shell right flange B8c is fixed by screw thread B8a2 and B8c2.Turbine chassis shell left flange body B8b1, turbine chassis shell left side lid B8d1, endless foraminous valve rubber B8d4 pass through left flange mounting hole B8b3*4n and left front cover installation hole B8d2*4n and screw rod is solid Fixed.Turbine chassis shell left side lid B8d1, left flange body B8b1 are fixed by supporting installing hole B8d3*4, B8b4*4 and screw rod On supporting B39c.It is solid with the screw thread of turbine chassis shell installing hole B8a12 that low boiling steam pipeline B5g passes through body screw thread Fixed, one end is done tubaeform and near axial direction low boiling point working medium Steam Actuation turbine upper right side, and the other end passes through check valve B4b, low Boiling point steam pipeline B5K, low boiling point working medium delivery pipe B9, the input B10a1 of low boiling point working medium vapour-liquid return duct B10 a, Low boiling point working medium steam pipeline B5L connects the input of low boiling point working medium vapour compression machine B13, low boiling point working medium both vapor compression The outfan of machine B13 leads up to low boiling point working medium steam pipeline B5m, B5n, vapour adjustable valve B3b connect low boiling point working medium and steam Vapour and the input B15d of liquid cooling pipe B11, separately lead up to low boiling point working medium delivery pipe B5O, vapour adjustable valve B3c, low What boiling point medium steam delivery pipe B5P connect that low boiling point working medium steam and liquid flows back surge tank B2 enters low boiling point working medium steam port B2d.The outfan B15e of low boiling point working medium steam and liquid cooling pipe B11 passes through check valve B4f, and low boiling point working medium liquid returns What flow tube B12d connect that low boiling point working medium steam and liquid flows back surge tank B2 enters low boiling point working medium liquid port B2b.Low boiling point working medium Steam and liquid flow back surge tank to go out low boiling point working medium steam and liquid port B2e defeated through check valve B4g, low boiling point working medium steam Pipe B5q is sent to meet time low boiling point working medium steam and the liquid port B1e that low boiling point working medium steam forms tank.Low boiling point working medium liquid flows back The input of pump B14 goes out low boiling by what low boiling point working medium liquid delivery tube B12b connect low boiling point working medium fluid storage tanks B2f Media fluid mouth B2f1, outfan through low boiling point working medium liquid delivery tube B12c, check valve B4e connect low boiling point working medium steam and Liquid backflow surge tank B2 enters low boiling point working medium liquid port B2c.The outfan of low boiling point working medium vapour-liquid return duct B10a goes out Through check valve B4c, low boiling point working medium liquid delivery tube B12a connects the storage of low boiling point working medium liquid to low boiling point working medium liquid port B10a2 Tank B2f enters low boiling point working medium liquid port B2f2, and low boiling point working medium vapour-liquid return duct B10b input B1Ob1 connects turbine chassis shell Installing hole Ba13*2, outfan B10b2 connect low boiling point working medium liquid through low boiling point working medium liquid delivery tube B12e, check valve B4d Storage tank B2f enters low boiling point working medium liquid port B2f3, and the switch of low boiling point working medium liquid return pump B14 is by low boiling point working medium liquid In body storage tank B2f, liquid level and well-known control circuit determine.Low boiling point working medium steam and liquid cooling pipe B11 leaching In cooling medium case B15 or high velocity air, cooling medium gateway B15b, the B15 c in cooling medium case connects cooling medium Reflux pump B16.Power transmission shaft B33 is arranged in transmission shaft bearing support and bearing B29d, B30d of bearing B29, B30, convex annular Rise B8e1e4-B8e1e7 is sequentially arranged with hard rubber B8e1c2-B8e1c5, cannelure B8e1e8-Be1e10 is sequentially arranged with multilamellar bullet The well annular thin rubber B8e1d1-B8e1d3 of property, rubber outer layer are equipped with hard rubber B8e1c1, threaded B8e1b2 right side lid B8e1b1, middle coupling spindle B8e1e pass through turbine axle key B27, keyway B28, transmission shaft bond B34, keyway B35, itself keyway B8e1e2, B8e1e3, fixing cylinder keyway B8e1f2, B8e1g2, bolt B 8e1f3, B8e1g3 are arranged on turbine wheel shaft B26 right-hand member Between power transmission shaft B34 left end, B8e1e can free plug, the right side repel each other inhale ferrum to wheel B31 right iron absorbing wheel B31b, travelling gear B36 Power transmission shaft is arranged on by transmission shaft bond B34b, B34c, iron absorbing wheel keyway B31b2, gear keyway B36b, power transmission shaft keyway B35 On the respective position of B33.The left iron absorbing wheel B31a of annular（In figure dotting wheel）It is contained on the right of right transmission shaft bearing support B3Oa.Transmission Gear B 37 is arranged on electromotor B38 by itself keyway B37b, electromotor axle key B38b1, keyway B38b2 and and driving cog Wheel B36 is parallel and engages.Left and right transmission shaft bearing support and bearing B29, B30 pass through transmission shaft bearing rack mounting apertures B29b*6, B29c*6, B30b*6, B30c*6 and screw rod are arranged on support B39L.Low boiling point working medium steam forms tank B1 and installs In mechanical support B39a, low boiling point working medium steam and liquid backflow surge tank B2 are arranged in mechanical support B39b, turbine Case B8 is arranged in mechanical support B39c, and low boiling point working medium vapour compression machine B13 is arranged in mechanical support B39d, and low boiling is situated between Matter liquid return pump is arranged in mechanical support B39e, and cooling medium case is arranged in mechanical support B39f, and cooling medium flows back Pump is arranged in mechanical support B39g, and low boiling point working medium liquid return tube B10 is arranged in mechanical support B39h, B39K, low boiling Point media fluid storage tank is arranged in mechanical support B39C, and left and right transmission shaft bearing support B29a, B3Oa are arranged on machinery On support B39L, electromotor B38 is arranged in mechanical support B39m（Each height supporting will consider the application of gravity）.As turbine Chassis shell B8a is not make of fiberglass but of not magnetically attractive ferrum rustless steel, left and right screw thread B8a1 on turbine chassis shell B8a, B8a2 or must not, left and right flange B8b, B8c are by carrying installing hole B8b3*4n（The installing hole B8b4*4 containing support）、B8c3*4n（Contain and prop up Support installing hole B8c4*4）Two not magnetically attractive ferrum stainless steel ring be welded on cabinet housing B8a14 about two ends constitute；Institute is in need Thermal insulation medium is all coated in the place of insulation.A level closed system medium steam formed tank in medium if water, cooling medium case In cooling medium be water, then B level work system low boiling point working medium steam formed tank B1 in working media can be selected for liquid Carbon dioxide or liquid nitrogen.Between annular protrusion B8e1e4, B8e1e5, between B8e1e5, B8e1e6, B8e1e6, B8e1e7 it Between or mutually disconnect B8e1e1, be connected using the recessed right raised strips helicitic texture B8e1e11- B8e1e13 in a left side, or B8e1e4-B8e1e7 Fully separating with central coupling shaft B8e1e1 and make anti-female thread, anti-external thread structure B8e14-B8e18 respectively.B8e1e4- B8e1e7 can screw-casing on B8e1e1, by annular valve rubber B8e19-B8e25, equidistant sleeve B8e26-B8e29 position, B26, B8e1e1, B33 or be quill shaft.

All n are 1-6 integer.

The exciter current of generator auto-adjusting circuit of embodiment 2 and the exciter current of generator of embodiment 1 automatically adjust Circuit is identical.

Claims

1. a kind of low boiling point working medium Steam Actuation turbogenerator it is characterised in that：It is that low boiling point working medium Steam Actuation inhales ferrum Transmission turbogenerator, low boiling point working medium Steam Actuation inhales ferrum transmission turbogenerator by A, and B two-stage work system forms；A level Work system is by thermal source（A1）, medium steam formed tank（A2）, medium steam delivery pipe（A3）, medium steam heat source tube（A4）、 Vapour adjustable valve（A5）, check valve（A6）, vapour table（A7）, mechanical support（A8、A9）Constitute；Medium steam delivery pipe（A3）Including Medium steam delivery pipe（A3a、A3b、A3c、A3d）, medium steam formation tank（A2）Including ladle bowl（A2a）, enter media port （A2b）, go out media port（A2c）, go out medium steam mouth（A2d）, return medium steam mouth（A2e）, thermal source（A1）With medium steam shape Become tank（A2）Constitute heating and heated structure；Medium steam forms tank venthole（A2d）By medium steam delivery pipe （A3a）, vapour adjustable valve（A5）, medium steam delivery pipe（A3b）Connect medium steam heat source tube（A4）One end（A4a）, medium Steam heat source capsule（A4）The other end（A4b）By medium delivery pipe（A3c）, check valve（A6）, medium steam delivery pipe（A3d） Connect time medium steam mouth that medium steam forms tank（A2e）, medium steam heat source tube（A4）It is embedded in the low boiling of B level work system Medium steam forms tank（B1）In, in medium steam heat source tube（A4）The other end（A4b）And check valve（A6）Between or insertion Vacuum pump；B level work system forms tank by low boiling point working medium steam（B1）, low boiling point working medium steam and liquid backflow surge tank （B2）, vapour adjustable valve（B3）, check valve（B4）, low boiling point working medium steam pipeline（B5）, annular low boiling point working medium delivery pipe （B6）, nozzle（B7）, turbine cabinet（B8）, low boiling point working medium steam pipeline（B9）, low boiling point working medium steam and liquid backflow Pipe（B10）, low boiling point working medium steam and liquid cooling pipe（B11）, low boiling point working medium liquid delivery tube（B12）, low boiling point working medium Vapour compression machine（B13）, low boiling point working medium liquid return pump（B14）, cooling medium case（B15）, cooling medium reflux pump （B16）, the left, center, right turbine wheel shaft support of bearing and bearing（B17、B18、B19）, tangential low boiling point working medium Steam Actuation turbine（B20、 B21、B22）, axial low boiling point working medium Steam Actuation turbine（B23）, attracting suction ferrum to wheel（B24）Left and right iron absorbing wheel（B24a、 B24b）, a left side repel each other suction ferrum to wheel（B25）Left and right iron absorbing wheel（B25a、B25b）, turbine wheel shaft（B26）, turbine axle key（B27）, key Groove（B28）, left and right transmission shaft bearing support and bearing（B29、B30）, the right side repel each other suction ferrum to wheel（B31）Left and right iron absorbing wheel （B31a、B31b）, stand-by post inhale ferrum thin slice plastic wheel（B32）, power transmission shaft（B33）, transmission shaft bond（B34）, keyway （B35）, travelling gear（B36、B37）, prepackage load generator（B38）, mechanical support（B39）, power transmission shaft（B33）Upper gear wheel The belt pulley on side is constituted；Low boiling point working medium steam forms tank（B1 b includes ladle bowl（B1a）, enter low boiling matter liquid port （B1b）, go out low boiling point working medium liquid port（B1c）, go out low boiling point working medium steam port（B1d）, return low boiling point working medium steam and liquid Mouthful（B1e）, vapour table（B1f）, medium steam delivery pipe（A3b、A3c）Interface（A4a、A4b）；Low boiling point working medium steam and liquid Backflow surge tank（B2）Including ladle bowl（B2a）, enter low boiling point working medium steam and liquid port（B2b）, enter low boiling point working medium liquid port （B2c）, enter low boiling point working medium steam port（B2d）, go out low boiling point working medium steam and liquid port（B2e）；Vapour adjustable valve（B3）Bag Include vapour adjustable valve（B3a、B3b、B3c）；Check valve（B4）Including check valve（B4a、B4b、B4c、B4d、B4e、B4f、B4g）； Low boiling point working medium steam pipeline（B5）Including low boiling point working medium steam pipeline（B5a、B5b、B5c、B5d、B5e、B5f、B5g、 B5k、B5L、B5m、B5n、B5o、B5p、B5q）；Annular low boiling point working medium steam pipeline（B6）Defeated including annular low boiling point working medium Send pipe（B6a、B6b、B6c）, annular low boiling point working medium delivery pipe（B6a、B6b、B6c）Include toroidal shell again（B6a1、B6b1、 B6c1）, enter low boiling point working medium steam port（B6a2、B6b2、B6c2）, go out low boiling point working medium steam port（B6a3*4n、B6b3*4n, B6c3*4n）, support with holes（B6a4*4、B6b4*4、B6c4*4）；Nozzle（B7）Including nozzle support corrugated tubing（B7a1*4n、 B7b1*4n、B7c1*4n）, nozzle threads pipe（B7a2*4n、B7b2*4n、B7c2*4n）, nozzle is to external connecting corrugated tubing（B7a3* 4n、B7b3*4n、B7c3*4n）；Low boiling point working medium liquid return tube（B1O）Including low boiling point working medium liquid return tube（B10a、 B10b）, low boiling point working medium liquid return tube（B10a）Include input again（B10a1, outfan B10a2）, low boiling point working medium liquid Body return duct（B10b）Include input again（B10b1）, outfan（B10b2）；Cooling medium case（B15）Including case shell （B15a）, enter media port（B15b）, go out media port（B15C）, low boiling point working medium steam and liquid cooling pipe（B11）Import （B15d）, outlet（B15e）；Turbine chassis shell（B8a）Including cylindrical, hollow turbine tank shell（B8a14）, turbine chassis shell Left flange（B8b）, right flange（B8c）, turbine chassis shell left side lid（B8d）, right side lid（B8e）, left-hand thread（B8a1）, right-hand thread （B8a2）, the left, center, right turbine wheel shaft support of bearing（B17a、B18a、B19a）Threaded installing hole（B8a3*3、B8a4*3、B8a5* 3）, annular low boiling point working medium steam pipeline support with holes（B6a4*4、B6b4*4、B6c4*4）Threaded installing hole（B8a6* 4、B8a7*4、B8a8*4）, nozzle（B7a2*4n, B7b2*4n, B7c2*4n）Threaded installing hole（B8a9*4n、B8a10* 4n、B8a11*4n）, low boiling point working medium steam pipeline（B5g）Threaded installing hole（B8a12）, low boiling point working medium liquid returns The threaded installing hole of flow tube（B8a13*2）；The left flange of turbine chassis shell（B8b）Including the band left flange body of cylindrical hole（B8b1）、 Left flange screw thread（B8b2）, left flange mounting hole（B8b3*4n）And include support installing hole（B8b4*4）；The turbine chassis shell left side Lid（B8d）Including left side lid（B8d1）, left front cover installation hole（B8d2*4n）And include support installing hole（B8d3*4）, annular Valve rubber with holes（B8d4）；The right flange of turbine chassis shell（B8c）Including the cylindrical right flange body of band（B8c1）, right flange screw thread （B8c2）, right flange mounting hole（B8c3*4n）And include support installing hole（B8c4*4）；Turbine chassis shell right side lid（B8e）Bag Include right side lid（B8e1）, right front cover installation hole（B8e2*4n）And include support installing hole（B8e3*4）, endless foraminous valve rubber （B8e4）；The left, center, right turbine support of bearing and bearing（B17、B18、B19）Including the left, center, right support of bearing（B17a、B18a、 B19a）, the threaded installing hole of the left, center, right support of bearing（B17b*3、B18b*3、B19b*3）, left right bearing（B17c、B18c、 B19c）, the left, center, right support of bearing cross steam vent（B17d、B18d、B19d）, the left, center, right support of bearing cross low boiling media fluid mouth （B17e、B18e、B19e）；Tangential low boiling point working medium Steam Actuation turbine（B20、B21、B22）Including turbine axis hole（B20a、 B21a、B22a）, turbine lubrication groove（B20b、B21b、B22b）, turbine siphonal lobe（B20c*4n、B21c*4n、B22c*4n）, cross turbine Axis hole keyway（B20d、B21d、B22d）；Axial low boiling Jie's medium steam promotes turbine（B23）Including two ends band annular lid Hollow cylindrical turbine lubrication groove（B23a）, lubrication groove cross turbine axis hole（B23b1、B23b2）, cross turbine axis hole keyway（B23c1、 B23c2）, turbine siphonal lobe（B23d）；The attracting ferrum of inhaling in left and right is to wheel（B24a, B24b）Including iron absorbing wheel body（B24a1, B24b1）, inhale Iron tyre keyway（B24a2、B24b2）, cross axis hole（B24a3, B24b3）, magnetic conduction silicon steel（B24a4、B24b4）, magnetic conduction silicon steel （B24a4 magnetic conduction silicon steel includes magnetic conduction silicon steel body（B24a4a）, keyway（B24a4b）, cross axis hole（B24a4c）, magnetic conduction silicon steel （B24b4）Including magnetic conduction silicon steel body（B24b4a）, keyway（B24b4b）, cross axis hole（B24b4c）；Suction ferrum is repelled each other to wheel in left and right （B25a、B25b）With（B31a、B31b）Including iron absorbing wheel body（B25a1、B25b1、B31a1、B31b1）, iron absorbing wheel keyway （B25a2、B31b2）, cross axis hole（B25a3, B25b3, B31a3, B31b3）；Turbine axle key（B27）Including turbine axle key（B27a、 B27b、B27c、B27d、B27e、B27f、B27g）；Left and right transmission shaft bearing support and bearing（B29、B3O）Including the support of bearing （B29a、B30a）, support of bearing installing hole（B29b*6, B29c*6, B30b*6, B30c*6）, bearing（B29d、B3Od）；Transmission Axle key（B34）Including transmission shaft bond（B34a、B34b、B34c）；Travelling gear（B36、B37）Including driving cog wheel body（B36a、 B37a）, travelling gear keyway（B36b、B37b）, cross axis hole（B36c, B37c）；Prepackage load generator（B38）Including electromotor Body（B38a）, generator shaft（B38b1）, electromotor axle key（B38b2）, keyway（B38b3）, generator excitation power and accumulator （E）Input terminal（B38c）, 380V three-phase voltage output terminal（B38d）, exciter current of generator automatic control circuit （B38e）；Prepackage loads or is change speed gear box（B40）, fan（B41）, mechanical support（B39）Including mechanical support（B39a、B39b、 B39c、B39d、B39e、B39f、B39g、B39h、B39k、B39L、B39m）；Low boiling point working medium steam formed tank go out low boiling Medium steam mouth（B1d）By low boiling point working medium steam pipeline（B5a）, vapour adjustable valve（B3a）, low boiling point working medium steam defeated Send pipe（B5b）, check valve（B4a）, low boiling point working medium steam pipeline（B5c、B5d、B5e、B5f）Steam with annular low boiling point working medium Vapour delivery pipe (B6a, B6b, B6c）Enter low boiling matter steam port (B6a2, B6b2, B6c2）Connect, annular low boiling point working medium steams Vapour delivery pipe go out low boiling point working medium steam port (B6a3*4n, B6b3*4n, B6c3*4n) and respectively with turbine chassis shell B8a on Threaded installing hole (B8a9*4n, B8a10*4n, B8a11*4n）In nozzle (B7a2*4n, B7b2*4n, B7c2*4n）Connect Logical, spray nozzle front end does not first exceed turbine chamber interior wall, the support with holes excessively of the defeated Gutron of annular low boiling point working medium steam (B6a4*4, B6b4*4、B6c4*4）And turbine chassis shell (B8a）Upper installing hole (B8a6*4, B8a7*4, B8a8*4）It is arranged on turbine with screw rod Chassis shell (B8a）On, screw front end does not first exceed cabinet inwall；Erect turbine chassis shell (B8a）, attracting suction ferrum is to wheel (B24）Left iron absorbing wheel body (B24a1）, left magnetic conduction silicon steel body (B24a4）, the right turbine wheel shaft support of bearing and bearing (B19）, axially Low boiling point working medium Steam Actuation turbine (B23）, the middle turbine wheel shaft support of bearing and bearing (B18）, tangential low boiling point working medium steam pushes away Dynamic turbine (B22, B21, B20）, equipped with a left side repel each other suction ferrum to wheel (B25）Annular right iron absorbing wheel (B25b）Left turbine axle bearing Support and bearing (B17）, suction ferrum is repelled each other to wheel (B25 in a left side）Left iron absorbing wheel (B25a）By turbine axle key (B27g, B27f, B27e、B27d、B27c、B27b、B27a）, iron absorbing wheel keyway (B24a2）, left magnetic conduction silicon steel body keyway (B24a4b）, turbine keyway (B23c2、B23c1、B22d、B21d、B20d）, iron absorbing wheel keyway (B25a2）, turbine shaft key groove (B28）In the way of stationary fit Successively it is assemblied in turbine wheel shaft (B26 successively）Respective position on and overall push turbine chassis shell (B8a from left to right）In, pass through Left, center, right the turbine wheel shaft support of bearing (B17a, B18a, B19a）On threaded installing hole (B17b*3, B18b*3, B19b*3）And Turbine chassis shell (B8a）Upper band threaded mounting hole (B8a3*3, B8a4*3, B8a5*3）With screw rod, left, center, right turbine axle bearing is propped up Frame and bearing (B17, B18, B19）It is fixed on turbine chassis shell (B8a）In；Turbine tank shell (B8a14）With turbine chassis shell Left flange (B8b）By screw thread (B8a1）(B8b2）Fixing, turbine tank shell (B8a14）The right flange with turbine chassis shell (B8c）By screw thread (B8a2）(B8c2）Fixing；Turbine chassis shell left flange body (B8b1）, turbine chassis shell left side lid (B8d1）, endless foraminous valve rubber (B8d4）By left flange mounting hole (B8b3*4n）And left front cover installation hole (B8d2*4n）With Screw rod is fixed, in right flange body (B8c1）The right is stained with endless foraminous valve rubber (B8c4）, the right flange body of turbine chassis shell (B8c1）, right side lid (B8e1）, endless foraminous valve rubber (B8e4）By right flange mounting hole (B8c3*4n）, the right side lid peace Dress hole (B8e2*4n）Fix with screw rod；Turbine chassis shell left side lid (B8d1）, left flange body (B8b1）By supporting installing hole (B8d3*4、B8b4*4）It is fixed on support (B39c with screw rod）On；Turbine chassis shell right side lid (B8e1）, right flange body (B8c1）, left magnetic conduction silicon steel body (B24a4a）By supporting installing hole (B8e3*4, B8c4*4）, screw rod be fixed on support (B 39c）On；Low boiling steam pipeline (B5g）By body screw thread and turbine chassis shell installing hole (B8a12）Be screwed, One end is done tubaeform and is pressed close to axial low boiling point working medium Steam Actuation turbine upper right side, and the other end passes through check valve (B4b）, low boiling Point steam pipeline (B5K）, low boiling point working medium steam pipeline (B9）, low boiling point working medium vapour-liquid return duct (B10a）Input (B10a1）, low boiling point working medium steam pipeline (B5L）Meet low boiling point working medium vapour compression machine (B13）Input, low boiling Medium steam compressor (B13）Outfan lead up to low boiling point working medium steam pipeline (B5m, B5n）, vapour adjustable valve (B3b）Meet low boiling point working medium steam and liquid cooling pipe (B11）Input (B15d）, separately lead up to low boiling point working medium conveying Pipe (B5O）, vapour adjustable valve (B3c）, low boiling point working medium steam pipeline (B5P）Connect low boiling point working medium steam and liquid backflow Surge tank (B2）Enter low boiling point working medium steam port (B2d）；Low boiling point working medium steam and liquid cooling pipe (B11）Outfan (B15e）By check valve (B4f）, low boiling point working medium liquid return tube (B12d）Connect low boiling point working medium steam and liquid backflow is slow Rush tank (B2）Enter low boiling point working medium liquid port (B2b）；The low boiling that goes out of low boiling point working medium steam and liquid backflow surge tank is situated between Matter steam and liquid port (B2e）Through check valve (B4g）, low boiling point working medium steam pipeline (B5q）Connect low boiling point working medium steam shape Become tank returns low boiling point working medium steam and liquid port (B1e）；Low boiling point working medium liquid return pump (B14）Input pass through low boiling Point media fluid delivery pipe (B12b）Meet low boiling point working medium fluid storage tanks (B2f）Go out low boiling point working medium liquid port (B2f1）, Outfan is through low boiling point working medium liquid delivery tube (B12c）, check valve (B4e）Connect low boiling point working medium steam and liquid backflow buffering Tank (B2）Enter low boiling point working medium liquid port (B2c）；Low boiling point working medium vapour-liquid return duct (B10a）Outfan go out low boiling Media fluid mouth (B10a2）Through check valve (B4c）, low boiling point working medium liquid delivery tube (B12a）Connect the storage of low boiling point working medium liquid Tank (B2f）Enter low boiling point working medium liquid port (B2f2）, low boiling point working medium vapour-liquid return duct (B10b）Input (B1Ob1）Connect whirlpool Wheel chassis shell installing hole (B8a13*2）, outfan (B10b2）Through low boiling point working medium liquid delivery tube (B12e）, check valve (B4d） Meet low boiling point working medium fluid storage tanks (B2f）Enter low boiling point working medium liquid port (B2f3）, low boiling point working medium liquid return pump (B14）Switch by low boiling point working medium fluid storage tanks (B2f）Middle liquid level and well-known control circuit determine；Low boiling Point medium steam and liquid cooling pipe (B11）It is immersed in cooling medium case (B15）Or the cooling in high velocity air, in cooling medium case Medium gateway (B15b, B15c）Meet cooling medium reflux pump (B16）；Power transmission shaft (B33）Be arranged on transmission shaft bearing support and Bearing (B29, B30）Bearing (B29d, B30d）In, attracting suction ferrum is to wheel (B24）Right iron absorbing wheel (B24b1）, right magnetic conduction silicon Steel (B24b4）, the right side repel each other suction ferrum to wheel (B31）Right iron absorbing wheel (B31b）, travelling gear (B36）By transmission shaft bond (B34a, B34b、B34c）, iron absorbing wheel keyway (B24b1b, B31b2）, gear keyway (B36b）, right magnetic conduction silicon steel keyway (B24b4b）, pass Moving axis keyway (B35）It is arranged on power transmission shaft (B33）On respective position；Right iron absorbing wheel (B24b）Near turbine chassis shell right side lid (B8e）And, annular left iron absorbing wheel (B31a parallel with it）It is contained in right transmission shaft bearing support (B3Oa）The right；Travelling gear (B37）By itself keyway (B37b）, electromotor axle key (B38b1）, keyway (B38b2）It is arranged on electromotor (B38）Upper and with Travelling gear (B36）Parallel and engagement；Left and right transmission shaft bearing support and bearing (B29, B30）By transmission shaft bearing support Installing hole (B29b*6, B29c*6, B30b*6, B30c*6）It is arranged on support (B39L with screw rod）On；Low boiling point working medium steam shape Become tank (B1）It is arranged on mechanical support (B39a）On, low boiling point working medium steam and liquid backflow surge tank (B2）It is arranged on machinery Support (B39b）On, turbine cabinet (B8）It is arranged on mechanical support (B39c）On, low boiling point working medium vapour compression machine (B13）It is arranged on Mechanical support (B39d）On, low boiling point working medium liquid return pump is arranged on mechanical support (B39e）On, cooling medium case is arranged on Mechanical support (B39f）On, cooling medium reflux pump is arranged on mechanical support (B39g）On, low boiling point working medium liquid return tube (B10）It is arranged on mechanical support (B39h, B39K）On, low boiling point working medium fluid storage tanks are arranged on mechanical support (B39C）On, Left and right transmission shaft bearing support (B29a, B3Oa）It is arranged on mechanical support (B39L）On, electromotor (B38）It is arranged on machinery Support (B39m）On；As turbine chassis shell (B8a）It is not to make, turbine chassis shell of fiberglass but of not magnetically attractive ferrum rustless steel (B8a）On left and right screw thread (B8a1, B8a2）Or must not, left and right flange (B8b, B8c）By band installing hole (B8b3*4n）, containing Support installing hole (B8b4*4, B8c3*4n）, the installing hole (B8c4*4 containing support）Two not magnetically attractive ferrum stainless steel ring be welded on cabinet Housing (B8a14）Left and right two ends are constituted；The place of insulation in need all coat thermal insulation medium；

If water, the cooling medium in cooling medium case is water to medium in A level closed system medium steam formation tank, then B The low boiling point working medium steam of level work system forms tank (B1）In working media or select liquid carbon dioxide or liquid nitrogen.

2. a kind of low boiling point working medium Steam Actuation turbogenerator it is characterised in that：It is that low boiling point working medium Steam Actuation axle passes Dynamic turbogenerator, low boiling point working medium Steam Actuation through-drive turbogenerator is made up of A, B two-stage work system；A level work System is by thermal source（A1）, medium steam formed tank（A2）, medium steam delivery pipe（A3）, medium steam heat source tube（A4）, vapour amount Regulating valve（A5）, check valve（A6）, vapour table（A7）, mechanical support（A8、A9）Constitute；Medium steam delivery pipe（A3）Including medium Steam pipeline（A3a、A3b、A3c、A3d）, medium steam formation tank（A2）Including ladle bowl（A2a）, enter media port（A2b）, go out Media port（A2c）, go out medium steam mouth（A2d）, return medium steam mouth（A2e）, thermal source（A1）Form tank with medium steam（A2） Constitute heating and heated structure；Medium steam forms tank venthole（A2d）By medium steam delivery pipe（A3a）, vapour amount tune Section valve (A5）, medium steam delivery pipe (A3b）Meet medium steam heat source tube (A4）One end (A4a）, medium steam heat source tube (A4）The other end (A4b）By medium delivery pipe (A3c）, check valve (A6）, medium steam delivery pipe (A3d）Connect medium steam Form tank returns medium steam mouth (A2e）, medium steam heat source tube (A4）It is embedded in the low boiling point working medium steam shape of B level work system Become tank（B1）In, in medium steam heat source tube (A4）The other end (A4b）With check valve (A6）Between or insertion vacuum pump；B level Work system forms tank (B1 by low boiling point working medium steam）, low boiling point working medium steam and liquid backflow surge tank (B2）, vapour amount adjust Section valve (B3）, check valve (B4）, low boiling point working medium steam pipeline (B5）, annular low boiling point working medium delivery pipe (B6）, nozzle (B7）, turbine cabinet (B8）, low boiling point working medium steam pipeline (B9）, low boiling point working medium steam and liquid return tube (B10）, low Boiling point medium steam and liquid cooling pipe (B11）, low boiling point working medium liquid delivery tube (B12）, low boiling point working medium vapour compression machine (B13）, low boiling point working medium liquid return pump (B14）, cooling medium case (B15）, cooling medium reflux pump (B16）, left, center, right whirlpool Wheel bearing support and bearing (B17, B18, B19）, tangential low boiling point working medium Steam Actuation turbine (B20, B21, B22）, axially Low boiling point working medium Steam Actuation turbine (B23）, a left side repel each other suction ferrum to wheel (B25）Left and right iron absorbing wheel (B25a, B25b）, turbine wheel shaft (B26）, turbine axle key (B27）, keyway (B28）, left and right transmission shaft bearing support and bearing (B29, B30）, right attracting suction ferrum pair Wheel (B31）Left and right iron absorbing wheel (B31a, B31b）, stand-by post inhale ferrum thin slice plastic wheel (B32）, power transmission shaft (B33）, transmission Axle key (B34）, keyway (B35）, travelling gear (B36, B37）, middle coupling spindle (B8e1e）And its with (B26, B33）Connection is used Fixing cylinder (B8e1f, B8e1g）, multiple axle embedding multi-layer thin rubber ring seal, electromotor (B38）, mechanical support (B39）, pass Moving axis (B33）The belt pulley on upper gear wheel side is constituted；Low boiling point working medium steam forms tank (B1）Including ladle bowl (B1a）, enter low Boiling point matter liquid port (B1b）, go out low boiling point working medium liquid port (B1c）, go out low boiling point working medium steam port (B1d）, return low boiling be situated between Matter steam and liquid port (B1e）, vapour table (B1f）, medium steam delivery pipe（A3b、A3c）Interface（A4a、A4b）；Low boiling is situated between Matter steam and liquid backflow surge tank (B2）Including ladle bowl (B2a）, enter low boiling point working medium steam and liquid port (B2b）, enter low boiling Point media fluid mouth (B2c）, enter low boiling point working medium steam port (B2d）, go out low boiling point working medium steam and liquid port (B2e）；Vapour amount Regulating valve (B3）Including vapour adjustable valve (B3a, B3b, B3c）；Check valve (B4 include check valve (B4a, B4b, B4c, B4d, B4e、B4f、B4g）；Low boiling point working medium steam pipeline (B5）Including low boiling point working medium steam pipeline (B5a, B5b, B5c, B5d、B5e、B5f、B5g、B5k、B5L、B5m、B5n、B5o、B5p、B5q）；Annular low boiling point working medium steam pipeline (B6）Including Annular low boiling point working medium delivery pipe (B6a, B6b, B6c）, annular low boiling point working medium delivery pipe (B6a, B6b, B6c）Include annular again Housing (B6a1, B6b1, B6c1）, enter low boiling point working medium steam port (B6a2, B6b2, B6c2）, go out low boiling point working medium steam port (B6a3*4n、B6b3*4n、B6c3*4n）, support (B6a4*4, B6b4*4, B6c4*4 with holes）；Nozzle (B7）Including nozzle support Corrugated tubing (B7a1*4n, B7b1*4n, B7c1*4n）, nozzle threads pipe (B7a2*4n）、(B7b2*4n、B7c2*4n）, nozzle pair External connecting corrugated tubing (B7a3*4n, B7b3*4n, B7c3*4n）；Low boiling point working medium liquid return tube (B1O）Including low boiling point working medium Liquid return tube (B10a, B10b）, low boiling point working medium liquid return tube (B10a）Include input (B10a1 again）, outfan (B10a2）, low boiling point working medium liquid return tube (B10b）Include input (B10b1 again）, outfan (B10b2）；Cooling medium Case (B15）Including case shell (B15a）, enter media port (B15b）, go out media port (B15C）, low boiling point working medium steam and liquid cooling Pipe (B11）Import (B15d）, outlet (B15e）；Turbine chassis shell (B8a）Including cylindrical, hollow turbine tank shell (B8a14）, turbine chassis shell left flange (B8b）, right flange (B8c）, turbine chassis shell left side lid (B8d）, right side lid (B8e）、 Left-hand thread (B8a1）, right-hand thread (B8a2）, left, center, right the turbine wheel shaft support of bearing (B17a, B18a, B19a）Threaded installing hole (B8a3*3、B8a4*3、B8a5*3）, annular low boiling point working medium steam pipeline support with holes (B6a4*4, B6b4*4, B6c4*4） Threaded installing hole (B8a6*4, B8a7*4, B8a8*4）, nozzle (B7a2*4n, B7b2*4n, B7c2*4n）Threaded peace Dress hole (B8a9*4n, B8a10*4n, B8a11*4n）, low boiling point working medium steam pipeline (B5g）Threaded installing hole (B8a12）, low boiling point working medium liquid return tube threaded installing hole (B8a13*2）；Turbine chassis shell left flange (B8b）Including band Cylindrical hole left flange body (B8b1）, left flange screw thread (B8b2）, left flange mounting hole (B8b3*4n）And include support installing hole (B8b4*4）；Turbine chassis shell left side lid (B8d）Including left side lid (B8d1）, left front cover installation hole (B8d2*4n）And include Support installing hole (B8d3*4）, endless foraminous valve rubber (B8d4）；Turbine chassis shell right flange (B8c）Including the cylindrical right method of band Blue body (B8c1）, right flange screw thread (B8c2）, right flange mounting hole (B8c3*4n）And include support installing hole (B8c4*4）；Whirlpool Wheel chassis shell right side lid (B8e）Including the right side lid (B8e1a, B8e1b）, (B8e1a）Include right side lid (B8e1a1 again）, screw thread (B8e1a2）, cross axis hole (B8e1a3）, installing hole (B8e1a4*4n）, include support installing hole (B8e1a5*4）, right side lid (B8e1b）Including right side lid (B8e1b1）, screw thread (B8e1b2）, cross axis hole (B8e1b3）, endless foraminous valve rubber (B8e4b* 4）, middle coupling spindle (B8e1e）Central coupling shaft (B8e1e1 including middle coupling spindle）, left button groove (B8e1e2）, right button groove (B8e1e3）, annular protrusion (B8e1e4, B8e1e5, B8e1e6, B8e1e7）, cannelure (B8e1e8, B8e1e9, B8e1e10）、 Fixing cylinder (B8e1f, B8e1g）,（B8e1f、B8e1g）Include fixing cylinder (B8e1f1, B8e1g1 again）, keyway (B8e1f2、B8e1g2）, fixing bolt (B8e1f3, B8e1g3）, the embedding multilayer elastic of multiple axle well thin rubber annular sealed bundle Include the right side lid (B8e1a, B8e1b）, annular hard rubber (B8e1c1, B8e1c2, B8e1c3, B8e1c4, B8e1c5）, multilayer elastic Well annular thin rubber (B8e1d1, B8e1d2, B8e1d3）；The left, center, right turbine support of bearing and bearing (B17, B18, B19）Bag Include the left, center, right support of bearing (B17a, B18a, B19a）, the threaded installing hole of the left, center, right support of bearing (B17b*3, B18b*3, B19b*3）, left right bearing (B17c, B18c, B19c）, the left, center, right support of bearing cross steam vent (B17d, B18d, B19d）, left Right bearing support crosses low boiling media fluid mouth (B17e, B18e, B19e）；Tangential low boiling point working medium Steam Actuation turbine (B20, B21、B22）Including turbine axis hole (B20a, B21a, B22a）, turbine lubrication groove (B20b, B21b, B22b）, turbine siphonal lobe (B20c*4n、B21c*4n、B22c*4n）, cross turbine axis hole keyway (B20d, B21d, B22d）；Axial low boiling Jie's medium steam Promote turbine (B23）Including the hollow cylindrical turbine lubrication groove (B23a with annular lid for the two ends）, lubrication groove cross turbine axis hole (B23b1、B23b2）, cross turbine axis hole keyway (B23c1, B23c2）, turbine siphonal lobe (B23d）；A left side repel each other suction ferrum to wheel (B25a, B25b）Suction ferrum attracting with the right side is to wheel (B31a, B31b）Including iron absorbing wheel body (B25a1, B25b1, B31a1, B31b1）, iron absorbing wheel Keyway (B25a2, B31b2）, cross axis hole (B25a3, B25b3, B31a3, B31b3）；Turbine axle key (B27）Including turbine axle key (B27a、B27b、B27c、B27d、B27e、B27f、B27g）；Left and right transmission shaft bearing support and bearing (B29, B3O）Including axle Hold support (B29a, B30a）, the support of bearing installing hole (B29b*6, B29c*6, B30b*6, B30c*6）, bearing（B29d、 B3Od）；Transmission shaft bond (B34）Including transmission shaft bond (B34a, B34b, B34c）；Travelling gear (B36, B37）Including travelling gear Body (B36a, B37a）, travelling gear keyway (B36b, B37b）, cross axis hole (B36c, B37c）, middle coupling spindle (B8e1e）, pre- Dress load generator (B38）Including generator body (B38a）, generator shaft (B38b1）, electromotor axle key (B38b2）, keyway (B38b3）, generator excitation power and accumulator（E）Input terminal (B38c）, 380V three-phase voltage output terminal (B38d）、 Exciter current of generator automatic control circuit (B38e）；Prepackage loads or is change speed gear box (B40）, fan (B41）, mechanical support (B39）Including mechanical support (B39a, B39b, B39c, B39d, B39e, B39f, B39g, B39h, B39k, B39L, B39m）；Low Boiling point medium steam formed tank go out low boiling point working medium steam port (B1d）By low boiling point working medium steam pipeline (B5a）, vapour amount Regulating valve (B3a）, low boiling point working medium steam pipeline (B5b）, check valve (B4a）, low boiling point working medium steam pipeline (B5c, B5d、B5e、B5f）With annular low boiling point working medium steam pipeline (B6a, B6b, B6c）Enter low boiling matter steam port (B6a2, B6b2、B6c2）Connect, annular low boiling point working medium steam pipeline go out low boiling point working medium steam port (B6a3*4n, B6b3*4n, B6c3*4n）And respectively with turbine chassis shell (B8a）On threaded installing hole (B8a9*4n, B8a10*4n, B8a11*4n）In Nozzle (B7a2*4n, B7b2*4n, B7c2*4n）Connect, spray nozzle front end does not first exceed turbine chamber interior wall, annular low boiling The defeated Gutron of medium steam support (B6a4*4, B6b4*4, B6c4*4 excessively with holes）And turbine chassis shell (B8a）Upper installing hole (B8a6* 4、B8a7*4、B8a8*4）It is arranged on turbine chassis shell (B8a with screw rod）Upper screw front end does not first exceed cabinet inwall；Erect Turbine chassis shell (B8a）, the right turbine wheel shaft support of bearing and bearing (B19）, axial low boiling point working medium Steam Actuation turbine (B23）、 The middle turbine wheel shaft support of bearing and bearing (B18）, tangential low boiling point working medium Steam Actuation turbine (B22, B21, B20）, equipped with left phase Scold suction ferrum to wheel (B25）Annular right iron absorbing wheel (B25b）The left turbine wheel shaft support of bearing and bearing (B17）, repel each other suction ferrum pair on a left side Wheel (B25）Left iron absorbing wheel (B25a）By turbine axle key (B27g, B27f, B27e, B27d, B27c, B27b, B27a）, turbine Keyway (B23c2, B23c1, B22d, B21d, B20d）, iron absorbing wheel keyway (B25a2）, turbine shaft key groove (B28）With stationary fit Mode is successively assemblied in turbine wheel shaft (B26 successively）Respective position on and overall push turbine chassis shell (B8a from left to right）In, By left, center, right the turbine wheel shaft support of bearing (B17a, B18a, B19a）On threaded installing hole (B17b*3, B18b*3, B19b* 3）And turbine chassis shell (B8a）Upper band threaded mounting hole (B8a3*3, B8a4*3, B8a5*3）With screw rod by left, center, right turbine wheel shaft axle Hold support and bearing (B17, B18, B19）It is fixed on turbine chassis shell (B8a）In；Turbine tank shell (B8a14 and turbine cabinet Shell left flange (B8b）By screw thread (B8a1）(B8b2）Fixing, turbine tank shell (B8a14）The right flange with turbine chassis shell (B8c）By screw thread (B8a2）(B8c2）Fixing；Turbine chassis shell left flange body (B8b1）, turbine chassis shell left side lid (B8d1）, endless foraminous valve rubber (B8d4）By left flange mounting hole (B8b3*4n）And left front cover installation hole (B8d2*4n）With Screw rod is fixed；Turbine chassis shell left side lid (B8d1）, left flange body (B8b1）By supporting installing hole (B8d3*4, B8b4*4） It is fixed on support with screw rod（B39c）On；Low boiling steam pipeline (B5g）By body screw thread and turbine chassis shell installing hole (B8a12）Be screwed, one end do tubaeform and near axial direction low boiling point working medium Steam Actuation turbine upper right side, the other end lead to Cross check valve (B4b）, low boiling steam pipeline (B5K）, low boiling point working medium delivery pipe (B9）, low boiling point working medium vapour-liquid return duct (B10 a）Input (B10a1）, low boiling point working medium steam pipeline (B5L）Meet low boiling point working medium vapour compression machine (B13） Input, low boiling point working medium vapour compression machine (B13）Outfan lead up to low boiling point working medium steam pipeline (B5m, B5n）, vapour adjustable valve (B3b）Meet low boiling point working medium steam and liquid cooling pipe (B11）Input (B15d）, another a-road-through Cross low boiling medium delivery pipe (B5O）, vapour adjustable valve (B3c）, low boiling point working medium steam pipeline (B5p）Connect low boiling point working medium Steam and liquid backflow surge tank (B2）Enter low boiling point working medium steam port (B2d）；Low boiling point working medium steam and liquid cooling pipe (B11）Outfan (B15e）By check valve (B4f）, low boiling point working medium liquid return tube (B12d）Connect low boiling point working medium to steam Vapour and liquid backflow surge tank (B2）Enter low boiling point working medium liquid port (B2b）；Low boiling point working medium steam and liquid backflow buffering Tank go out low boiling point working medium steam and liquid port (B2e）Through check valve (B4g）, low boiling point working medium steam pipeline (B5q）Connect low Boiling point medium steam forms time low boiling point working medium steam and the liquid port (B1e of tank）；Low boiling point working medium liquid return pump (B14）'s Input passes through low boiling point working medium liquid delivery tube (B12b）Meet low boiling point working medium fluid storage tanks (B2f）Go out low boiling point working medium Liquid port (B2f1）, outfan is through low boiling point working medium liquid delivery tube (B12c）, check valve (B4e）Connect low boiling point working medium steam And liquid backflow surge tank (B2）Enter low boiling point working medium liquid port (B2c）；Low boiling point working medium vapour-liquid return duct (B10a）Defeated Go out end and go out low boiling point working medium liquid port (B10a2）Through check valve (B4c）, low boiling point working medium liquid delivery tube (B12a）Connect low boiling Point media fluid storage tank (B2f）Enter low boiling point working medium liquid port (B2f2）, low boiling point working medium vapour-liquid return duct (B10b）Defeated Enter end (B1Ob1）Meet turbine chassis shell installing hole (Ba13*2）, outfan (B10b2）Through low boiling point working medium liquid delivery tube (B12e）, check valve (B4d）Meet low boiling point working medium fluid storage tanks (B2f）Enter low boiling point working medium liquid port (B2f3）, low boiling Point media fluid reflux pump (B14）Switch by low boiling point working medium fluid storage tanks (B2f）Middle liquid level and well-known Control circuit determines；Low boiling point working medium steam and liquid cooling pipe (B11）It is immersed in cooling medium case (B15）Or in high velocity air, Cooling medium gateway (B15b, B15c in cooling medium case）Meet cooling medium reflux pump (B16）；Power transmission shaft (B33）Install In transmission shaft bearing support and bearing (B29, B30）Bearing (B29d, B30d）In, annular protrusion (B8e1e4-B8e1e7）According to Secondary equipped with hard rubber (B8e1c2-B8e1c5）, cannelure (B8e1e8-Be1e10）It is sequentially arranged with the well annular thin rubber of multilayer elastic Skin (B8e1d1-B8e1d3）, rubber outer layer is equipped with hard rubber (B8e1c1）, threaded (B8e1b2）Right side lid (B8e1b1）, Middle coupling spindle (B8e1e）By turbine axle key (B27）, keyway (B28）, transmission shaft bond (B34）, keyway (B35）, itself keyway (B8e1e2、B8e1e3）, fixing cylinder keyway (B8e1f2, B8e1g2）, bolt (B8e1f3, B8e1g3）It is arranged on turbine wheel shaft (B26）Right-hand member power transmission shaft (B34）Between left end, (B8e1e）Or free plug, suction ferrum is repelled each other to wheel (B31 in the right side）Right iron absorbing wheel (B31b）, travelling gear (B36）By transmission shaft bond (B34b, B34c）, iron absorbing wheel keyway (B31b2）, gear keyway (B36b）、 Power transmission shaft keyway (B35）It is arranged on power transmission shaft (B33）On respective position；Left iron absorbing wheel (the B31a of annular）It is contained in right transmission shafts Hold support (B3Oa）The right；Travelling gear (B37）By itself keyway (B37b）, electromotor axle key (B38b1）, keyway (B38b2）It is arranged on electromotor (B38）Upper and with travelling gear (B36）Parallel and engagement；Left and right transmission shaft bearing support and Bearing (B29, B30）By transmission shaft bearing rack mounting apertures (B29b*6, B29c*6, B30b*6, B30c*6）Install with screw rod Supporting (B39L）On；Low boiling point working medium steam forms tank (B1）It is arranged on mechanical support (B39a）On, low boiling point working medium steam And liquid backflow surge tank (B2）It is arranged on mechanical support (B39b）On, (B8 is arranged on mechanical support (B39c to turbine cabinet）On, Low boiling point working medium vapour compression machine (B13）It is arranged on mechanical support (B39d）On, low boiling point working medium liquid return pump is arranged on machine Tool supports (B39e）On, cooling medium case is arranged on mechanical support (B39f）On, cooling medium reflux pump is arranged on mechanical support (B39g）On, low boiling point working medium liquid return tube (B10）It is arranged on mechanical support (B39h, B39K）On, low boiling point working medium liquid Storage tank is arranged on mechanical support (B39C）On, left and right transmission shaft bearing support (B29a, B3Oa）It is arranged on mechanical support (B39L）On, electromotor (B38）It is arranged on mechanical support (B39m）On, each height supporting will consider the application of gravity；As Turbine chassis shell (B8a）It is not to make, turbine chassis shell (B8a of fiberglass but of not magnetically attractive ferrum rustless steel）On left and right spiral shell Stricture of vagina (B8a1, B8a2）Or must not, left and right flange (B8b, B8c）By band installing hole (B8b3*4n）, the installing hole containing support (B8b4*4, B8c3*4n）, the installing hole (B8c4*4 containing support）Two not magnetically attractive ferrum stainless steel ring be welded on cabinet housing (B8a14）Left and right Two ends are constituted；The place of insulation in need all coat thermal insulation medium；Medium in A level closed system medium steam formation tank is such as Fruit is water, and the cooling medium in cooling medium case is water, then the low boiling point working medium steam of B level work system forms tank (B1）In Working media or select liquid carbon dioxide or liquid nitrogen；Annular protrusion (B8e1e4, B8e1e5）Between, (B8e1e5, B8e1e6）Between, (B8e1e6, B8e1e7）Between or mutual disconnect (B8e1e1）, using the recessed right raised strips left-hand thread structure in a left side (B8e1e11- B8e1e13）It is connected, or (B8e1e4-B8e1e7）With central coupling shaft (B8e1e1）Fully separating and make respectively Anti- female thread, anti-external thread structure (B8e14-B8e18）；(B8e1e4-B8e1e7）Or screw-casing is in (B8e1e1）On, by ring Shape valve rubber (B8e19-B8e24）, equidistant sleeve (B8e25-B8e27）Positioning, (B26, B8e1e1, B33）Or be quill shaft；Institute N is had to be 1-6 integer, (B5）N in n not value.

3. low boiling point working medium Steam Actuation turbogenerator according to claim 1 and 2 it is characterised in that：Also include sending out Motor energization current auto-adjusting circuit：Exciter current of generator auto-adjusting circuit is by the 1st compound transistor（GTR1）, the 2nd Compound triode（GTR2）, the 1st～the 5th audion（BG1～BG5）, photoelectrical coupler（TLP1）, the 1st～the 16th diode（D1 ～D16）, the 1st～the 7th resistance（R1～R7）, the 1st～the 3rd variable resistance（W1～W3）, the 1st～the 6th electric capacity（C1～C6）, 1st, the 2nd variable capacitance（C7、C8）, the 1st transformator（B1）The the 1st～the 3rd inductance（L1～L3）, the inductance in the 2nd transformator （L4、L5）With the 6th～the 8th inductance in dynamo field coil（L6～L8）Composition；1st diode（D1）Negative electrode, the 1st be combined Audion（GTR1）Colelctor electrode, the 1st resistance（R1）One end, the 3rd resistance（R3）One end, the 7th diode（D7）Anode, the 5th electric capacity （C5）Public termination the 1st electric capacity of one end（C1）One end, the 2nd electric capacity（C2）One end, the 1st variable capacitance（C7）One end, the 2nd variable Electric capacity（C8）One end, the 2nd inductance（L2）The common port of Same Name of Ends, the 2nd diode（D2）Negative electrode, the 2nd compound transistor（GTR2） Colelctor electrode, the 2nd resistance（R2）One end, the 4th resistance（R4）One end, the 8th diode（D8）Anode, the 6th electric capacity（C6）The public affairs of one end Terminate the 3rd inductance altogether（L3）Non-same polarity, the 2nd variable capacitance（C8）The other end, the common port of electromotor ground wire；1st resistance （R1）Another termination the 1st audion（BG1）Colelctor electrode, the 2nd resistance（R2）Another termination the 2nd audion（BG2）Colelctor electrode, the 3 resistance（R3）Another termination the 3rd audion（BG3）Colelctor electrode, the 4th resistance（R4）Another termination the 4th audion（BG4）Current collection Pole；3rd audion（BG3）Emitter stage connect the 1st audion（BG1）Base stage, the 1st audion（BG1）Emitter stage to connect the 1st multiple Close audion（GTR1）Base stage, the 1st compound transistor（GTR1）Emitter stage connect the 3rd diode（D3）Anode, the 4th three pole Pipe（BG4）Emitter stage connect the 2nd audion（BG2）Base stage, the 2nd audion（BG2）Emitter stage connects the 2nd compound transistor（GTR2） Base stage, the 2nd compound transistor（GTR2）Emitter stage connects the 4th diode（D4）Anode；1st diode（D1）Anode, the 2nd diode （D2）Anode, the 3rd diode（D3）Negative electrode, the 4th diode（D4）Negative electrode short circuit；3rd audion（BG3）Base stage connects the 5th two pole Pipe（D5）Negative electrode, the 4th diode（BG4）Base stage connects the 6th diode（D6）Negative electrode, the 5th diode（D5）Anode, the 6th diode （D6）Public termination the 4th electric capacity of anode（C4）One end, the 1st adjustable resistance（W1）The common port of one end, the 5th audion（BG5） Emitter stage connects the 1st adjustable resistance（W1）The other end, the 5th audion（BG5）Colelctor electrode connects the 6th resistance（R6）One end, photoelectric coupling Device（TLP1）The common port of middle phototriode colelctor electrode, base stage successively with the 5th resistance（R5）, the 2nd adjustable resistance（W2）Series connection It is followed by photoelectrical coupler（TLP1）Middle phototriode emitter stage, the 4th electric capacity（C4）The other end, the 6th resistance（R6）The other end Public termination the 7th diode（D7）Negative electrode, the 8th diode（D8）The common port of negative electrode；1st electric capacity（C1）The other end, the 2nd electric capacity （C2）The other end, the 1st variable capacitance（C7）The other end, the 4th inductance（L4）The common port sending and receiving motor 380V live wire of Same Name of Ends, the 2 inductance（L2）Non-same polarity connect the 3rd inductance（L3）Same Name of Ends, the 3rd inductance（L3）Non-same polarity, the 4th inductance（L4）Non- of the same name End, the 5th electric capacity（C5）The other end, the 6th electric capacity（C6）The common port sending and receiving motor ground wire of the other end；1st inductance（L1）Non- with Name termination the 9th diode（D9）Negative electrode, the 10th diode（D10）The common port of anode, the 10th diode（D10）Negative electrode, the 12nd Diode（D12）Public termination the 8th electric capacity of negative electrode（C8）One end, the 6th inductance（L6）Same Name of Ends, the 7th inductance（L7）Same Name of Ends, 8th inductance（L8）Same Name of Ends, reservoir（E）The common port of positive pole, the 9th diode（D9）Anode, the 11st diode（D11）Anode Public termination the 8th electric capacity（C8）The other end, the 6th inductance（L6）Non-same polarity, the 7th inductance（L7）Non-same polarity, the 8th inductance（L8） Non-same polarity, reservoir（E）The common port of negative pole, the 1st inductance（L1）Termination of the same name 11st diode（D11）Negative electrode, the 12nd 2 pole Pipe（D12）The common port of anode, the 5th inductance（L5）Termination of the same name 14th diode（D14）Anode, the 16th diode（D16）Cloudy The common port of pole, the 5th inductance（L5）Non-same polarity connect the 13rd diode（D13）Anode, the 15th diode（D15）The public affairs of negative electrode Hold altogether, the 3rd electric capacity（C3）One end, the 13rd diode（D13）Negative electrode, the 14th diode（D14）The common port of negative electrode is adjustable with the 3rd Resistance（W3）, the 7th resistance（R7）Series connection is followed by light thermocouple device（TLP1）The anode of middle light emitting diode, photoelectrical coupler（TLP1） Middle light-emitting diodes tube cathode connects the 15th diode（D15）Anode, the 16th diode（D16）Anode, the 3rd electric capacity（C3）The other end Common port；1st electric capacity（C1）, the 2nd electric capacity（C2）, the 7th electric capacity（C7）, the 8th electric capacity（C8）Or replaced with inductance, the 3rd diode （D3）, the 4th diode（D4）Or short circuit；All n are 1-6 integer.

4. low boiling point working medium Steam Actuation turbogenerator according to claim 1 and 2 it is characterised in that：A level closing system If water, the cooling medium in cooling medium case is water to medium in system medium steam formation tank, then B level work system is low Boiling point medium steam forms tank（B1）In working media or select liquid carbon dioxide or liquid nitrogen；Use this low boiling point working medium The operating process that steam does work done medium is as follows：By low boiling point working medium steam pipeline（B9）It is immersed in cooling medium case（B15）In, Formed in tank B1 in low boiling point working medium steam and inject liquid low boiling point working medium, injection rate is with low boiling point working medium liquid in heat source temperature Lower all vaporize after can produce needed for mesohigh promotion turbine rotation and reach rated speed and be defined；Choose suitable low of power By work done and after cooling down, temperature reduces boiling point medium steam compressor, the low boiling point working medium steam of pressure reduction is directly squeezed into or pressed Squeeze into low boiling point working medium steam and liquid backflow surge tank after shortening liquid into, or use the suitable recycle compressor of power instead by work done And after cooling down, temperature reduces, pressure reduces the difficult low boiling point working medium both vapor compression liquefying and steams for squeezing into low boiling point working medium after liquid Vapour and liquid backflow surge tank.