CN202281226U - Solar updraft tower power plant assisting thermal power device - Google Patents
Solar updraft tower power plant assisting thermal power device Download PDFInfo
- Publication number
- CN202281226U CN202281226U CN 201120410452 CN201120410452U CN202281226U CN 202281226 U CN202281226 U CN 202281226U CN 201120410452 CN201120410452 CN 201120410452 CN 201120410452 U CN201120410452 U CN 201120410452U CN 202281226 U CN202281226 U CN 202281226U
- Authority
- CN
- China
- Prior art keywords
- burner
- fuel
- fuel combination
- adopt
- assembly
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Images
Abstract
The utility model provides a solar updraft tower power plant assisting thermal power device, which is a thermal power device relating to multiple core technologies such as the efficient burning equipment and tower body coupling idea, the full-premix function principle characteristic technology design and the novel burner double-efficient jump. The device comprises an efficient burner component and a full-premix model and pipeline optimization component, wherein the efficient burner component comprises fixed brackets, burner A components and burner B components, wherein each burner A component comprises an ignition needle, a diffuser, an unpowered blender, a gas flow storage chamber, an ejector pipe, a fixed flange, a temperature measurement element, a porous metal fiber board and a gas supply pipe; and the full-premix model and pipeline optimization component comprises an electromagnetic valve A, an electromagnetic valve B, an electromagnetic three-way valve, an intelligent control cabinet, a wind pressure switch, a fan, a fuel inlet pipe, a fuel blending pipe, a blended fuel branch pipe A, a blended fuel branch pipe B, a blended fuel distribution pipe A, a blended fuel distribution pipe B, a fixed part and a base hollow chamber.
Description
Technical field
A kind of solar column thermal current generating of the utility model auxiliary heat power apparatus relates to the efficient burning equipment can rise to multinomial core technology thermal device with tower body coupling theory, full pre-mixing function principle features art designs, novel burner economic benefits and social benefits, is to belong to clean fuel burning and novel burner tool (burner, burning rifle) technical field.
Background technology
The 16th National Congress of Communist Party of China proposes builds a well-off society in an all-round way under the goal prerequisite that quadruples again to the year two thousand twenty with Chinese national economy, and the development of electric power and securing an adequate supply is mentioned schedule and discussed official business up as expecting.Speak of electric power; People's conventional electric power that is bound at first expect: thermoelectricity (coal) country for these years ensures that people's productive life electricity consumption mainly relies on him; But serious environmental destruction, air pollution, non-renewable resources loss have also been brought; Human survival and the Nature form serious fight, and be extremely inharmonious.Regenerative resource: water power, wind-powered electricity generation, nuclear power, solar energy, biological energy source domestic technique generally lag behind, and fall behind developed country for many years, and its stability, persistence, security simultaneously also receives very big challenge.Solar energy is as a clean reproducible energy part; The big good prospect of its future development that its photovoltaic, solar thermal utilization are verified, on solar thermal utilization, people have more and more paid attention to the thermal current generating; From nineteen eighty-two Spain in first solar column power station of Man Shana martyr's Regional Construction so far; International community has strengthened the research and inquirement input on this basis, and present developed country begins to set up 1000 meters high towers and obtains the bigger output of electric power (200MW), is exactly at no solar time, overcast and rainy night but utilize the unfavorable of solar energy maximum; This stability, promptness, continuation to the online supply of electric power is brought very big inconvenience; Although adopted some heat-storing methods, heat accumulation equipment, in the face of 55 kilometers the traffic demand of about 50 meters of flow velocity and diameters per hour, maximum heat accumulation equipment also seems unable to do what one wishes.To thoroughly solve the continuation and online stability of the generating of solar column thermal current; Rationally utilization regenerative resource, clean energy resource and fuel gas are its only selections, add that design meets the pipe-line layout of tower inner structure characteristic fully, and (solar column is normally in negative pressure state to adopt advanced full premix combustion technology; Be more suitable for this mode); Add novel burner (burner, combustion head) equipment, that just can exaggerate not says, thoroughly addresses the above problem easy.
Through further retrieval with to the investigation of society, do not see expert document and the patent report in full accord or similar with the utility model.
Summary of the invention
The purpose of the utility model is to above-mentioned known weak point, makes full use of resource, for following green electric power supply continues supply a kind of solar column thermal current generating auxiliary heat power apparatus is provided.One of characteristics that this device is maximum are the generating of initiative solar column thermal current and renewable and clean energy resource optimization coupling theory and design, ensure continuation, the stability of supply of electric power; Two of characteristics are fully to use the Ergonomy principle design, quantize the pipe flow network, and outstanding full premix machinery brute force is loose and mixed characteristic (empty, combustion ratio), ensures that combustion conditions meets " servo-type " requirement; Three of characteristics are to adopt advanced surface combustion technology in the world and pre-heated powerful spray combustion technology, effectively regulate than regulate arbitrarily from 750-1100 ℃ when guaranteeing to burn, and burn-out degree reaches more than 95%.
A kind of solar column thermal current generating of the utility model auxiliary heat power apparatus is to adopt following technical scheme to realize: a kind of solar column thermal current generating auxiliary heat power apparatus comprises burner with high efficiency assembly, full premixed and pipeline optimization component.Wherein, the burner with high efficiency assembly comprises analog bracket, burner A assembly, burner B assembly.Burner A assembly comprises igniting pin, disperser, unpowered blender, gas storage stream chamber, induction tunnel, mounting flange, temperature measuring element, porous metal fiber plate, gaspipe composition.Gaspipe is arranged between fuel combination isocon A and the induction tunnel; The induction tunnel rivet welding is tapping in gas storage stream bottom, chamber; Gas storage stream chamber opened upper end also is equipped with the porous metal fiber plate; Igniting pin, temperature measuring element are arranged on porous metal fiber plate surface one side, help mixed airflow and see through the ignition at any time of porous metal fiber plate; It is indoor that disperser is arranged in gas storage stream; Unpowered blender is arranged in the induction tunnel, can make mist more even through blower fan nature motive force; Analog bracket is fixed on the solar energy Tata inner plane base station, thereby accomplishes a cover burner A assembly.
Burner B assembly comprises igniting pin, tube cylinder, fuel combination import, gaspipe, induction tunnel, pipe flange, ceramic porous article, preheater, punched-plate, temperature-sensing element, porous fibre felt body.The fuel combination import is arranged on the induction tunnel; Induction tunnel is fixed on the analog bracket; Analog bracket is fixed on the solar energy Tata inner plane base station; Be provided with pipe flange between tube cylinder and the induction tunnel; Punched-plate is arranged on induction tunnel upper orifice place; Ceramic porous article is arranged in the tube cylinder; Preheater is arranged between punched-plate and the ceramic porous article; Porous fibre felt body is arranged on the combustion front of ceramic porous article top, fixes with tube cylinder; Gap one side is provided with igniting pin and temperature-sensing element between porous fibre felt body and the ceramic porous article; One of gaspipe is arranged on fuel combination import butt joint, and dock with fuel combination isocon B the other end; Tube cylinder is arranged on ceramic porous article, preheater week laterally, thereby accomplishes a cover burner B assembly.
Burner A assembly and burner B assembly are distinguished arranged in dislocation on analog bracket, and fix, thereby accomplish the complete burner with high efficiency assembly of a cover.
Full premixed and pipeline optimization component are by magnetic valve A, magnetic valve B, three-way solenoid valve, Based Intelligent Control cabinet, blast switch, blower fan, fuel inlet tube, fuel mix pipe, fuel combination arm A, fuel combination arm B, fuel combination isocon A, fuel combination isocon B, fixture, the empty chamber of pedestal.The Based Intelligent Control cabinet is arranged on the empty chamber of pedestal metope and is convenient to operation place; Magnetic valve A, magnetic valve B are arranged on the fuel inlet tube; One of fuel inlet tube connects fuel, and the other end is arranged on the fuel mix pipe; Fuel mix Guan Yitou and blower fan exit seal are fixed, other end and three-way solenoid valve sealed butt joint; Three-way solenoid valve is arranged between fuel mix pipe and fuel combination arm A, the fuel combination arm B; Fuel combination isocon A is arranged on the fuel combination arm A; Fuel combination isocon B rivet welding is on fuel combination arm B; The empty chamber of pedestal is arranged in the solar column pedestal, also can be arranged on the outer side of solar column pedestal in case of necessity; Blast switch is arranged on blower fan one side; Blower fan is arranged on appropriate location, the empty chamber of pedestal; Fixture is arranged on fuel combination arm A, the fuel combination arm B.
Install according to the order of sequence by above assembly, thereby accomplish the complete solar column thermal current generating auxiliary heat power apparatus of a cover.
Described burner A assembly is to adopt square, cylindrical and other the special-shaped burner assemblies of commercially available porous metal fiber.
Described burner B assembly is to adopt pre-heating energy-saving type burner; It is characterized in that in the burner tube cylindrical shell, being provided with some U or O type preheating heat-changing tube; Be provided with ceramic porous plate at U or O type preheating heat-changing tube top; Fuel combination exit, ceramic porous plate top is provided with porous fibre metal felt body, is provided with the igniting pin between ceramic porous plate and the porous fibre metal felt body.
Described Based Intelligent Control cabinet is to adopt the DCS intelligence control system, mainly is made up of BCS control system, the control system that also can adopt commercially available PLC control system and other and big system to be complementary.
Biogas after described fuel employing the carrying out pre-filtering also can adopt the city to supply natural gas, liquefied petroleum gas and other fuel gas.
Described magnetic valve A, magnetic valve B adopt commercially available bi-bit bi-pass Direct Action Type diaphragm magnetic valve, also can adopt other performance magnetic valves that adapt to this device fully.
Described igniting pin is to adopt commercially available triadic type igniting pin, and wherein corresponding two are the igniting pin, and another is a temperature-sensing element.
Described blower fan is to adopt the adjustable high-speed fan of commercially available roller type, also can adopt sliding vane rotary pump formula high-speed air pressure fan or other air-supply arrangements that adapts, the high-speed fan that rotating speed changes at per minute 1500-3800.
Described blast switch is to adopt the commercially available universal blast switch of KFY-1, the professional blast switch that also can adopt other and blower fan to match.
With reference to accompanying drawing 2, a kind of solar column thermal current generating of the utility model auxiliary heat power apparatus can adopt in base station setting of tower inner plane or the solar column tower body to be arranged circumferentially when using; Also can be arranged on air turbine air inlet place; More can be used as the burner independent utility and need the occasion of heat energy at other.
Operation principle
After receiving solar column thermal current generating DCS intelligence control system and needing the enabled instruction of auxiliary heat force compensating, the interior Based Intelligent Control element of this device sends the prepurge fill order to blower fan, and clean air gets into from the blower fan import; Begin doing cleaning comprehensively in fuel mix pipe to the induction tunnel, after several minutes, magnetic valve A or magnetic valve B adjust according to the combustion heat value that the target customer requires; And confirm to use the firepower size, fuel gets into from fuel inlet tube, and in the fuel mix pipe, carries out premix with air; Three-way solenoid valve is according to instruction, and it is any one the tunnel to implement to open fuel combination arm A or fuel combination arm B, but the single channel heating; Also can implement the two-way synchronous heating according to actual heat energy needs, fuel combination is gone on the way, gets into burner A assembly or burner B assembly through fuel combination isocon A or fuel combination isocon B; Under firing command, ignition transformer starts, and is directed against ignited fuel through igniting; Get into normal combustion or increment fired state; Thereby make in the solar column and remain at 30-50 ℃, keep thermal current generating stable stateization, reduce the fluctuation of power output with the extraneous temperature difference.When receiving burn-out when instruction, magnetic valve A, magnetic valve B close with order, fuel shutoff supply simultaneously, and three-way solenoid valve resets, and blower fan is out of service behind the after-blow total number minute, replys normality, waits for instruction next time, and is reciprocal with this.
Description of drawings
Through the detailed description below in conjunction with accompanying drawing, aforesaid purpose, the feature and advantage with other of the utility model will become more clear.Wherein:
Fig. 1 is a kind of solar column thermal current generating of the utility model auxiliary heat power apparatus cutaway view;
Fig. 2 is a kind of solar column thermal current generating of the utility model auxiliary heat power apparatus tower inner plane base station installation application figure.
Sequence number among the figure: 1. analog bracket; 2. burner B assembly; 3. fuel combination isocon B; 4. fuel combination isocon A; 5. igniting pin; 6. burner A assembly; 7. the empty chamber of pedestal; 8. magnetic valve A; 9. magnetic valve B; 10. fuel inlet tube; 11. blower fan; 12. blast switch; 13. fuel mix pipe; 14. Based Intelligent Control cabinet; 15. three-way solenoid valve; 16. fixture; 17. fuel combination arm B; 18. fuel combination arm A; 19. tower inner plane base station; 20. solar column.
The specific embodiment
Shown in Fig. 1～2, a kind of solar column thermal current generating of the utility model auxiliary heat power apparatus takes following technical scheme to realize:
A kind of solar column thermal current generating auxiliary heat power apparatus comprises burner with high efficiency assembly, full premixed and pipeline optimization component.Wherein, the burner with high efficiency assembly comprises analog bracket 1, burner A assembly 6, burner B assembly 2.Burner A assembly 6 comprises igniting pin 5, disperser, unpowered blender, gas storage stream chamber, induction tunnel, mounting flange, temperature measuring element, porous metal fiber plate, gaspipe composition.Gaspipe is arranged between fuel combination isocon A4 and the induction tunnel; The induction tunnel rivet welding is tapping in gas storage stream bottom, chamber; Gas storage stream chamber opened upper end also is equipped with the porous metal fiber plate; Igniting pin 5, temperature measuring element are arranged on porous metal fiber plate surface one side, help mixed airflow and see through the ignition at any time of porous metal fiber plate; It is indoor that disperser is arranged in gas storage stream; Unpowered blender is arranged in the induction tunnel, can make mist more even through blower fan 11 natural motive forces; Analog bracket 1 is fixed on the solar column base platform; Analog bracket 1 is fixed on the solar column 20 tower inner plane base stations 19, thereby accomplishes a cover burner A assembly 6.
Burner A assembly 6 and burner B assembly 2 are distinguished arranged in dislocation on analog bracket 1, and fix, thereby accomplish the complete burner with high efficiency assembly of a cover.
Full premixed and pipeline optimization component are by magnetic valve A8, magnetic valve B9, three-way solenoid valve 15, Based Intelligent Control cabinet 14, blast switch 12, blower fan 11, fuel inlet tube 10, fuel mix pipe 13, fuel combination arm A18, fuel combination arm B17, fuel combination isocon A4, fuel combination isocon B3, fixture 16, the empty chamber 7 of pedestal.Based Intelligent Control cabinet 14 is arranged on the empty chamber of pedestal 7 metopes and is convenient to operation place; Magnetic valve A8, magnetic valve B9 are arranged on the fuel inlet tube 10; 10 1 of fuel inlet tubes connect fuel, and the other end is arranged on the fuel mix pipe 13; 13 1 of fuel mix pipes and blower fan exit seal are fixed other end and three-way solenoid valve 15 sealed butt joint; Three-way solenoid valve 15 is arranged between fuel mix pipe 13 and fuel combination arm A18, the fuel combination arm B17; Fuel combination isocon A4 is arranged on the fuel combination arm A18; Fuel combination isocon B3 rivet welding is on fuel combination arm B17; The empty chamber 7 of pedestal is arranged in the solar column pedestal, also can be arranged on the outer side of solar column pedestal in case of necessity; Blast switch 12 is arranged on blower fan 11 1 sides; Blower fan 11 is arranged on 7 appropriate locations, the empty chamber of pedestal; Fixture 16 is arranged on fuel combination arm A18, the fuel combination arm B17.
Install according to the order of sequence by above assembly, thereby accomplish the complete solar column thermal current generating auxiliary heat power apparatus of a cover.
Described burner A assembly 6 is to adopt square, cylindrical and other the special-shaped burner assemblies of commercially available porous metal fiber.
Described burner B assembly 2 is to adopt pre-heating energy-saving type burner; It is characterized in that in the burner tube cylindrical shell, being provided with some U or O type preheating heat-changing tube; Be provided with ceramic porous plate at U or O type preheating heat-changing tube top; Fuel combination exit, ceramic porous plate top is provided with porous fibre metal felt body, is provided with igniting pin 5 between ceramic porous plate and the porous fibre metal felt body.
Described Based Intelligent Control cabinet 14 is to adopt the DCS intelligence control system, mainly is made up of BCS control system, the control system that also can adopt commercially available PLC control system and other and big system to be complementary.
Biogas after described fuel employing the carrying out pre-filtering also can adopt the city to supply natural gas, liquefied petroleum gas and other fuel gas.
Described magnetic valve A8, magnetic valve B9 adopt commercially available bi-bit bi-pass Direct Action Type diaphragm magnetic valve, also can adopt other performance magnetic valves that adapt to this device fully.
Described igniting pin 5 is to adopt commercially available triadic type igniting pin, and wherein corresponding two are the igniting pin, and another is a temperature-sensing element.
Described blower fan 11 is to adopt the adjustable high-speed fan of commercially available roller type, also can adopt sliding vane rotary pump formula high-speed air pressure fan or other air-supply arrangements that adapts, the high-speed fan that rotating speed changes at per minute 1500-3800.
Described blast switch 12 is to adopt the commercially available universal blast switch of KFY-1, the professional blast switch that also can adopt other and blower fan to match.
With reference to accompanying drawing 2, a kind of solar column thermal current generating of the utility model auxiliary heat power apparatus can adopt in 19 settings of tower inner plane base station or solar column 20 tower bodies to be arranged circumferentially when using; Also can be arranged on air turbine air inlet place; More can be used as the burner independent utility and need the occasion of heat energy at other.
A kind of solar column thermal current generating of the utility model auxiliary heat power apparatus has remarkable technical characterictic and market competition advantage free from worldly cares, and is specific as follows:
One, adopts high efficiency combustion technology and solar column tower body Coupling Design theory, ensure the stability and the persistence of green electric power supply output.
Since the own solar column thermal current generating; Because day and night temperature relation; Supply of electric power seriously is absorbed in the vicious circle of " for a long time with do not fall, take in short supply ", has a strong impact on the stability of electrical network, add the tower body generating equipment utilization half be in idle state; Increase investment and operation cost virtually, reduced market competition advantage.The utility model adopts high efficiency combustion technology and solar column tower body Coupling Design theory, has played key effect for solving day and night temperature, is making full use of the vast three-dimensional area of tower body or the column foot area of plane and is not influencing under the prerequisite of suction wind; The design of applied ergonomics theoretical principle; Combustion equipment is reached use more convenient, no matter the time spent effect of " safety " more is not construction and installation; Maintaining to has in the future demonstrated fully hommization and judicial convenience (seeing accompanying drawing 2).According to when the practical application, the utility model can be set directly in the tower body on the base station plane or be arranged circumferentially in tower body, also can be arranged on air turbine air inlet place.Through adopting DCS allotment control; More perfectly embodied the superiority of " servo-type " operation; Guarantee electric power supply in 24 hours; For " rate of attendance " that improves tower body and generating equipment lays a solid foundation,, will cause the concern of the solar thermal utilization industry and the whole society for the thermal current novel industry of generating electricity provides a use that has independent intellectual property right fully to equip.
Two, adopt the human engineering design, optimize the pipe flow network, outstanding full premix efficacy characteristics improves the usefulness managerial ability.
In a single day can not use for reference and learn with reference to illustration owing to having, in the face of the 70 ℃ of left and right sides high temperature of normality temperature in the tower body, personnel can't get into work at ordinary times, therefore must get into when safeguarding in the tower, must properly protect and shorten and be detained the working time.The utility model research staff is optimizing under the pipe flow network prerequisite; Burner that adopts and the accessory that all are associated; All adopt and hide design and fillet design; On material, mainly select high temperature resistant, anti-aging, long-life flexible high-quality polymer composite for use, trip, run into when avoiding the attendant to walk, enough action request activity spaces are arranged again during operation.In addition, owing to be in negative pressure state usually in the tower, the flow rate of ambient air flow is big (15-18m/s) very; Be easy to cutoff and backflow, the utility model adopts at present the full premix technology of success, strict empty, combustion ratio; Air feed is normal when guaranteeing burning; Control down in intelligence control system, make fuel combustion more abundant, improved energy utilization rate (can reach more than 95%) greatly.
Three, the preparatory temperature economic benefits and social benefits of premix combine, and surface combustion technology and pre-heated powerful spray combustion technology are worked along both lines, and satisfy multiple combustion conditions demand.
The utility model adopts advanced porous metal fiber surface combustion technology, under the situation of air, the abundant premix of fuel, and temperature heat transfer network pipeline in tower again; Make the fuel combination when getting into combustion head obtain preheating; Impel fuel combination molecule expanded by heating, micel is dispersed into the molecule particle, under the blower fan blast pressure, further decomposes the molecule particle again through the porous metals surface; Make fuel combination drop to micron order, for sufficient combustion lays the foundation by the millimeter level; Secondly, another outstanding combustion system is to be employed in the burning housing to set up U type or O type metal heat-conducting pipe, and the heat that produces when making burning is through in U type or the O type pipe heat conduction induction tunnel cavity; Thereby the heating fuel combination heats up fuel, can adopt oxygen enrichment or pure oxygen combustion technology where necessary; Improve the oxygen content in the gas; Significantly improve efficiency of combustion, reduce and use amount of natural gas more than 30%, the fuel burn-out degree reaches more than 95%.So surface combustion is technological and pre-heated powerful spray combustion The Application of Technology, can satisfy the demand of different combustion conditions fully, simultaneously; Have good antioxygenic property and calorific intensity; Low pressure drop, the no tempering of safety is swift in response; Thermal inertia is little, and cooling is fast, atomizing effect is good, noise is low, the gas flow resistance is little, spray characteristics such as concentrated.The utility model will play the effect of taking over from the past and setting a new course for the future, for low-carbon (LC), environmental protection, energy-conservationly make the model.
The utility model does not only provide auxiliary therrmodynamic system for solar energy hot gas flow generating system; More can be widely used in industrial highly energy-consuming transformation, paint spraying, agricultural drying, textile industry, thermal power plant and other need the application of burner, be with a wide range of applications and market potential.
Claims (9)
1. a solar column thermal current generating auxiliary heat power apparatus is characterized in that: comprise burner with high efficiency assembly, full premixed and pipeline optimization component; Said burner with high efficiency assembly comprises analog bracket, burner A assembly, burner B assembly; Burner A assembly comprises igniting pin, disperser, unpowered blender, gas storage stream chamber, induction tunnel, mounting flange, temperature measuring element, porous metal fiber plate, gaspipe composition; Gaspipe is arranged between fuel combination isocon A and the induction tunnel; The induction tunnel rivet welding is tapping in gas storage stream bottom, chamber; Gas storage stream chamber opened upper end also is equipped with the porous metal fiber plate; Igniting pin, temperature measuring element are arranged on porous metal fiber plate surface one side, help mixed airflow and see through the ignition at any time of porous metal fiber plate; It is indoor that disperser is arranged in gas storage stream; Unpowered blender is arranged in the induction tunnel, can make mist more even through blower fan nature motive force; Analog bracket is fixed on the solar column base platform, thereby accomplishes a cover burner A assembly;
Said burner B assembly comprises igniting pin, tube cylinder, fuel combination import, gaspipe, induction tunnel, pipe flange, ceramic porous article, preheater, punched-plate, temperature-sensing element, porous fibre felt body; The fuel combination import is arranged on the induction tunnel; Induction tunnel is fixed on the analog bracket; Be provided with pipe flange between tube cylinder and the induction tunnel; Punched-plate is arranged on induction tunnel upper orifice place; Ceramic porous article is arranged in the tube cylinder; Preheater is arranged between punched-plate and the ceramic porous article; Porous fibre felt body is arranged on the combustion front of ceramic porous article top, fixes with tube cylinder; Gap one side is provided with igniting pin and temperature-sensing element between porous fibre felt body and the ceramic porous article; One of gaspipe is arranged on fuel combination import butt joint, and dock with fuel combination isocon B the other end; Tube cylinder is arranged on ceramic porous article, preheater week laterally, thereby accomplishes a cover burner B assembly;
On burner A assembly and burner B assembly difference arranged in dislocation analog bracket, and fix, thereby accomplish the complete burner with high efficiency assembly of a cover;
Said full premixed and pipeline optimization component are by magnetic valve A, magnetic valve B, three-way solenoid valve, Based Intelligent Control cabinet, blast switch, blower fan, fuel inlet tube, fuel mix pipe, fuel combination arm A, fuel combination arm B, fuel combination isocon A, fuel combination isocon B, fixture, the empty chamber of pedestal; The Based Intelligent Control cabinet is arranged on the empty chamber of pedestal metope and is convenient to operation place; Magnetic valve A, magnetic valve B are arranged on the fuel inlet tube; One of fuel inlet tube connects fuel, and the other end is arranged on the fuel mix pipe; Fuel mix Guan Yitou and blower fan exit seal are fixed, other end and three-way solenoid valve sealed butt joint; Three-way solenoid valve is arranged between fuel mix pipe and fuel combination arm A, the fuel combination arm B; Fuel combination isocon A is arranged on the fuel combination arm A; Fuel combination isocon B rivet welding is on fuel combination arm B; The empty chamber of pedestal is arranged in the solar column pedestal, also can be arranged on the outer side of solar column pedestal in case of necessity; Blast switch is arranged on blower fan one side; Blower fan is arranged on appropriate location, the empty chamber of pedestal; Fixture is arranged on fuel combination arm A, the fuel combination arm B;
Install according to the order of sequence by above assembly, thereby accomplish the complete solar column thermal current generating auxiliary heat power apparatus of a cover.
2. solar column thermal current generating auxiliary heat power apparatus according to claim 1, it is characterized in that: described burner A assembly is to adopt square, cylindrical and other the special-shaped burner assemblies of porous metal fiber.
3. solar column thermal current generating auxiliary heat power apparatus according to claim 1; It is characterized in that: described burner B assembly is to adopt pre-heating energy-saving type burner; In the burner tube cylindrical shell, be provided with some U or O type preheating heat-changing tube; Be provided with ceramic porous plate at U or O type preheating heat-changing tube top, fuel combination exit, ceramic porous plate top is provided with porous fibre metal felt body, is provided with the igniting pin between ceramic porous plate and the porous fibre metal felt body.
4. solar column thermal current generating auxiliary heat power apparatus according to claim 1; It is characterized in that: described Based Intelligent Control cabinet is to adopt the DCS intelligence control system; System constitutes by BCS control, the control system that also can adopt PLC control system and other and big system to be complementary.
5. solar column thermal current generating auxiliary heat power apparatus according to claim 1 is characterized in that: the biogas after described fuel employing the carrying out pre-filtering, also can adopt the city to supply natural gas, liquefied petroleum gas and other fuel gas.
6. solar column thermal current generating auxiliary heat power apparatus according to claim 1 is characterized in that: described magnetic valve A, magnetic valve B adopt bi-bit bi-pass Direct Action Type diaphragm magnetic valve, also can adopt other performance magnetic valves that adapt to this device fully.
7. solar column thermal current generating auxiliary heat power apparatus according to claim 1 is characterized in that: described igniting pin is to adopt triadic type igniting pin, and wherein corresponding two are the igniting pin, and another is a temperature-sensing element.
8. solar column thermal current generating auxiliary heat power apparatus according to claim 1; It is characterized in that: described blower fan is to adopt the adjustable high-speed fan of roller type; Also can adopt sliding vane rotary pump formula high-speed air pressure fan or other air-supply arrangements that adapts, the high-speed fan that rotating speed changes at per minute 1500-3800.
9. solar column thermal current generating auxiliary heat power apparatus according to claim 1, it is characterized in that: described blast switch is to adopt the universal blast switch of KFY-1, the professional blast switch that also can adopt other and blower fan to match.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120410452 CN202281226U (en) | 2011-10-25 | 2011-10-25 | Solar updraft tower power plant assisting thermal power device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120410452 CN202281226U (en) | 2011-10-25 | 2011-10-25 | Solar updraft tower power plant assisting thermal power device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202281226U true CN202281226U (en) | 2012-06-20 |
Family
ID=46227393
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201120410452 Withdrawn - After Issue CN202281226U (en) | 2011-10-25 | 2011-10-25 | Solar updraft tower power plant assisting thermal power device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202281226U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102410534A (en) * | 2011-10-25 | 2012-04-11 | 无锡中阳新能源科技有限公司 | Auxiliary thermodynamic device for solar tower hot airflow power generation |
| US9097241B1 (en) | 2014-10-02 | 2015-08-04 | Hollick Solar Systems Limited | Transpired solar collector chimney tower |
| CN107321982A (en) * | 2017-06-22 | 2017-11-07 | 华南理工大学 | A kind of porous metal fiber sintered plate preparation method based on numerical optimization |
-
2011
- 2011-10-25 CN CN 201120410452 patent/CN202281226U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102410534A (en) * | 2011-10-25 | 2012-04-11 | 无锡中阳新能源科技有限公司 | Auxiliary thermodynamic device for solar tower hot airflow power generation |
| US9097241B1 (en) | 2014-10-02 | 2015-08-04 | Hollick Solar Systems Limited | Transpired solar collector chimney tower |
| CN107321982A (en) * | 2017-06-22 | 2017-11-07 | 华南理工大学 | A kind of porous metal fiber sintered plate preparation method based on numerical optimization |
| CN107321982B (en) * | 2017-06-22 | 2019-10-18 | 华南理工大学 | A kind of porous metal fiber sintered plate preparation method based on numerical optimization |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204165045U (en) | Warm flue gas recirculation coal powder burner in one | |
| CN202281226U (en) | Solar updraft tower power plant assisting thermal power device | |
| CN204608065U (en) | A kind of exhaust gas of hot-blast stove pressurizing system | |
| CN204987008U (en) | Bispin STREAMING low heat value gas combustion ware | |
| CN204830910U (en) | Take sintering and pelletizing waste heat power generation system of after burning | |
| CN102410534B (en) | Auxiliary thermodynamic device for solar tower hot airflow power generation | |
| CN207247258U (en) | Coal unit depth peak regulation surely fires system | |
| CN202040826U (en) | Heat-storage type coal power online heater | |
| CN202253642U (en) | High-efficient metal fiber surface burning device | |
| CN202968587U (en) | Top combustion stove capable of effectively preventing temperature of combustor from rising excessively | |
| CN201355083Y (en) | Straw fuel warm air conditioner heating device | |
| CN201672511U (en) | Pulverized coal burner | |
| CN203373367U (en) | Smoke waste-heat utilization system of hot blast furnace | |
| CN202643715U (en) | Gas steam combined cycle power generation process waste heat utilization system | |
| CN201463488U (en) | Coal-to-gas direct-fired dry gypsum board device | |
| CN202546740U (en) | Biomass particle combustor | |
| CN102978316B (en) | Top combustion stove capable of effectively preventing temperature of burner from excessively rising | |
| CN201106844Y (en) | Horizontal darkandlight micro-oil firing pulverized coal burner | |
| CN2874293Y (en) | Coal powder boiler high temperature air ignitor | |
| CN205048494U (en) | Alcohol group gasification combustor | |
| CN205528868U (en) | Blast furnace gas uses multipurposely facility | |
| CN202677980U (en) | Miniature gas turbine and enamelling machine electric-thermo-electric circulating enameled wire production device | |
| CN204114936U (en) | A kind of biomass gasification gas cooker core | |
| CN203949171U (en) | Oxygen enriched powdered coal burner | |
| CN212987196U (en) | Fuel oil atomizing burner |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120620 Effective date of abandoning: 20131225 |
|
| RGAV | Abandon patent right to avoid regrant |