CN103365323A - Solar domestic garbage low temperature carbonization energy control system - Google Patents
Solar domestic garbage low temperature carbonization energy control system Download PDFInfo
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- CN103365323A CN103365323A CN2013103106766A CN201310310676A CN103365323A CN 103365323 A CN103365323 A CN 103365323A CN 2013103106766 A CN2013103106766 A CN 2013103106766A CN 201310310676 A CN201310310676 A CN 201310310676A CN 103365323 A CN103365323 A CN 103365323A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P20/133—Renewable energy sources, e.g. sunlight
Abstract
The invention belongs to the field of domestic garbage treatment and particularly relates to a solar domestic garbage carbonization energy control system. The solar domestic garbage carbonization energy control system comprises a solar system (01), a transmission system (02), an energy distribution and storage system (03) and an operation monitoring system (04), wherein comprehensive technologies such as sunlight axis real-time tracking, lens cluster condensation, refrigerant type solar cantilever tower energy collection and the like are adopted in the solar system (01), so that not only is the photovoltaic power generation efficiency greatly increased, but also heat energy obtained through refrigerant heat radiation is obtained; the transmission system (02) is communicated with all functional parts of the solar system (01) and the energy distribution and storage system (03); and the operation monitoring system (04) is used for monitoring the operation states of all the systems and controlling the energy distribution and storage system (03) to realize intelligent electric and heat energy supply and distribution for the solar domestic garbage carbonization engineering so as to ensure that the systems operate stably. The trivoltine treatment for the domestic garbage, realized by using the inexhaustible clean solar energy, can be said of a breakthrough innovation technology which is beneficial to the nation and people.
Description
Technical field
The invention belongs to the field of domestic rubbish disposal, especially sun power house refuse low-temperature pyrolysis energy adjustment system.
Background technology
House refuse is the first-class trouble of standing in the breach in the urban health work.Along with the propelling of urbanization state basic policy, urban population is explosive to be increased, and the burden of house refuse also rapidly promotes thereupon! How to handle the practical problems that house refuse is relatively had a headache to become governments at all levels well, the addressing event of the burning power plant in Fanyu, Guangdong in 2009 has caused the condition of the people of seething with excitement, and causes the various places common people's concern.Existing processing house refuse method has: the means such as landfill, burning, compost.
The garbage loading embeading method.It is the main method that China most city solves the house refuse outlet.Its shortcoming is that the rubbish of landfill does not carry out harmless treatment, residual a large amount of bacteriums, virus; The hidden danger such as biogas, heavy metal pollution also lie dormant; Its garbage leaching liquid is permanent ground contamination groundwater resource also, so, this method potential greatly harm, can bring infinite future trouble to the descendants.This method does not only realize the recycling treatment of rubbish, and a large amount of land occupation is that pollution source are retained dangerous way to the descendants.Present many developed countries prohibite landfill waste.
The waste incineration method.According to the research of Zhao senior fellow Zhang Yuan of institute of Research of Environmental Sciences, the waste incineration engineering of China is rapidly expansion.In fact, be not only Beijing, Guangzhou, Nanjing, Suzhou, in China, almost each is economized and is building or preparing to build garbage incinerating power plant.But urban is also arranged, such as Kunming etc., take a clear-cut stand not adopt the garbage incineration method disposal of refuse.At present waste incineration has caused colony's event and has complained to the higher authorities about an injustice and request fair settlement in a large number and lawsuit.The colony's protest that causes such as the north of the Changjiang River, Nanjing garbage incinerating power plant project, the protest of mourning in silence on refuse-burning plant doorway, Wujiang, Jiangsu, Bei Jingdong village garbage burning factory contentious case etc.Garbage incineration technology belongs to setting sun technology abroad, and waste incineration is resisted by more developed country.The international capital strength of control incineration technology has been seen this block manure meat of China, and the means such as attempt utilization bribery continue its life with its technology transplant China that checkmates, and expand its capital.
The waste incineration method should be the typical case of pseudoscience.This so-called " environmental protection and energy saving technology " has been the chrysanthemum of yesterday in the world.1985, the U.S. had the plan of the incinerator construction above 137 to be cancelled; 1992, the ban that incinerator uses was passed through in the Ontario, Canada; North America had 52 incinerators out of service in 1996; The European countries such as German, Dutch, Belgian also promulgate " incinerator is prohibited to build to be made " in succession; 1998, Japan forever closed more than 2000 industrial waste incinerator, and in July, 2000, existing 4600 the waste incineration facilities of Japan are stopped using; Even economy is not the ban that very flourishing Philippine has also promulgated the waste incineration Facilities Construction.2007, former State Environmental Protection Administration required Haidian District Liu Litun waste incineration and generating electricity project to postpone.
The waste incineration method also has many drawbacks, and such as expensive expensive, complicated operation, if various rubbish mixes, its efficient can seriously reduce, and latency pollute may be for seriously.What the public worried most is to contain a large amount of organic chlorine-bearing compounds in the urban solid garbage, and organic chlorine-bearing compound comprises, the chemical substances such as sodium chloride, potassium chloride in discarded petroleum products, plastic containing chlorine and the house refuse.Organic chlorine-bearing compound will produce a large amount of dioxin after burning.
The rubbish cracking process.Be a kind of new model that adopts cracking process processing house refuse, the house refuse cracking process comprises, cleans the technological process that classification, screening sorting, oven dry pulverizing, granulation destructive distillation and arrangement are purified.The house refuse cracking process, it is the organic component of choosing after cleaning classification, screening sorting, oven dry pulverizing, carry out granulation, the organic component of granulation inputted in the totally enclosed high temperature carbonization tower carry out chemolysis, generate the chemical energy product of new gas-liquid-solid three-state, so its " resource " degree is close to 100% from theoretical speech, changing waste into valuables, effect is very aobvious different; More because, destructive distillation is carried out in the granulation of house refuse organic component in hermetic hot environment, be completely chemolysis reaction, so zero-emission does not have the least bit false, " innoxious " is also just very clear; The house refuse cracking process, the chemical energy product with original trouble maker 100% has become newborn gas-liquid-solid three-state has realized the purpose that house refuse promotion " resource, innoxious, minimizing " is processed.
Summary of the invention
The present invention's purpose is to disclose a kind of sun power house refuse low-temperature pyrolysis energy adjustment system to society.
The invention belongs to the domestic rubbish disposal field, especially sun power house refuse low-temperature pyrolysis energy adjustment system.Sun power house refuse low-temperature pyrolysis energy adjustment system comprises: solar energy system (01), transmission system (02), the energy are joined storage system (03) and monitoring operation system (04); Described solar energy system (01) adopts real-time follow-up sunlight axle, lens group optically focused, refrigerant type sun power cantilever tower to adopt the complex arts such as energy, not only significantly promotes photovoltaic generation usefulness, also gets both because of the refrigerant heat radiation heat energy that obtains; Described transmission system (02) is communicated with each functional part that solar energy system (01) and the energy are joined storage system (03); Described monitoring operation system (04) monitors each system's operation state, and the regulation and control energy is joined storage system (03) and supplied distribution energy and heat energy to sun power house refuse destructive distillation Project Realization intelligence, makes it steady running.Gather inexhaustiblely, the not complete sun power clean energy resource of using realizes that house refuse " three change " processes, and is the breakthrough innovation technology of benefiting the nation and the people.
The invention has the advantages that.
Energy efficiency is high, and operating cost is low.The present invention adopts real-time follow-up sunlight axle, lens group optically focused, the heat radiation of refrigerant case, refrigerant type sun power cantilever tower to adopt the complex art of energy, two kinds of sun power transformation energies of photovoltaic generation and the refrigerant heat radiation that gets both, and power self-support is self-sustaining, and operation cost reduces naturally.
" resource " degree is high.House refuse is implemented cracking process " three change " and is processed, carry out chemolysis in totally enclosed high temperature carbonization tower, generate the chemical energy product of new gas-liquid-solid three-state, " resource " degree is close to 100% from theoretical speech, changing waste into valuables, effect is fairly obvious.
" innoxious " is very clear.Sun power is the clean energy resource of generally acknowledging, use clean energy resource, process house refuse, owing to press the house refuse of organic component classification and granulation, carrying out destructive distillation in hermetic hot environment, is completely chemolysis reaction, so, zero-emission does not have the least bit false, and " innoxious " is also just very clear.Realize genuine house refuse " resource, innoxious, minimizing " processing intent.
Technical scheme of the present invention is to realize like this.
Sun power house refuse low-temperature pyrolysis energy adjustment system comprises, adopts energy system (01), transmission system (02), energy adjusting system (03), supervisory system (04); Sun power house refuse low-temperature pyrolysis energy adjustment system comprises the electric energy regulation and control and heat energy is regulated and control two parts; Described electric energy comprises; Obtain in photovoltaic generation master's electric energy and the self-supporting not enough situation national grid auxiliary electric energy that adopts by refrigerant type sun power cantilever tower (32); Described electric energy object, refrigerant type sun power cantilever tower (32), hydraulic power unit (36), straight angle tracker (37), Master Control Room (38), refrigerant type solar panels (40), the angle tracker (41) that hangs down, hold, change, power distribution room (49), automatic power switch (50) and national grid (51); Described heat energy, the sun power that then obtains for refrigerant type solar panels (40) circulation cooling from refrigerant medium (144); Described heat energy regulation and control object comprises, described refrigerant type sun power cantilever tower (32) and described solar panels (40), refrigerant pumping plant (42), heating agent basin (45), thermal-medium boiler (48), refrigerant medium (144).
Described refrigerant type sun power cantilever tower (32) adopts real-time follow-up sunlight axle, lens group optically focused, refrigerant type solar panels complex art, not only significantly promotes photovoltaic generation usefulness, the refrigerant that also the got both heat radiation heat energy that obtains.
Describedly hold, change, power distribution room (49), collect from the electric energy of refrigerant type sun power cantilever tower (32) photovoltaic generation, carry out the operation of the boosting of electric energy, inversion, electric power storage and Switching power.
Described power supply automatic switchover (50), divide three kinds of situations to state: one, in the self-sufficient situation of electric weight of refrigerant type sun power cantilever tower (32) photovoltaic generation, hold, change, power distribution room (49) direct-furnish field internally-powered electricity consumption, simultaneously accumulator is implemented charging, in order to the normal power supply of refrigerant type sun power cantilever tower (32) when not producing power supply; Two, in the not enough situation of the electric energy self-supporting of refrigerant type sun power cantilever tower (32) photovoltaic generation, hold, automatic switchover (49) action in the change, power distribution room (49), switch to national grid (51), by national grid (51) supply power; Three, in the situation that the electric energy self-supporting of refrigerant type sun power cantilever tower (32) photovoltaic generation is had a surplus, automatically switch (50) to national grid (51) conveying power supply by power supply.
Described heating agent basin (45), collecting from refrigerant working medium (144) is the solar thermal energy that refrigerant type solar panels (40) circulation cooling on the refrigerant type sun power cantilever tower (32) obtains; Described heating agent basin (45) is separated into two parts of high temperature and low temperature; Described high-temperature portion receives, stores free refrigerant medium (144) to be obtained heat by the photovoltaic cell circulation cooling; Described low-temp. portion reclaims as low-temperature circulating dry distillation tower (52) and has implemented the cooling that refluxes behind the circulating-heating refrigerant medium (144); The high-temperature portion of described heating agent basin (45) is provided with electric heater (47), to guarantee the designing requirement to dried low-temperature circulating dry distillation tower (52) heat supply; The shell of described heating agent basin (45) is provided with heat-insulation layer (46).
Described thermal-medium boiler (48), by described heating agent basin (45) heat supply, the steam that thermal-medium boiler (48) produces is implemented the indirect type circulating-heating to the drying room coil pipe (63) between drying vehicle; Implement steam direct heating to the heating basin (11) between cleaning Vehicle.
Described dried low-temperature circulating dry distillation tower (52) is energy main supply object, and the pyrolysis temperature of setting tower (91) in the destructive distillation is 300 ℃, 400 ℃ of the temperature of the destructive distillation of tower under the destructive distillation (90); Setting pyrolysate is twenty four hours in the dry distillation tower hold-up time; The keying of setting solid discharging switch (77) is spaced apart: one hour/time; Set discharging operation and material loading operation, carry out with amount synchronously; Above-mentioned setting, the daily handling ability of two covering devices can be satisfied a population of one million house refuse and realize " minimizing, innoxious, resource " processing about in the of 800 tons.
Described refrigerant type solar panels (40) and solar panels (100,108,106) are the different parts of same structure, are installed on respectively on the curved post of cantilever (34) of the top of refrigerant type sun power cantilever tower (32) and both sides.
Described refrigerant type solar panels (40) have adopted real-time follow-up sunlight axle, lens group focusing, refrigerant heat radiation, totally-enclosed operation complex art, have sufficient generating of getting over and the dual-use function of heat supply.
Described refrigerant type solar panels (40), comprise self-tapping screw (130), sunlight axle (131), lens group support (132), lens group plate (133), the low temperature mouth of pipe (134), connection box (135), installing plate (136), photovoltaic cell (137), four unification frameworks (138), coupling bolt (139), heat radiator (140), back cover plate (141), focusing group (142), communication channel (143), refrigerant medium (144), temperature controller (145), the high temperature mouth of pipe (146), sealing ring (147) and heat-insulation layer (148).
Described lens group plate (133) adopts the high resin of transparency to be injection molded into laterally zygomorphic semi-permeable mirror shell plates by monomer semi-permeable mirror shell matrix, and two semi-permeable mirror shell plateses are through supersonic thermal setting, injects formation lens group plate (133) after the transparent chemical liquids; Described lens group plate (133) is fixedly mounted on by self-tapping screw (130) on the lens group support (132) of four unification frameworks (138), forms totally enclosed operating environment.
Lens group support (132), connection box (135), installing plate (136) and heat radiator (137) on the described four unification frameworks (138) is to be four unification members of four one; Described four unification frameworks (138), be " H " structure, the top of " H " structure is described lens group support (132), " horizontal stroke " in the middle of the four unification frameworks (138), it upward, the installing plate (136) of described photovoltaic cell (137), " horizontal stroke " to following, be described heat radiator (140); The periphery of four unification framework (138) bottoms forms described connection box (135); Described connection box (135) links by coupling bolt (139) and described seal base (141), forms the integral body of refrigerant type solar panels (40).
On the framework of described four unification framework (138) belows, also be provided with the low temperature mouth of pipe (134) and the high temperature mouth of pipe (146), refrigerant medium (144) is exported from the high temperature mouth of pipe (146) by the low temperature mouth of pipe (134) input; Described temperature controller (145) is positioned on the high temperature mouth of pipe (146) of solar panels; 350 degrees centigrade of described temperature controller (145) operating temperatures, when temperature controller (145) records temperature on the high temperature mouth of pipe (146) and reaches 350 degrees centigrade, temperature controller (145) circuit is connected, refrigerant circulation is started working, when 350 degrees centigrade of the drop in temperature on the high temperature mouth of pipe (146), refrigerant circulation stops.
Described sunlight axle (131) sees through lens group plate (133) and forms intensive focusing group (142); On the plane of described focusing group (142) land, namely be the installing plate (136) in the four unification frameworks (138), photovoltaic cell (137) is mounted thereon; The central shaft of described photovoltaic cell (137) and the central shaft of lens keep absolute consistent, with the focus that guarantees to focus on group (142) can land on the central point of photovoltaic cell (137); Distance between photovoltaic cell (137) and lens group plate (133) is limited by the focal length of lens group plate (133).
The both sides of described refrigerant type solar panels (40) and bottom are provided with heat-insulation layer (148).
Described refrigerant type sun power cantilever tower (32) comprising: king-post (35), straight angle tracker (37), pipeline connection box (39), refrigerant type solar panel (40), angle tracker (41) hangs down, right solar panels (106), the curved column base of cantilever (99), end face solar panels (100), runing rest (101), cryogenic pipe (102), high temperature conduit (103), fluid pressure line (104), electrical pipeline (105), the curved post of cantilever (34), cantilever seat bolt (107), left solar panels (108), pipeline house steward (109), king-post seat (33), bearing A(111), horizontal rotary gear (112), bearing B(113) and worm gear reducer motor (110).
The solar panels of described refrigerant type sun power cantilever tower (32) (100,108,106), the end face and the layering that are installed on respectively the king-post (35) that is hollow structure are arranged on the curved post of cantilever (34) of king-post (35) both sides, form the structure of sun power cantilever post type.
The width of described end face solar panels (100), consistent with the overall width of left and right sides solar panels (108,106) on the curved column base of L-shaped cantilever (99) that is installed on king-post (35) both sides.
The curved post of described cantilever (34) long-armed, by screw thread in conjunction with being connected with the curved column base of cantilever (99); The curved column base of described cantilever (99) is connected with king-post (35) by cantilever seat bolt (107); The galianconism of the curved post of described cantilever with connecting bend (34) connects piece bolt (129) by cantilever and is connected with the vertical angle tracker (41) of solar panels (100,108,106).
Described vertical angle tracker (41) comprising: solar panels (100,108,106), solar panels link (116), link pulley (117), link chute (118), hydraulic push rod (119), hydraulic valve (121), link piece (120), pipeline outlet (122), hydraulic valve locating rack (123), route profiling (124), cantilever contiguous block (125), register pin (126), coupling bolt (127), stud bolt (128), cantilever connect piece bolt (129).
Described vertical angle tracker (41) is connected with the solar panels link (116) at the center that is positioned at solar panels (100,108, the 106) back side; Described solar panels link (116) is " fourth " word shape structure, and the lower end of " fourth " word shape structure " erecting " is linked together with the upper end of the link piece (120) that is down " fourth " word shape structure by central shaft.
Described solar panels link (116) is provided with link chute (118) first; Be provided with link pulley (117) in the described link chute (118); Described link pulley (117) is connected with hydraulic push rod (119) front end of hydraulic valve (121), and the expanding-contracting action of hydraulic push rod (119) drives solar panels (100,108,106) and makes vertical rectilinear motion.
[0015]The joint portion of described link piece (120) and cantilever contiguous block (125) is the thin column structure of working in coordination, and which is provided with mutually adaptive register pin (126); Described link piece (120) is provided with route profiling (124) with cantilever contiguous block (125) joint portion; On described link piece (120) and the cantilever contiguous block (125), be provided with stud bolt (128), cantilever and connect piece bolt (129) and the corresponding bolt hole of hydraulic valve locating rack bolt; Described hydraulic valve (121) is installed on the upper position of thin column structure one side of link piece (120) by hydraulic valve locating rack (123).
Described straight angle tracker (37) comprises, bearing A(111), horizontal rotary gear (112), bearing B(113) and worm gear reducer motor (110).
Described straight angle tracker (37), be installed in the king-post seat (33) of king-post (35) below, described king-post (35) passes the circular position, below of king-post seat (33), and consolidation ground is overlapping and having: bearing A(111), horizontal rotary gear (112) and bearing B(113); Described bearing A(111) and bearing B(113), be installed on respectively in the bearing seat of straight angle tracker (37) upper and lower; Described horizontal rotary gear (112) is positioned at bearing A(111) and bearing B(113) in the middle of king-post (35) on; Described horizontal rotary gear (112) closes with the gear phase corner that is positioned on the worm gear reducer motor (110); Described king-post (35) can be done the rotation of level under the driving of straight angle tracker (37).
Above-mentioned solar panels (100,108,106) are hanging down angle tracker (41) and being positioned under straight angle tracker (37) coordinated drive of king-post (35) below, the axis that makes solar panels (100,108,106) all the time with sunlight axle keeping parallelism.
Described transmission system (02) comprising: pipeline connection box (39), cryogenic pipe (102), high temperature conduit (103), fluid pressure line (104), electrical pipeline (105), pipeline house steward (109); Described pipeline connection box (39) is arranged in the curved column base of cantilever (99); The two ends of described pipeline connection box (39) are provided with and the interface of described each access tube to the input of answering and output; Described cryogenic pipe (102), high temperature conduit (103), fluid pressure line (104) and electrical pipeline (105) are by pipeline house steward (109), be communicated with solar energy system (01) and the energy and join each functional part of storage system (03), make each parts Collaboration.
Described monitoring operation system (04), realize microcomputer-based intelligent control by interior each functional entity in field that known monitoring and Automation Elements realize, the object of its monitoring and project are: one, the refrigerant type solar panel (40) in the refrigerant type sun power cantilever tower (32), and the monitoring project is: the verticality of power generation and heat supply value, solar panel and sunlight axle, refrigerant work feed back temperature for pressure and heating agent; Two, heating agent basin (45), the monitoring project is: the pressure,volume and temperature situation that height is two ones; Three, boiler steam room, the monitoring project is: the intact degree of vapor pressure and gas production rate, safety feature; (44) four, hold, change, power distribution room (49), the monitoring project is: electric current and voltage situation, power supply automatically switch; Five, the operation state in each function workshop.
Description of drawings
Accompanying drawing 1 is sun power house refuse low-temperature pyrolysis energy adjustment system of the present invention and overall synoptic diagram.
Accompanying drawing 2 is refrigerant type sun power cantilever tower structure synoptic diagram of the present invention.
Accompanying drawing 3 is vertical angle tracker (41) structural representation of the present invention.
Accompanying drawing 4 is refrigerant type solar panels (40) radiating principle of the present invention and structural representation.
Embodiment
Among Fig. 1 the part token name claim be: adopting can system (01), transmission system (02), energy adjusting system (03), supervisory system (04), clean classification workshop (1), refrigerant type sun power cantilever tower (32), king-post seat (33), the curved post of cantilever (34), king-post (35), hydraulic power unit (36), straight angle tracker (37), Master Control Room (38), pipeline connection box (39), refrigerant type solar panels (40), angle tracker (41) hangs down, refrigerant pumping plant (42), category filter workshop (43), workshop (44), heating agent basin (45) are pulverized in oven dry, electric heater (46), heat-insulation layer (47), boiler steam room (48), hold, become, power distribution room (49), power supply automatic switchover (50), national grid (51) and the dried low-temperature circulating dry distillation tower (52) that circulates.
Fig. 2 mark title is: king-post (35), straight angle tracker (37), pipeline connection box (39), refrigerant type solar panels (40), angle tracker (41) hangs down, right solar panels (98), the curved column base of cantilever (99), end face solar panels (100), runing rest (101), cryogenic pipe (102), high temperature conduit (103), fluid pressure line (104), electrical pipeline (105), the curved post of cantilever (34), cantilever seat bolt (107), left solar panels energy (108), pipeline house steward (109), king-post seat (33), bearing A(111), king-post gear (112), bearing B(113), worm gear reducer motor (114).
Fig. 3 mark title is: refrigerant type solar panels (40), solar panels link (116), link pulley (117), link chute (118), hydraulic push rod (119), link piece (120), hydraulic valve (121), pipeline outlet (122), hydraulic valve locating rack (123), route profiling (124), cantilever contiguous block (125), register pin (126), coupling bolt (127), stud bolt (128), cantilever connect piece bolt (129).
Fig. 4 mark title is: self-tapping screw (130), sunlight axle (131), lens group support (132), lens group plate (133), the low temperature mouth of pipe (134), installing plate (136), photovoltaic cell (137), heat radiator (140), four unification frameworks (138), coupling bolt (139), seal base (141), focus on group (142), communication channel (143), refrigerant medium (144), sealing ring (147), temperature controller (145), the high temperature mouth of pipe (146) and heat-insulation layer (148).
Describe the present invention in detail below in conjunction with accompanying drawing.
As shown in Figure 1, sun power house refuse low-temperature pyrolysis energy adjustment system comprises, adopts energy system (01), transmission system (02), energy adjusting system (03), supervisory system (04); Sun power house refuse low-temperature pyrolysis energy adjustment system comprises the electric energy regulation and control and heat energy is regulated and control two parts; Described electric energy comprises; Obtain in photovoltaic generation master's electric energy and the self-supporting not enough situation national grid auxiliary electric energy that adopts by refrigerant type sun power cantilever tower (32); Described electric energy object, refrigerant type sun power cantilever tower (32), hydraulic power unit (36), straight angle tracker (37), Master Control Room (38), refrigerant type solar panels (40), the angle tracker (41) that hangs down, hold, change, power distribution room (49), automatic power switch (50) and national grid (51); Described heat energy, the sun power that then obtains for refrigerant type solar panels (40) circulation cooling from refrigerant medium (144); Described heat energy regulation and control object comprises, described refrigerant type sun power cantilever tower (32) and described solar panels (40), refrigerant pumping plant (42), heating agent basin (45), thermal-medium boiler (48), refrigerant medium (144).
As shown in Figure 1, 2, described refrigerant type sun power cantilever tower (32) adopts real-time follow-up sunlight axle, lens group optically focused, refrigerant type solar panels complex art, not only significantly promotes photovoltaic generation usefulness, the refrigerant that also the got both heat radiation heat energy that obtains.
As shown in Figure 1, describedly hold, change, power distribution room (49), collect from the electric energy of refrigerant type sun power cantilever tower (32) photovoltaic generation, carry out the operation of the boosting of electric energy, inversion, electric power storage and Switching power.
As shown in Figure 1, described power supply automatic switchover (50), divide three kinds of situations to state: one, in the self-sufficient situation of electric weight of refrigerant type sun power cantilever tower (32) photovoltaic generation, hold, change, power distribution room (49) direct-furnish field internally-powered electricity consumption, simultaneously accumulator is implemented charging, in order to the normal power supply of refrigerant type sun power cantilever tower (32) when not producing power supply; Two, in the not enough situation of the electric energy self-supporting of refrigerant type sun power cantilever tower (32) photovoltaic generation, hold, automatic switchover (49) action in the change, power distribution room (49), switch to national grid (51), by national grid (51) supply power; Three, in the situation that the electric energy self-supporting of refrigerant type sun power cantilever tower (32) photovoltaic generation is had a surplus, automatically switch (50) to national grid (51) conveying power supply by power supply.
As shown in Figure 1, described heating agent basin (45), collecting from refrigerant working medium (144) is the solar thermal energy that refrigerant type solar panels (40) circulation cooling on the refrigerant type sun power cantilever tower (32) obtains; Described heating agent basin (45) is separated into two parts of high temperature and low temperature; Described high-temperature portion receives, stores free refrigerant medium (144) to be obtained heat by the photovoltaic cell circulation cooling; Described low-temp. portion reclaims as low-temperature circulating dry distillation tower (52) and has implemented the cooling that refluxes behind the circulating-heating refrigerant medium (144); The high-temperature portion of described heating agent basin (45) is provided with electric heater (47), to guarantee the designing requirement to dried low-temperature circulating dry distillation tower (52) heat supply; The shell of described heating agent basin (45) is provided with heat-insulation layer (46).
As shown in Figure 1, described thermal-medium boiler (48), by described heating agent basin (45) heat supply, the steam that thermal-medium boiler (48) produces is implemented the indirect type circulating-heating to the drying room coil pipe (63) between drying vehicle; Implement steam direct heating to the heating basin (11) between cleaning Vehicle.
Described dried low-temperature circulating dry distillation tower (52) is energy main supply object, and the pyrolysis temperature of setting tower (91) in the destructive distillation is 300 ℃, 400 ℃ of the temperature of the destructive distillation of tower under the destructive distillation (90); Setting pyrolysate is twenty four hours in the dry distillation tower hold-up time; The keying of setting solid discharging switch (77) is spaced apart: one hour/time; Set discharging operation and material loading operation, carry out with amount synchronously; Above-mentioned setting, the daily handling ability of two covering devices can be satisfied a population of one million house refuse and realize " minimizing, innoxious, resource " processing about in the of 800 tons.
As shown in Figure 1, 2, described refrigerant type solar panels (40) and solar panels (100,108,106) are the different parts of same structure, are installed on respectively on the curved post of cantilever (34) of the top of refrigerant type sun power cantilever tower (32) and both sides.
As shown in Figure 1, 2, described refrigerant type solar panels (40) have adopted real-time follow-up sunlight axle, lens group focusing, refrigerant heat radiation, totally-enclosed operation complex art, have sufficient generating of getting over and the dual-use function of heat supply.
As shown in Figure 4, described refrigerant type solar panels (40), comprise self-tapping screw (130), sunlight axle (131), lens group support (132), lens group plate (133), the low temperature mouth of pipe (134), connection box (135), installing plate (136), photovoltaic cell (137), four unification frameworks (138), coupling bolt (139), heat radiator (140), back cover plate (141), focus on group (142), communication channel (143), refrigerant medium (144), temperature controller (145), the high temperature mouth of pipe (146), sealing ring (147) and heat-insulation layer (148).
As shown in Figure 4, described lens group plate (133), adopt the high resin of transparency to be injection molded into laterally zygomorphic semi-permeable mirror shell plates by monomer semi-permeable mirror shell matrix, two semi-permeable mirror shell plateses are through supersonic thermal setting, inject formation lens group plate (133) after the transparent chemical liquids; Described lens group plate (133) is fixedly mounted on by self-tapping screw (130) on the lens group support (132) of four unification frameworks (138), forms totally enclosed operating environment.
As shown in Figure 4, lens group support (132), connection box (135), installing plate (136) and the heat radiator (137) on the described four unification frameworks (138) is to be four unification members of four one; Described four unification frameworks (138), be " H " structure, the top of " H " structure is described lens group support (132), " horizontal stroke " in the middle of the four unification frameworks (138), it upward, the installing plate (136) of described photovoltaic cell (137), " horizontal stroke " to following, be described heat radiator (140); The periphery of four unification framework (138) bottoms forms described connection box (135); Described connection box (135) links by coupling bolt (139) and described seal base (141), forms the integral body of refrigerant type solar panels (40).
As shown in Figure 4, on the framework of described four unification framework (138) belows, also be provided with the low temperature mouth of pipe (134) and the high temperature mouth of pipe (146), refrigerant medium (144) is exported from the high temperature mouth of pipe (146) by the low temperature mouth of pipe (134) input; Described temperature controller (145) is positioned on the high temperature mouth of pipe (146) of solar panels; 350 degrees centigrade of described temperature controller (145) operating temperatures, when temperature controller (145) records temperature on the high temperature mouth of pipe (146) and reaches 350 degrees centigrade, temperature controller (145) circuit is connected, refrigerant circulation is started working, when 350 degrees centigrade of the drop in temperature on the high temperature mouth of pipe (146), refrigerant circulation stops.
As shown in Figure 4, described sunlight axle (131) sees through lens group plate (133) and forms intensive focusing group (142); On the plane of described focusing group (142) land, namely be the installing plate (136) in the four unification frameworks (138), photovoltaic cell (137) is mounted thereon; The central shaft of described photovoltaic cell (137) and the central shaft of lens keep absolute consistent, with the focus that guarantees to focus on group (142) can land on the central point of photovoltaic cell (137); Distance between photovoltaic cell (137) and lens group plate (133) is limited by the focal length of lens group plate (133).
As shown in Figure 4, the both sides of described refrigerant type solar panels (40) and bottom are provided with heat-insulation layer (148).
Such as Fig. 1,2, shown in 3, described refrigerant type sun power cantilever tower (32) comprising: king-post (35), straight angle tracker (37), pipeline connection box (39), refrigerant type solar panel (40), angle tracker (41) hangs down, right solar panels (106), the curved column base of cantilever (99), end face solar panels (100), runing rest (101), cryogenic pipe (102), high temperature conduit (103), fluid pressure line (104), electrical pipeline (105), the curved post of cantilever (34), cantilever seat bolt (107), left solar panels (108), pipeline house steward (109), king-post seat (33), bearing A(111), horizontal rotary gear (112), bearing B(113) and worm gear reducer motor (110).
As shown in Figure 1, 2, the solar panels of described refrigerant type sun power cantilever tower (32) (100,108,106), the end face and the layering that are installed on respectively the king-post (35) that is hollow structure are arranged on the curved post of cantilever (34) of king-post (35) both sides, form the structure of sun power cantilever post type.
As shown in Figure 1, 2, the width of described end face solar panels (100), consistent with the overall width of left and right sides solar panels (108,106) on the curved column base of L-shaped cantilever (99) that is installed on king-post (35) both sides.
The curved post of described cantilever (34) long-armed, by screw thread in conjunction with being connected with the curved column base of cantilever (99); The curved column base of described cantilever (99) is connected with king-post (35) by cantilever seat bolt (107); The galianconism of the curved post of described cantilever with connecting bend (34) connects piece bolt (129) by cantilever and is connected with the vertical angle tracker (41) of solar panels (100,108,106).
Shown in Fig. 2,3, described vertical angle tracker (41) comprising: solar panels (100,108,106), solar panels link (116), link pulley (117), link chute (118), hydraulic push rod (119), hydraulic valve (121), link piece (120), pipeline outlet (122), hydraulic valve locating rack (123), route profiling (124), cantilever contiguous block (125), register pin (126), coupling bolt (127), stud bolt (128), cantilever connect piece bolt (129).
Shown in Fig. 2,3, described vertical angle tracker (41) is connected with the solar panels link (116) at the center that is positioned at solar panels (100,108, the 106) back side; Described solar panels link (116) is " fourth " word shape structure, and the lower end of " fourth " word shape structure " erecting " is linked together with the upper end of the link piece (120) that is down " fourth " word shape structure by central shaft.
As shown in Figure 3, described solar panels link (116) is provided with link chute (118) first; Be provided with link pulley (117) in the described link chute (118); Described link pulley (117) is connected with hydraulic push rod (119) front end of hydraulic valve (121), and the expanding-contracting action of hydraulic push rod (119) drives solar panels (100,108,106) and makes vertical rectilinear motion.
As shown in Figure 3, the joint portion of described link piece (120) and cantilever contiguous block (125) is the thin column structure of working in coordination, and which is provided with mutually adaptive register pin (126); Described link piece (120) is provided with route profiling (124) with cantilever contiguous block (125) joint portion; On described link piece (120) and the cantilever contiguous block (125), be provided with stud bolt (128), cantilever and connect piece bolt (129) and the corresponding bolt hole of hydraulic valve locating rack bolt; Described hydraulic valve (121) is installed on the upper position of thin column structure one side of link piece (120) by hydraulic valve locating rack (123).
As shown in Figure 2, described straight angle tracker (37) comprises, bearing A(111), horizontal rotary gear (112), bearing B(113) and worm gear reducer motor (110).
As shown in Figure 2, described straight angle tracker (37), be installed in the king-post seat (33) of king-post (35) below, described king-post (35) passes the circular position, below of king-post seat (33), and consolidation ground is overlapping and having: bearing A(111), horizontal rotary gear (112) and bearing B(113); Described bearing A(111) and bearing B(113), be installed on respectively in the bearing seat of straight angle tracker (37) upper and lower; Described horizontal rotary gear (112) is positioned at bearing A(111) and bearing B(113) in the middle of king-post (35) on; Described horizontal rotary gear (112) closes with the gear phase corner that is positioned on the worm gear reducer motor (110); Described king-post (35) can be done the rotation of level under the driving of straight angle tracker (37).
As shown in Figure 2, above-mentioned solar panels (100,108,106) are hanging down angle tracker (41) and being positioned under straight angle tracker (37) coordinated drive of king-post (35) below, the axis that makes solar panels (100,108,106) all the time with sunlight axle keeping parallelism.
As shown in Figure 1, described transmission system (02) comprising: pipeline connection box (39), cryogenic pipe (102), high temperature conduit (103), fluid pressure line (104), electrical pipeline (105), pipeline house steward (109); Described pipeline connection box (39) is arranged in the curved column base of cantilever (99); The two ends of described pipeline connection box (39) are provided with and the interface of described each access tube to the input of answering and output; Described cryogenic pipe (102), high temperature conduit (103), fluid pressure line (104) and electrical pipeline (105) are by pipeline house steward (109), be communicated with solar energy system (01) and the energy and join each functional part of storage system (03), make each parts Collaboration.
As shown in Figure 1, described monitoring operation system (04), realize microcomputer-based intelligent control by interior each functional entity in field that known monitoring and Automation Elements realize, the object of its monitoring and project are: one, the refrigerant type solar panel (40) in the refrigerant type sun power cantilever tower (32), and the monitoring project is: the verticality of power generation and heat supply value, solar panel and sunlight axle, refrigerant work feed back temperature for pressure and heating agent; Two, heating agent basin (45), the monitoring project is: the pressure,volume and temperature situation that height is two ones; Three, boiler steam room, the monitoring project is: the intact degree of vapor pressure and gas production rate, safety feature; (44) four, hold, change, power distribution room (49), the monitoring project is: electric current and voltage situation, power supply automatically switch; Five, the operation state in each function workshop.
Claims (7)
1. sun power house refuse low-temperature pyrolysis energy adjustment system comprises, adopts energy system (01), transmission system (02), energy adjusting system (03), supervisory system (04); Sun power house refuse low-temperature pyrolysis energy adjustment system comprises the electric energy regulation and control and heat energy is regulated and control two parts; Described electric energy comprises; Obtain in photovoltaic generation master's electric energy and the self-supporting not enough situation national grid auxiliary electric energy that adopts by refrigerant type sun power cantilever tower (32); Described electric energy object, refrigerant type sun power cantilever tower (32), hydraulic power unit (36), straight angle tracker (37), Master Control Room (38), refrigerant type solar panels (40), the angle tracker (41) that hangs down, hold, change, power distribution room (49), automatic power switch (50) and national grid (51); Described heat energy, the sun power that then obtains for refrigerant type solar panels (40) circulation cooling from refrigerant medium (144); Described heat energy regulation and control object comprises, described refrigerant type sun power cantilever tower (32) and described solar panels (40), refrigerant pumping plant (42), heating agent basin (45), thermal-medium boiler (48), refrigerant medium (144); It is characterized in that: described refrigerant type sun power cantilever tower (32), adopt real-time follow-up sunlight axle, lens group optically focused, refrigerant type solar panels complex art, not only significantly promote photovoltaic generation usefulness, the refrigerant that also the got both heat radiation heat energy that obtains; Describedly hold, change, power distribution room (49), collect from the electric energy of refrigerant type sun power cantilever tower (32) photovoltaic generation, carry out the operation of the boosting of electric energy, inversion, electric power storage and Switching power; Described power supply automatic switchover (50), divide three kinds of situations to state: one, in the self-sufficient situation of electric weight of refrigerant type sun power cantilever tower (32) photovoltaic generation, hold, change, power distribution room (49) direct-furnish field internally-powered electricity consumption, simultaneously accumulator is implemented charging, in order to the normal power supply of refrigerant type sun power cantilever tower (32) when not producing power supply; Two, in the not enough situation of the electric energy self-supporting of refrigerant type sun power cantilever tower (32) photovoltaic generation, hold, automatic switchover (49) action in the change, power distribution room (49), switch to national grid (51), by national grid (51) supply power; Three, in the situation that the electric energy self-supporting of refrigerant type sun power cantilever tower (32) photovoltaic generation is had a surplus, automatically switch (50) to national grid (51) conveying power supply by power supply; Described heating agent basin (45), collecting from refrigerant working medium (144) is the solar thermal energy that refrigerant type solar panels (40) circulation cooling on the refrigerant type sun power cantilever tower (32) obtains; Described heating agent basin (45) is separated into two parts of high temperature and low temperature; Described high-temperature portion receives, stores free refrigerant medium (144) to be obtained heat by the photovoltaic cell circulation cooling; Described low-temp. portion reclaims as low-temperature circulating dry distillation tower (52) and has implemented the cooling that refluxes behind the circulating-heating refrigerant medium (144); The high-temperature portion of described heating agent basin (45) is provided with electric heater (47), to guarantee the designing requirement to dried low-temperature circulating dry distillation tower (52) heat supply; The shell of described heating agent basin (45) is provided with heat-insulation layer (46); Described thermal-medium boiler (48), by described heating agent basin (45) heat supply, the steam that thermal-medium boiler (48) produces is implemented the indirect type circulating-heating to the drying room coil pipe (63) between drying vehicle; Implement steam direct heating to the heating basin (11) between cleaning Vehicle;
1.Sun power house refuse low-temperature pyrolysis energy adjustment system comprises, adopts energy system (01), transmission system (02), energy adjusting system (03), supervisory system (04); Sun power house refuse low-temperature pyrolysis energy adjustment system comprises the electric energy regulation and control and heat energy is regulated and control two parts; Described electric energy comprises; Obtain in photovoltaic generation master's electric energy and the self-supporting not enough situation national grid auxiliary electric energy that adopts by refrigerant type sun power cantilever tower (32); Described electric energy object, refrigerant type sun power cantilever tower (32), hydraulic power unit (36), straight angle tracker (37), Master Control Room (38), refrigerant type solar panels (40), the angle tracker (41) that hangs down, hold, change, power distribution room (49), automatic power switch (50) and national grid (51); Described heat energy, the sun power that then obtains for refrigerant type solar panels (40) circulation cooling from refrigerant medium (144); Described heat energy regulation and control object comprises, described refrigerant type sun power cantilever tower (32) and described solar panels (40), refrigerant pumping plant (42), heating agent basin (45), thermal-medium boiler (48), refrigerant medium (144); It is characterized in that: described refrigerant type sun power cantilever tower (32), adopt real-time follow-up sunlight axle, lens group optically focused, refrigerant type solar panels complex art, not only significantly promote photovoltaic generation usefulness, the refrigerant that also the got both heat radiation heat energy that obtains; Describedly hold, change, power distribution room (49), collect from the electric energy of refrigerant type sun power cantilever tower (32) photovoltaic generation, carry out the operation of the boosting of electric energy, inversion, electric power storage and Switching power; Described power supply automatic switchover (50), divide three kinds of situations to state: one, in the self-sufficient situation of electric weight of refrigerant type sun power cantilever tower (32) photovoltaic generation, hold, change, power distribution room (49) direct-furnish field internally-powered electricity consumption, simultaneously accumulator is implemented charging, in order to the normal power supply of refrigerant type sun power cantilever tower (32) when not producing power supply; Two, in the not enough situation of the electric energy self-supporting of refrigerant type sun power cantilever tower (32) photovoltaic generation, hold, automatic switchover (49) action in the change, power distribution room (49), switch to national grid (51), by national grid (51) supply power; Three, in the situation that the electric energy self-supporting of refrigerant type sun power cantilever tower (32) photovoltaic generation is had a surplus, automatically switch (50) to national grid (51) conveying power supply by power supply; Described heating agent basin (45), collecting from refrigerant working medium (144) is the solar thermal energy that refrigerant type solar panels (40) circulation cooling on the refrigerant type sun power cantilever tower (32) obtains; Described heating agent basin (45) is separated into two parts of high temperature and low temperature; Described high-temperature portion receives, stores free refrigerant medium (144) to be obtained heat by the photovoltaic cell circulation cooling; Described low-temp. portion reclaims as low-temperature circulating dry distillation tower (52) and has implemented the cooling that refluxes behind the circulating-heating refrigerant medium (144); The shell of described heating agent basin (45) is provided with heat-insulation layer (46); Described thermal-medium boiler (48), by described heating agent basin (45) heat supply, the steam that thermal-medium boiler (48) produces is implemented the indirect type circulating-heating to the drying room coil pipe (63) between drying vehicle; Implement steam direct heating to the heating basin (11) between cleaning Vehicle; The high-temperature portion of described heating agent basin (45) is provided with electric heater (47), to guarantee the designing requirement to dried low-temperature circulating dry distillation tower (52) heat supply; Described dried low-temperature circulating dry distillation tower (52) is energy main supply object, and the pyrolysis temperature of setting tower (91) in the destructive distillation is 300 ℃, 400 ℃ of the temperature of the destructive distillation of tower under the destructive distillation (90); Setting pyrolysate is twenty four hours in the dry distillation tower hold-up time; The keying of setting solid discharging switch (77) is spaced apart: one hour/time; Set discharging operation and material loading operation, carry out with amount synchronously; Above-mentioned setting, the daily handling ability of two covering devices can be satisfied a population of one million house refuse and realize " minimizing, innoxious, resource " processing about in the of 800 tons.
2. sun power house refuse low-temperature pyrolysis energy adjustment according to claim 1 system, it is characterized in that, described refrigerant type solar panels (40) and solar panels (100,108,106), be the different parts of same structure, be installed on respectively on the curved post of cantilever (34) of the top of refrigerant type sun power cantilever tower (32) and both sides; Described refrigerant type solar panels (40) have adopted real-time follow-up sunlight axle, lens group focusing, refrigerant heat radiation, totally-enclosed operation complex art, have sufficient generating of getting over and the dual-use function of heat supply; Described refrigerant type solar panels (40), comprise self-tapping screw (130), sunlight axle (131), lens group support (132), lens group plate (133), the low temperature mouth of pipe (134), connection box (135), installing plate (136), photovoltaic cell (137), four unification frameworks (138), coupling bolt (139), heat radiator (140), back cover plate (141), focusing group (142), communication channel (143), refrigerant medium (144), temperature controller (145), the high temperature mouth of pipe (146), sealing ring (147) and heat-insulation layer (148); Described lens group plate (133) adopts the high resin of transparency to be injection molded into laterally zygomorphic semi-permeable mirror shell plates by monomer semi-permeable mirror shell matrix, and two semi-permeable mirror shell plateses are through supersonic thermal setting, injects formation lens group plate (133) after the transparent chemical liquids; Described lens group plate (133) is fixedly mounted on by self-tapping screw (130) on the lens group support (132) of four unification frameworks (138), forms totally enclosed operating environment; Lens group support (132), connection box (135), installing plate (136) and heat radiator (137) on the described four unification frameworks (138) is to be four unification members of four one; Described four unification frameworks (138), be " H " structure, the top of " H " structure is described lens group support (132), " horizontal stroke " in the middle of the four unification frameworks (138), it upward, the installing plate (136) of described photovoltaic cell (137), " horizontal stroke " to following, be described heat radiator (140); The periphery of four unification framework (138) bottoms forms described connection box (135); Described connection box (135) links by coupling bolt (139) and described seal base (141), forms the integral body of refrigerant type solar panels (40); On the framework of described four unification framework (138) belows, also be provided with the low temperature mouth of pipe (134) and the high temperature mouth of pipe (146), refrigerant medium (144) is exported from the high temperature mouth of pipe (146) by the low temperature mouth of pipe (134) input; Described temperature controller (145), be positioned on the high temperature mouth of pipe (146) of solar panels, 350 degrees centigrade of described temperature controller (145) operating temperatures, when temperature controller (145) records temperature on the high temperature mouth of pipe (146) and reaches 350 degrees centigrade, temperature controller (145) circuit is connected, refrigerant circulation is started working, and when 350 degrees centigrade of the drop in temperature on the high temperature mouth of pipe (146), refrigerant circulation stops; Described sunlight axle (131) sees through lens group plate (133) and forms intensive focusing group (142); On the plane of described focusing group (142) land, namely be the installing plate (136) in the four unification frameworks (138), photovoltaic cell (137) is mounted thereon; The central shaft of described photovoltaic cell (137) and the central shaft of lens keep absolute consistent, with the focus that guarantees to focus on group (142) can land on the central point of photovoltaic cell (137); Distance between described photovoltaic cell (137) and lens group plate (133) is limited by the focal length of lens group plate (133); The both sides of described refrigerant type solar panels (40) and bottom are provided with heat-insulation layer (148).
3. sun power house refuse low-temperature pyrolysis energy adjustment according to claim 1 system, it is characterized in that, described refrigerant type sun power cantilever tower (32) comprising: king-post (35), straight angle tracker (37), pipeline connection box (39), refrigerant type solar panel (40), angle tracker (41) hangs down, right solar panels (106), the curved column base of cantilever (99), end face solar panels (100), runing rest (101), cryogenic pipe (102), high temperature conduit (103), fluid pressure line (104), electrical pipeline (105), the curved post of cantilever (34), cantilever seat bolt (107), left solar panels (108), pipeline house steward (109), king-post seat (33), bearing A(111), horizontal rotary gear (112), bearing B(113) and worm gear reducer motor (110); The solar panels of described refrigerant type sun power cantilever tower (32) (100,108,106), the end face and the layering that are installed on respectively the king-post (35) that is hollow structure are arranged on the curved post of cantilever (34) of king-post (35) both sides, form the structure of sun power cantilever post type; The width of described end face solar panels (100), consistent with the overall width of left and right sides solar panels (108,106) on the curved column base of L-shaped cantilever (99) that is installed on king-post (35) both sides; The curved post of described cantilever (34) long-armed, by screw thread in conjunction with being connected with the curved column base of cantilever (99); The curved column base of described cantilever (99) is connected with king-post (35) by cantilever seat bolt (107); The galianconism of the curved post of described cantilever with connecting bend (34) connects piece bolt (129) by cantilever and is connected with the vertical angle tracker (41) of solar panels (100,108,106); Described vertical angle tracker (41) is connected with the runing rest (101) of solar panels (100,108,106) by runing rest (101); Described refrigerant type sun power cantilever tower (32) has generating and the dual-use function of heat supply concurrently.
4. sun power house refuse low-temperature pyrolysis energy adjustment according to claim 2 system, it is characterized in that, described vertical angle tracker (41) comprising: solar panels (100,108,106), solar panels link (116), link pulley (117), link chute (118), hydraulic push rod (119), hydraulic valve (121), link piece (120), pipeline outlet (122), hydraulic valve locating rack (123), route profiling (124), cantilever contiguous block (125), register pin (126), coupling bolt (127), stud bolt (128), cantilever connects piece bolt (129); Described vertical angle tracker (41) is connected with the solar panels link (116) at the center that is positioned at solar panels (100,108, the 106) back side; Described solar panels link (116) is " fourth " word shape structure, and the lower end of " fourth " word shape structure " erecting " is linked together with the upper end of the link piece (120) that is down " fourth " word shape structure by central shaft; Described solar panels link (116) is provided with link chute (118) first; Be provided with link pulley (117) in the described link chute (118); Described link pulley (117) is connected with hydraulic push rod (119) front end of hydraulic valve (121), and the expanding-contracting action of hydraulic push rod (119) drives solar panels (100,108,106) and makes vertical rectilinear motion; The joint portion of described link piece (120) and cantilever contiguous block (125) is the thin column structure of working in coordination, and which is provided with mutually adaptive register pin (126); Described link piece (120) is provided with route profiling (124) with cantilever contiguous block (125) joint portion; On described link piece (120) and the cantilever contiguous block (125), be provided with stud bolt (128), cantilever and connect piece bolt (129) and the corresponding bolt hole of hydraulic valve locating rack bolt; Described hydraulic valve (121) is installed on the upper position of thin column structure one side of link piece (120) by hydraulic valve locating rack (123).
5. sun power house refuse low-temperature pyrolysis energy adjustment according to claim 2 system, it is characterized in that, described straight angle tracker (37) comprises, bearing A(111), horizontal rotary gear (112), bearing B(113) and worm gear reducer motor (110); Described straight angle tracker (37), be installed in the king-post seat (33) of king-post (35) below, described king-post (35) passes the circular position, below of king-post seat (33), and consolidation ground is overlapping and having: bearing A(111), horizontal rotary gear (112) and bearing B(113); Described bearing A(111) and bearing B(113), be installed on respectively in the bearing seat of straight angle tracker (37) upper and lower; Described horizontal rotary gear (112) is positioned at bearing A(111) and bearing B(113) in the middle of king-post (35) on; Described horizontal rotary gear (112) closes with the gear phase corner that is positioned on the worm gear reducer motor (110); Described king-post (35) can be done the rotation of level under the driving of straight angle tracker (37); Above-mentioned solar panels (100,108,106) are hanging down angle tracker (41) and being positioned under straight angle tracker (37) coordinated drive of king-post (35) below, the axis that makes solar panels (100,108,106) all the time with sunlight axle keeping parallelism.
6. sun power house refuse low-temperature pyrolysis energy adjustment according to claim 1 system, it is characterized in that, described transmission system (02) comprising: pipeline connection box (39), cryogenic pipe (102), high temperature conduit (103), fluid pressure line (104), electrical pipeline (105), pipeline house steward (109); Described pipeline connection box (39) is arranged in the curved column base of cantilever (99); The two ends of described pipeline connection box (39) are provided with and the interface of described each access tube to the input of answering and output; Described cryogenic pipe (102), high temperature conduit (103), fluid pressure line (104) and electrical pipeline (105) are by pipeline house steward (109), be communicated with solar energy system (01) and the energy and join each functional part of storage system (03), make each parts Collaboration.
7. sun power house refuse low-temperature pyrolysis energy adjustment according to claim 1 system, it is characterized in that, described monitoring operation system (04), realize microcomputer-based intelligent control by interior each functional entity in field that known monitoring and Automation Elements realize, the object of its monitoring and project are: one, the refrigerant type solar panel (40) in the refrigerant type sun power cantilever tower (32), and the monitoring project is: the verticality of power generation and heat supply value, solar panel and sunlight axle, refrigerant work feed back temperature for pressure and heating agent; Two, heating agent basin (45), the monitoring project is: the pressure,volume and temperature situation that height is two ones; Three, boiler steam room, the monitoring project is: the intact degree of vapor pressure and gas production rate, safety feature; (44) four, hold, change, power distribution room (49), the monitoring project is: electric current and voltage situation, power supply automatically switch; Five, the operation state in each function workshop.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013103106766A CN103365323A (en) | 2013-07-24 | 2013-07-24 | Solar domestic garbage low temperature carbonization energy control system |
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| CN2013103106766A CN103365323A (en) | 2013-07-24 | 2013-07-24 | Solar domestic garbage low temperature carbonization energy control system |
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| CN201310658349.XA Division CN103639173A (en) | 2013-07-24 | 2013-07-24 | Solar low-temperature dry-distillation and sorting workshop of domestic garbage |
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| CN103365323A true CN103365323A (en) | 2013-10-23 |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102590999A (en) * | 2012-04-05 | 2012-07-18 | 李万红 | Solar array type lens group |
| CN102620440A (en) * | 2012-04-22 | 2012-08-01 | 李万红 | Box type solar lens group collector field |
| CN102637042A (en) * | 2012-04-10 | 2012-08-15 | 李万红 | Solar optical axis synchronous machine |
| CN103078556A (en) * | 2012-12-31 | 2013-05-01 | 李万红 | Solar-powered cantilever pylon type heat-collecting and energy-transforming thermoelectric station |
| CN203786595U (en) * | 2013-07-24 | 2014-08-20 | 李万红 | Solar household refuse low temperature destructive distillation energy regulation system |
-
2013
- 2013-07-24 CN CN2013103106766A patent/CN103365323A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102590999A (en) * | 2012-04-05 | 2012-07-18 | 李万红 | Solar array type lens group |
| CN102637042A (en) * | 2012-04-10 | 2012-08-15 | 李万红 | Solar optical axis synchronous machine |
| CN102620440A (en) * | 2012-04-22 | 2012-08-01 | 李万红 | Box type solar lens group collector field |
| CN103078556A (en) * | 2012-12-31 | 2013-05-01 | 李万红 | Solar-powered cantilever pylon type heat-collecting and energy-transforming thermoelectric station |
| CN203786595U (en) * | 2013-07-24 | 2014-08-20 | 李万红 | Solar household refuse low temperature destructive distillation energy regulation system |
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Application publication date: 20131023 |