CN102893951A - Factory for feeding flour weevil and feeding bat with flour weevil to eliminate mosquito by regulating temperature and humidity by using power generated by wind-light complementary power generation system - Google Patents
Factory for feeding flour weevil and feeding bat with flour weevil to eliminate mosquito by regulating temperature and humidity by using power generated by wind-light complementary power generation system Download PDFInfo
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- CN102893951A CN102893951A CN2012104268104A CN201210426810A CN102893951A CN 102893951 A CN102893951 A CN 102893951A CN 2012104268104 A CN2012104268104 A CN 2012104268104A CN 201210426810 A CN201210426810 A CN 201210426810A CN 102893951 A CN102893951 A CN 102893951A
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- 238000010248 power generation Methods 0.000 title claims abstract description 48
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- 241000254171 Curculionidae Species 0.000 title abstract 7
- 230000001105 regulatory effect Effects 0.000 title abstract 7
- 230000000295 complement effect Effects 0.000 title abstract 3
- 230000005611 electricity Effects 0.000 claims abstract description 45
- 241000254109 Tenebrio molitor Species 0.000 claims description 129
- 239000004020 conductor Substances 0.000 claims description 80
- 230000006651 lactation Effects 0.000 claims description 26
- 239000011435 rock Substances 0.000 claims description 18
- 238000009395 breeding Methods 0.000 claims description 16
- 230000001488 breeding effect Effects 0.000 claims description 16
- 230000008030 elimination Effects 0.000 claims description 15
- 238000003379 elimination reaction Methods 0.000 claims description 15
- 235000013305 food Nutrition 0.000 claims description 14
- 238000009434 installation Methods 0.000 claims description 14
- 229910021420 polycrystalline silicon Inorganic materials 0.000 claims description 4
- XUIMIQQOPSSXEZ-UHFFFAOYSA-N Silicon Chemical compound [Si] XUIMIQQOPSSXEZ-UHFFFAOYSA-N 0.000 claims description 3
- 229910021417 amorphous silicon Inorganic materials 0.000 claims description 3
- 150000001875 compounds Chemical class 0.000 claims description 3
- 229920005591 polysilicon Polymers 0.000 claims description 3
- 229910052710 silicon Inorganic materials 0.000 claims description 3
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- 239000010409 thin film Substances 0.000 claims description 3
- 238000005286 illumination Methods 0.000 abstract description 13
- 230000002265 prevention Effects 0.000 abstract description 2
- 241000288673 Chiroptera Species 0.000 abstract 2
- 238000000034 method Methods 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 3
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- 241000710886 West Nile virus Species 0.000 description 2
- 230000007613 environmental effect Effects 0.000 description 2
- 238000012423 maintenance Methods 0.000 description 2
- 239000010815 organic waste Substances 0.000 description 2
- 239000000126 substance Substances 0.000 description 2
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- 238000010276 construction Methods 0.000 description 1
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- 201000010099 disease Diseases 0.000 description 1
- 208000037265 diseases, disorders, signs and symptoms Diseases 0.000 description 1
- 239000010791 domestic waste Substances 0.000 description 1
- 230000005059 dormancy Effects 0.000 description 1
- 239000002917 insecticide Substances 0.000 description 1
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- 235000015099 wheat brans Nutrition 0.000 description 1
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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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P80/00—Climate change mitigation technologies for sector-wide applications
- Y02P80/20—Climate change mitigation technologies for sector-wide applications using renewable energy
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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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/50—Energy storage in industry with an added climate change mitigation effect
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Abstract
The invention relates to a factory for feeding flour weevils and feeding bats with the flour weevils to eliminate mosquitoes by regulating temperature and humidity by using power generated by a wind-light complementary power generation system, belonging to the technical field of hygiene and epidemic prevention. A wind-light complementary power generation workshop is installed at the upper part of the factory. Current produced through solar photovoltaic power generation and current produced through wind power generation are input into a current collector through conducting wires and respective controllers and inverters. Alternating current output from the current collector provides electricity to illumination devices, temperature regulating devices and humidity regulating devices and provides electricity needed for regulating temperature and humidity through current dividers to guarantee proper temperature, humidity and illumination during the growth and development of the flour weevils and the bats, wherein the illumination devices, the temperature regulating devices and the humidity regulating devices are arranged in five workshops, i.e. a flour weevil big larva feeding workshop and a flour weevil small larva feeding workshop which are respectively installed at the middle part and the lower part of the right side of the factory, and an adult insectivorous bat feeding workshop, an insectivorous bat breast-feeding workshop and a young insectivorous bat feeding workshop which are respectively installed at the middle part and the lower part of the left side of the factory.
Description
Technical field
The present invention relates to wind light mutual complementing power generation temperature adjustment humidity and raise the factory that yellow mealworm feeds bat elimination mosquito, belong to the health and epidemic prevention technical field.
Background technology
Chinese Regional is vast, some regional solar energy resources is abundant, be fit to utilize solar energy luminous energy resource that solar photovoltaic generation system is installed and produce electric power, raise the Factory Electricity Supply that yellow mealworm feeds bat elimination mosquito to using electric energy to regulate temp. and humidity on the spot, some regional wind-force aboundresources, be fit to utilize wind resource that wind generator system is installed and produce electric power, raise the Factory Electricity Supply that yellow mealworm feeds bat elimination mosquito to using electric energy to regulate temp. and humidity on the spot, more some the area existing abundant solar energy resources, abundant wind resource is arranged again, be fit to utilize solar energy resources and wind resource to produce the electric power complemental power-generation, raise the Factory Electricity Supply that yellow mealworm is eliminated mosquito to using electric energy to regulate temp. and humidity on the spot.
Over past ten years, the new forms of energy industry of China is fast-developing, no matter be solar cell manufacturing industry, solar photovoltaic assembly manufacturing industry, that the manufacturing development of wind power plant is all very fast, new forms of energy industrial products section port is to European ﹠ American Market, the photovoltaic enterprise of China paid close attention to the domestic market more because the European ﹠ American Market atrophy under ' two anti-', the European anti-dumping is done by the U.S. in 2012.On October 17th, 2012 Ministry of Finance, the Department of Science and Technology, firmly build section and National Energy Board and hold ' golden sun demonstration project ' working forum at Changzhou, primary study is the domestic photovoltaic question of market of start quickly how.What photovoltaic generation and wind-power electricity generation provided all is clean energy resource, is conducive to reduce CO2 emission and reply climatic variation.
Raise the plant construction of yellow mealworm hello bat elimination mosquito in the open air, if long distance sockets supply lines to Factory Electricity Supply from power supply network, certainly will consume many stringing material and conductor wire, the expense of maintenance line safety is also quite large.Take full advantage of solar energy and wind power generation, on the spot to Factory Electricity Supply, not only safety, but also environmental protection.
Because a large amount of crannied old local-style dwelling houses are removed in city and the rural area, human friend, the natural enemy bat of mosquito lose the hiding-place, and its quantity significantly reduces, and the minimizing of bat has caused the increase of mosquito, since environmental evolution, the kinds of Diseases of mosquitoes spread and dangerous also in increase.2012, the U.S. broke out west nile virus, infected the thousands in 47 states, dead 118 people.The U.S. announces that west nile virus pasts medical help at present, and only way is eliminated mosquito exactly.The U.S. sets out kill mosquito way that multi-aircraft sprays chemical mosquitocide everywhere and has that cost is high, the serious many defectives of contaminated environment.
Summary of the invention
The object of the invention is to overcome above-mentioned weak point, provide wind light mutual complementing power generation temperature adjustment humidity to raise yellow mealworm and feed the factory that bat is eliminated mosquito.
The solar light irradiation solar cell produces direct current, and direct current is adjusted, then converted alternating current to by conductor wire input photovoltaic DC-to-AC converter by conductor wire input photovoltaic controller, and alternating current is inputted junction station by conductor wire.Wind blows blade fast rotational; drive the direct current wind-driven generator and produce direct current; direct current is adjusted by conductor wire input wind-powered electricity generation controller; then convert alternating current to by conductor wire input wind-powered electricity generation inverter; alternating current is inputted junction station by conductor wire; after converging, two strands of alternating currents of photovoltaic electric power and wind-powered electricity generation input current divider by conductor wire in junction station; the alternating current of the current divider output from the wind light mutual complementing power generation workshop is respectively to the large larva raising of yellow mealworm workshop; the yellow mealworm small grub is raised the workshop; large carnivorism bat is raised the workshop; carnivorism bat lactation workshop; little carnivorism bat is raised the workshop lighting device in totally five workshops; register; the humidity control device power supply guarantees that yellow mealworm or bat are in raising workshop separately; in suitable temperature; it is good to grow under the humidity.
Raise the feed of the large larva of yellow mealworm or small grub, except with the fine fodders such as a small amount of wheat bran, corn flour, can also select in a large number the organic wastes such as watermelon peel in the organic wastes such as agricultural crop straw in the rural area, leaf, tendril, vinasse, sawdust and the domestic waste, marc, dish Bian Ye, improve the hygienic conditions in town and country, arrange disabled, unemployed, lost territory, laid-off worker even college students'employment, turn waste into wealth, become better off through one's labour.Owing to the cost compare of raising yellow mealworm with cheap feed is low, the cost of feeding, breeding bat with yellow mealworm at a low price is also lower.
Yellow mealworm is supported greatly from little, and individual weight and length differ 5 times-15 times.Bat is unique fly able mammal, begins edible yellow mealworm after the bat wean, and noctule eats the large larva of yellow mealworm, and little bat eats the yellow mealworm small grub.Inventor's Miao TongChun is found in the practice of participating in yellow mealworm nursing bat, little bat garden rhubarb mealworm is very difficult, little bat even the struggle of not subduing tenebrio molitor are so put into tenebrio molitor, the little food dish of raising the workshop little carnivorism bat puts into little yellow mealworm in can only the large food dish in large carnivorism bat is raised the workshop.
In order to solve the problems of the technologies described above, the present invention is achieved by the following technical solutions:
By wind light mutual complementing power generation workshop 13, the large larva raising of yellow mealworm workshop 18, the yellow mealworm small grub is raised workshop 24, large carnivorism bat is raised workshop 29, carnivorism bat lactation workshop 38, little carnivorism bat is raised workshop 43 and adds up to six workshops jointly to form the factory 14 that wind light mutual complementing power generation temperature adjustment humidity is raised yellow mealworm hello bat elimination mosquito, wind light mutual complementing power generation workshop 13 comprises: solar cell 1, photovoltaic pillar 2, conductor wire 3, photovoltaic controller 4, photovoltaic DC-to-AC converter 5, blade 6, direct current wind-driven generator 7, wind-powered electricity generation pillar 8, wind-powered electricity generation controller 9, wind-powered electricity generation inverter 10, junction station 11, current divider 12, the large larva raising of yellow mealworm workshop 18 comprises: lighting device first 15, register first 16, humidity control device first 17, the large larva frame for cultivating 19 of yellow mealworm, the large larva breeding box 20 of yellow mealworm, the yellow mealworm small grub is raised workshop 24 and is comprised: lighting device second 21, register second 22, humidity control device second 23, yellow mealworm small grub frame for cultivating 25, yellow mealworm small grub breeding box 26, large carnivorism bat is raised workshop 29 and comprises: lighting device the third 27, rock top, artificial cave first 28, register the third 30, humidity control device the third 31, large food dish 32, large carnivorism bat is let cage 33 fly away, large carnivorism bat outlet 34, carnivorism bat lactation workshop 38 comprises: lighting device fourth 35, register fourth 36, humidity control device fourth 37, little carnivorism bat are raised workshop 43 and are comprised: lighting device penta 39, rock top, artificial cave second 40, little carnivorism bat is let cage 44 fly away, register penta 41, humidity control device penta 42, little food dish 45, little carnivorism bat outlet 46;
Raise the top installation solar cell 1 that yellow mealworm feeds the factory 14 of bat elimination mosquito in wind light mutual complementing power generation temperature adjustment humidity, photovoltaic pillar 2, conductor wire 3, photovoltaic controller 4, photovoltaic DC-to-AC converter 5, blade 6, direct current wind-driven generator 7, wind-powered electricity generation pillar 8, wind-powered electricity generation controller 9, wind-powered electricity generation inverter 10, junction station 11, current divider 12, solar light irradiation is installed in the direct current of the solar cell 1 generation 1000W-10000000W power on the photovoltaic pillar 2 and adjusts by conductor wire 3 input photovoltaic controllers 4, then input photovoltaic DC-to-AC converter 5 and convert alternating current to, alternating current is by conductor wire 3 input junction stations 11, wind blows is installed in blade 6 quick rotation of the direct current wind-driven generator 7 on the wind-powered electricity generation pillar 8, drive direct current wind-driven generator 7 sends the direct current of 1000W-10000000W power and adjusts by conductor wire 3 input wind-powered electricity generation controllers 9, then convert alternating current to by conductor wire 3 input wind-powered electricity generation inverters 10, alternating current is by conductor wire 3 input junction stations 11, after photovoltaic alternating current and wind-force alternating current converge in junction station 11, by conductor wire 3 input current dividers 12, current divider 12 is connected with lighting device first 15 by conductor wire 3, current divider 12 is connected with register first 16 by conductor wire 3, current divider 12 is connected with humidity control device first 17 by conductor wire 3, current divider 12 is connected with lighting device second 21 by conductor wire 3, current divider 12 is connected with register second 22 by conductor wire 3, current divider 12 is connected with humidity control device second 23 by conductor wire 3, current divider 12 is connected by conductor wire 3 and lighting device the third 27, current divider 12 is connected by conductor wire 3 and register the third 30, current divider 12 is connected by conductor wire 3 and humidity control device the third 31, current divider 12 is connected with lighting device fourth 35 by conductor wire 3, current divider 12 is connected with register fourth 36 by conductor wire 3, current divider 12 is connected with humidity control device fourth 37 by conductor wire 3, current divider 12 is connected by conductor wire 3 and lighting device penta 39, current divider 12 is connected by conductor wire 3 and register penta 41, and current divider 12 passes through conductor wire 3 and humidity control device penta 42 and is connected;
Raise yellow mealworm hello bat in wind light mutual complementing power generation temperature adjustment humidity and eliminate the wind light mutual complementing power generation workshop 13 that the top installation of the factory 14 of mosquito is complemented each other and generated electricity by solar photovoltaic generation system and wind generator system, wind light mutual complementing power generation temperature adjustment humidity raise yellow mealworm feed the factory 14 that bat eliminates mosquito the right side the middle part and yellow mealworm large larva raising workshop 18 is installed in the bottom and the yellow mealworm small grub is raised totally two workshops, workshop 24, the large larva frame for cultivating 19 of 18 interior installation yellow mealworms in the large larva raising of yellow mealworm workshop, place many large larva breeding box 20 of yellow mealworm at large larva frame for cultivating 19 higher slices of yellow mealworm, lighting device first 15 is installed at top in the large larva raising of yellow mealworm workshop 18, sidewall in the large larva raising of yellow mealworm workshop 18 is installed register first 16 and humidity control device first 17, raise workshop 24 interior installation yellow mealworm small grub frame for cultivating 25 at the yellow mealworm small grub, place many yellow mealworm small grub breeding box 26 at yellow mealworm small grub frame for cultivating 25 higher slices, raise the top in workshop 24 at the yellow mealworm small grub lighting device second 21 is installed, raise the sidewall in workshop 24 at the yellow mealworm small grub register second 22 and humidity control device second 23 are installed, raising yellow mealworm in wind light mutual complementing power generation temperature adjustment humidity feeds the middle part in left side of the factory 14 that bat eliminates mosquito and bottom and large carnivorism bat is installed raises workshop 29, carnivorism bat lactation workshop 38, little carnivorism bat is raised totally three workshops, workshop 43, the weak lighting device of light the third 27 is installed at the top that large carnivorism bat is raised workshop 29, rock top, artificial cave first 28 is installed around lighting device the third 27, the large carnivorism bat that below rock top, artificial cave first 28, has some reversals of the natural order of things to have a rest, raise the ground of 29 bottoms, workshop large carnivorism bat and place large food dish 32, the sidewall of raising workshop 29 large carnivorism bat is equipped with register the third 30 and humidity control device the third 31, sidewall in large carnivorism bat raising 29 outsides, workshop is equipped with large carnivorism bat and lets cage 33 and large carnivorism bat outlet 34 fly away, dimly lit lighting device fourth 35 is installed at top in carnivorism bat lactation workshop 38, sidewall in carnivorism bat lactation workshop 38 is installed register fourth 36 and humidity control device fourth 37, the female carnivorism bat of farrowing is warm, carry out lactation for the bat in young age in the comfortable carnivorism bat lactation workshop 38, the faint lighting device of light penta 39 is installed at the top that little carnivorism bat is raised workshop 43, rock top, artificial cave second 40 is installed around lighting device penta 39, the little carnivorism bat that below rock top, artificial cave second 40, has some reversals of the natural order of things to have a rest, raise the ground of 43 bottoms, workshop little carnivorism bat and place little food dish 45, the sidewall of raising workshop 43 little carnivorism bat is installed register penta 41 and humidity control device penta 42, and the sidewall of raising 43 outsides, workshop little carnivorism bat is installed little carnivorism bat and let cage 44 and little carnivorism bat outlet 46 fly away.
Direct current wind-driven generator 7 is perpendicular axis type direct current wind-driven generator or horizontal axial type direct current wind-driven generator.
Solar cell 1 is monocrystaline silicon solar cell or polysilicon solar cell or amorphous silicon thin-film solar cell or compound solar cell.
The invention has the beneficial effects as follows: 1. take full advantage of local solar energy resources and wind energy resources complemental power-generation, satisfy on the spot wind light mutual complementing power generation temperature adjustment humidity and raise the need for electricity that yellow mealworm feeds the factory of bat elimination mosquito.2. low-cost cultivation yellow mealworm feeds bat and eliminates mosquito, and a large carnivorism bat is let fly away away and can eat up 3,000 mosquitoes a night, greatly reduces the kill mosquito cost, can pollution of ecological environment with this biological way kill mosquito.3. set out to many way that C-130 military transportation airplane large tracts of land that a loading capacity reaches tens of tons is sprayed the chemical insecticide kill mosquito in the summer in 2012 than the U.S., more be conducive to preserve the ecological environment.
Description of drawings
Fig. 1 is structural representation of the present invention.
Embodiment
Raise the installation wind light mutual complementing power generation workshop, top that yellow mealworm feeds the factory of bat elimination mosquito in wind light mutual complementing power generation temperature adjustment humidity; the electric current that the electric current that solar energy power generating produces and wind-power electricity generation produce by conductor wire through separately controller; inverter input junction station; from the alternating current of junction station output by current divider to the middle part on the right side that is installed in factory and the large larva raising of the yellow mealworm workshop of bottom; the yellow mealworm small grub is raised the workshop and is installed in the middle part in factory left side and the large carnivorism bat raising workshop of bottom; carnivorism bat lactation workshop; little carnivorism bat is raised the workshop lighting device in totally five workshops; register; humidity control device provides electric consumption on lighting and regulates temperature; the needed electric power of humidity guarantees that yellow mealworm and bat have suitable temperature in the process of growing; the illumination of humidity and appropriateness.
Following the present invention is further described in connection with the embodiment in the accompanying drawing:
By wind light mutual complementing power generation workshop 13, the large larva raising of yellow mealworm workshop 18, the yellow mealworm small grub is raised workshop 24, large carnivorism bat is raised workshop 29, carnivorism bat lactation workshop 38, little carnivorism bat is raised workshop 43 and adds up to six workshops jointly to form the factory 14 that wind light mutual complementing power generation temperature adjustment humidity is raised yellow mealworm hello bat elimination mosquito, wind light mutual complementing power generation workshop 13 comprises: solar cell 1, photovoltaic pillar 2, conductor wire 3, photovoltaic controller 4, photovoltaic DC-to-AC converter 5, blade 6, direct current wind-driven generator 7, wind-powered electricity generation pillar 8, wind-powered electricity generation controller 9, wind-powered electricity generation inverter 10, junction station 11, current divider 12, the large larva raising of yellow mealworm workshop 18 comprises: lighting device first 15, register first 16, humidity control device first 17, the large larva frame for cultivating 19 of yellow mealworm, the large larva breeding box 20 of yellow mealworm, the yellow mealworm small grub is raised workshop 24 and is comprised: lighting device second 21, register second 22, humidity control device second 23, yellow mealworm small grub frame for cultivating 25, yellow mealworm small grub breeding box 26, large carnivorism bat is raised workshop 29 and comprises: lighting device the third 27, rock top, artificial cave first 28, register the third 30, humidity control device the third 31, large food dish 32, large carnivorism bat is let cage 33 fly away, large carnivorism bat outlet 34, carnivorism bat lactation workshop 38 comprises: lighting device fourth 35, register fourth 36, humidity control device fourth 37, little carnivorism bat are raised workshop 43 and are comprised: lighting device penta 39, rock top, artificial cave second 40, little carnivorism bat is let cage 44 fly away, register penta 41, humidity control device penta 42, little food dish 45, little carnivorism bat outlet 46;
Raise the top installation solar cell 1 that yellow mealworm feeds the factory 14 of bat elimination mosquito in wind light mutual complementing power generation temperature adjustment humidity, photovoltaic pillar 2, conductor wire 3, photovoltaic controller 4, photovoltaic DC-to-AC converter 5, blade 6, direct current wind-driven generator 7, wind-powered electricity generation pillar 8, wind-powered electricity generation controller 9, wind-powered electricity generation inverter 10, junction station 11, current divider 12, solar light irradiation is installed in the direct current of the solar cell 1 generation 1000W-10000000W power on the photovoltaic pillar 2 and adjusts by conductor wire 3 input photovoltaic controllers 4, then input photovoltaic DC-to-AC converter 5 and convert alternating current to, alternating current is by conductor wire 3 input junction stations 11, wind blows is installed in blade 6 quick rotation of the direct current wind-driven generator 7 on the wind-powered electricity generation pillar 8, drive direct current wind-driven generator 7 sends the direct current of 1000W-10000000W power and adjusts by conductor wire 3 input wind-powered electricity generation controllers 9, then convert alternating current to by conductor wire 3 input wind-powered electricity generation inverters 10, alternating current is by conductor wire 3 input junction stations 11, after photovoltaic alternating current and wind-force alternating current converge in junction station 11, by conductor wire 3 input current dividers 12, current divider 12 is connected with lighting device first 15 by conductor wire 3, current divider 12 is connected with register first 16 by conductor wire 3, current divider 12 is connected with humidity control device first 17 by conductor wire 3, current divider 12 is connected with lighting device second 21 by conductor wire 3, current divider 12 is connected with register second 22 by conductor wire 3, current divider 12 is connected with humidity control device second 23 by conductor wire 3, current divider 12 is connected by conductor wire 3 and lighting device the third 27, current divider 12 is connected by conductor wire 3 and register the third 30, current divider 12 is connected by conductor wire 3 and humidity control device the third 31, current divider 12 is connected with lighting device fourth 35 by conductor wire 3, current divider 12 is connected with register fourth 36 by conductor wire 3, current divider 12 is connected with humidity control device fourth 37 by conductor wire 3, current divider 12 is connected by conductor wire 3 and lighting device penta 39, current divider 12 is connected by conductor wire 3 and register penta 41, and current divider 12 passes through conductor wire 3 and humidity control device penta 42 and is connected;
Raise yellow mealworm hello bat in wind light mutual complementing power generation temperature adjustment humidity and eliminate the wind light mutual complementing power generation workshop 13 that the top installation of the factory 14 of mosquito is complemented each other and generated electricity by solar photovoltaic generation system and wind generator system, wind light mutual complementing power generation temperature adjustment humidity raise yellow mealworm feed the factory 14 that bat eliminates mosquito the right side the middle part and yellow mealworm large larva raising workshop 18 is installed in the bottom and the yellow mealworm small grub is raised totally two workshops, workshop 24, the large larva frame for cultivating 19 of 18 interior installation yellow mealworms in the large larva raising of yellow mealworm workshop, place many large larva breeding box 20 of yellow mealworm at large larva frame for cultivating 19 higher slices of yellow mealworm, lighting device first 15 is installed at top in the large larva raising of yellow mealworm workshop 18, sidewall in the large larva raising of yellow mealworm workshop 18 is installed register first 16 and humidity control device first 17, raise workshop 24 interior installation yellow mealworm small grub frame for cultivating 25 at the yellow mealworm small grub, place many yellow mealworm small grub breeding box 26 at yellow mealworm small grub frame for cultivating 25 higher slices, raise the top in workshop 24 at the yellow mealworm small grub lighting device second 21 is installed, raise the sidewall in workshop 24 at the yellow mealworm small grub register second 22 and humidity control device second 23 are installed, raising yellow mealworm in wind light mutual complementing power generation temperature adjustment humidity feeds the middle part in left side of the factory 14 that bat eliminates mosquito and bottom and large carnivorism bat is installed raises workshop 29, carnivorism bat lactation workshop 38, little carnivorism bat is raised totally three workshops, workshop 43, the weak lighting device of light the third 27 is installed at the top that large carnivorism bat is raised workshop 29, rock top, artificial cave first 28 is installed around lighting device the third 27, the large carnivorism bat that below rock top, artificial cave first 28, has some reversals of the natural order of things to have a rest, raise the ground of 29 bottoms, workshop large carnivorism bat and place large food dish 32, the sidewall of raising workshop 29 large carnivorism bat is equipped with register the third 30 and humidity control device the third 31, sidewall in large carnivorism bat raising 29 outsides, workshop is equipped with large carnivorism bat and lets cage 33 and large carnivorism bat outlet 34 fly away, dimly lit lighting device fourth 35 is installed at top in carnivorism bat lactation workshop 38, sidewall in carnivorism bat lactation workshop 38 is installed register fourth 36 and humidity control device fourth 37, the female carnivorism bat of farrowing is warm, carry out lactation for the bat in young age in the comfortable carnivorism bat lactation workshop 38, the faint lighting device of light penta 39 is installed at the top that little carnivorism bat is raised workshop 43, rock top, artificial cave second 40 is installed around lighting device penta 39, the little carnivorism bat that below rock top, artificial cave second 40, has some reversals of the natural order of things to have a rest, raise the ground of 43 bottoms, workshop little carnivorism bat and place little food dish 45, the sidewall of raising workshop 43 little carnivorism bat is installed register penta 41 and humidity control device penta 42, and the sidewall of raising 43 outsides, workshop little carnivorism bat is installed little carnivorism bat and let cage 44 and little carnivorism bat outlet 46 fly away.
Direct current wind-driven generator 7 is perpendicular axis type direct current wind-driven generator or horizontal axial type direct current wind-driven generator.
Solar cell 1 is monocrystaline silicon solar cell or polysilicon solar cell or amorphous silicon thin-film solar cell or compound solar cell.
At annual sunshine duration above 1500 hours, the average of the whole year wind speed is fit to install wind and solar hybrid generating system in the area of the fate of per second more than 3 meters above 200 days and generates electricity, under wind and solar hybrid generating system runs well the prerequisite of generating electricity, just can found wind light mutual complementing power generation temperature adjustment humidity in this area and raise the factory that yellow mealworm feeds bat elimination mosquito.The electric power that has had wind light mutual complementing power generation to provide just can guarantee in the large larva raising of the yellow mealworm workshop to keep 22 ℃-30 ℃ preference temperature and 60%-80% suitable relative moisture and the illumination (will be stamped the light-shielding sheet in hole on the large larva breeding box of yellow mealworm) of being convenient to workman's operation of moderate strength; guarantee that the yellow mealworm small grub raises the preference temperature of 25 ℃-30 ℃ of maintenances in the workshop and 65%-75% suitable relative moisture and moderate strength; be convenient to the illumination (on yellow mealworm small grub breeding box, will be stamped the light-shielding sheet in hole) of workman's operation; guarantee to keep 20 ℃-30 ℃ preference temperature and 60%-80% suitable relative moisture in the large carnivorism bat raising workshop; a little less than the illumination; guarantee to keep in the carnivorism bat lactation workshop 25 ℃-30 ℃ preference temperature; 60%-75% suitable relative moisture and illumination dimness; quietly; warm; comfortable environment is guaranteed to keep 22 ℃-30 ℃ preference temperature and 60%-75% suitable relative moisture in the little carnivorism bat raising workshop; illumination is faint.Because the large larva of yellow mealworm surpasses 35 ℃ or can be dead when being lower than-4 ℃, the yellow mealworm small grub is lower than 0 ℃ also can be dead, and humidity is excessive, and yellow mealworm can be sick.Temperature is large carnivorism bat meeting dormancy when being lower than 10 ℃, and when temperature was lower than 0 ℃, little carnivorism bat can be dead.The electric power that wind light generation produces is mainly used in ensureing needed temperature and humidity when yellow mealworm and bat are kept the normal growth growth, these two kinds of animals of yellow mealworm and bat only need illumination on the weak side in breeding process, provide suitable illumination just passable for the cultivation workman, the electric consumption on lighting amount is few.
It is as follows now to enumerate embodiment:
Embodiment one:
Raise the installation wind light mutual complementing power generation workshop, top that yellow mealworm feeds the factory of bat elimination mosquito in wind light mutual complementing power generation temperature adjustment humidity; the electric current that the electric current that the polycrystalline silicon solar photovoltaic generation produces and perpendicular axis type direct current wind-driven generator produce by conductor wire through separately controller; inverter input junction station; from the alternating current of junction station output by current divider to the middle part on the right side that is installed in factory and the large larva raising of the yellow mealworm workshop of bottom; the yellow mealworm small grub is raised the workshop and is installed in the middle part in factory left side and the large carnivorism bat raising workshop of bottom; carnivorism bat lactation workshop; little carnivorism bat is raised the workshop lighting device in totally five workshops; register; humidity control device provides electric consumption on lighting and regulates temperature; the needed electric power of humidity guarantees that yellow mealworm and bat have suitable temperature in the process of growing; the illumination of humidity and appropriateness.
Embodiment two:
Raise the installation wind light mutual complementing power generation workshop, top that yellow mealworm feeds the factory of bat elimination mosquito in wind light mutual complementing power generation temperature adjustment humidity; the electric current that the electric current that the mono-crystalline silicon solar photovoltaic generation produces and horizontal axial type direct current wind-driven generator produce by conductor wire through separately controller; inverter input junction station; from the alternating current of junction station output by current divider to the middle part on the right side that is installed in factory and the large larva raising of the yellow mealworm workshop of bottom; the yellow mealworm small grub is raised the workshop and is installed in the middle part in factory left side and the large carnivorism bat raising workshop of bottom; carnivorism bat lactation workshop; little carnivorism bat is raised the workshop lighting device in totally five workshops; register; humidity control device provides electric consumption on lighting and regulates temperature; the needed electric power of humidity guarantees that yellow mealworm and bat have suitable temperature in the process of growing; the illumination of humidity and appropriateness.
Claims (3)
1. wind light mutual complementing power generation temperature adjustment humidity is raised yellow mealworm and is fed the factory that bat is eliminated mosquito, it is characterized in that, by wind light mutual complementing power generation workshop (13), the large larva raising of yellow mealworm workshop (18), the yellow mealworm small grub is raised workshop (24), large carnivorism bat is raised workshop (29), carnivorism bat lactation workshop (38), little carnivorism bat is raised workshop (43) and adds up to six workshops jointly to form the factory (14) that wind light mutual complementing power generation temperature adjustment humidity is raised yellow mealworm hello bat elimination mosquito, wind light mutual complementing power generation workshop (13) comprising: solar cell (1), photovoltaic pillar (2), conductor wire (3), photovoltaic controller (4), photovoltaic DC-to-AC converter (5), blade (6), direct current wind-driven generator (7), wind-powered electricity generation pillar (8), wind-powered electricity generation controller (9), wind-powered electricity generation inverter (10), junction station (11), current divider (12), the large larva raising of yellow mealworm workshop (18) comprising: lighting device first (15), register first (16), humidity control device first (17), the large larva frame for cultivating of yellow mealworm (19), the large larva breeding box of yellow mealworm (20), the yellow mealworm small grub is raised workshop (24) and being comprised: lighting device second (21), register second (22), humidity control device second (23), yellow mealworm small grub frame for cultivating (25), yellow mealworm small grub breeding box (26), large carnivorism bat is raised workshop (29) and comprising: lighting device third (27), artificial cave rock top first (28), register third (30), humidity control device third (31), large food dish (32), large carnivorism bat is let cage (33) fly away, large carnivorism bat outlet (34), carnivorism bat lactation workshop (38) comprising: lighting device fourth (35), register fourth (36), humidity control device fourth (37), little carnivorism bat are raised workshop (43) and being comprised: lighting device penta (39), artificial cave rock top second (40), little carnivorism bat is let cage (44) fly away, register penta (41), humidity control device penta (42), little food dish (45), little carnivorism bat outlet (46);
Raise the top installation solar cell (1) that yellow mealworm feeds the factory (14) of bat elimination mosquito in wind light mutual complementing power generation temperature adjustment humidity, photovoltaic pillar (2), conductor wire (3), photovoltaic controller (4), photovoltaic DC-to-AC converter (5), blade (6), direct current wind-driven generator (7), wind-powered electricity generation pillar (8), wind-powered electricity generation controller (9), wind-powered electricity generation inverter (10), junction station (11), current divider (12), solar light irradiation is installed in the direct current of solar cell (1) generation 1000W-10000000W power on the photovoltaic pillar (2) and adjusts by conductor wire (3) input photovoltaic controller (4), then input photovoltaic DC-to-AC converter (5) and convert alternating current to, alternating current is by conductor wire (3) input junction station (11), wind blows is installed in blade (6) quick rotation of the direct current wind-driven generator (7) on the wind-powered electricity generation pillar (8), drive direct current wind-driven generator (7) sends the direct current of 1000W-10000000W power and adjusts by conductor wire (3) input wind-powered electricity generation controller (9), then convert alternating current to by conductor wire (3) input wind-powered electricity generation inverter (10), alternating current is by conductor wire (3) input junction station (11), after photovoltaic alternating current and wind-force alternating current converge in junction station (11), by conductor wire (3) input current divider (12), current divider (12) is connected with lighting device first (15) by conductor wire (3), current divider (12) is connected with register first (16) by conductor wire (3), current divider (12) is connected with humidity control device first (17) by conductor wire (3), current divider (12) is connected with lighting device second (21) by conductor wire (3), current divider (12) is connected with register second (22) by conductor wire (3), current divider (12) is connected with humidity control device second (23) by conductor wire (3), current divider (12) is connected with lighting device third (27) by conductor wire (3), current divider (12) is connected with register third (30) by conductor wire (3), current divider (12) is connected with humidity control device third (31) by conductor wire (3), current divider (12) is connected with lighting device fourth (35) by conductor wire (3), current divider (12) is connected with register fourth (36) by conductor wire (3), current divider (12) is connected with humidity control device fourth (37) by conductor wire (3), current divider (12) is connected with lighting device penta (39) by conductor wire (3), current divider (12) is connected with register penta (41) by conductor wire (3), and current divider (12) is connected with humidity control device penta (42) by conductor wire (3);
Raise yellow mealworm hello bat in wind light mutual complementing power generation temperature adjustment humidity and eliminate the wind light mutual complementing power generation workshop (13) that the top installation of the factory (14) of mosquito is complemented each other and generated electricity by solar photovoltaic generation system and wind generator system, raising yellow mealworm in wind light mutual complementing power generation temperature adjustment humidity feeds the middle part on right side of the factory (14) that bat eliminates mosquito and bottom yellow mealworm large larva raising workshop (18) and yellow mealworm small grub raising workshop (24) totally two workshops is installed, the large larva frame for cultivating of yellow mealworm (19) is installed in the large larva raising of yellow mealworm workshop (18), place many large larva breeding box of yellow mealworm (20) at the large larva frame for cultivating of yellow mealworm (19) higher slice, lighting device first (15) is installed at top in the large larva raising of yellow mealworm workshop (18), sidewall in the large larva raising of yellow mealworm workshop (18) is installed register first (16) and humidity control device first (17), yellow mealworm small grub frame for cultivating (25) in raising workshop (24), is installed the yellow mealworm small grub, place many yellow mealworm small grub breeding box (26) at yellow mealworm small grub frame for cultivating (25) higher slice, raise the top in workshop (24) at the yellow mealworm small grub lighting device second (21) is installed, raise the sidewall in workshop (24) at the yellow mealworm small grub register second (22) and humidity control device second (23) are installed, raising yellow mealworm in wind light mutual complementing power generation temperature adjustment humidity feeds the middle part in left side of the factory (14) that bat eliminates mosquito and bottom and large carnivorism bat is installed raises workshop (29), carnivorism bat lactation workshop (38), little carnivorism bat is raised totally three workshops, workshop (43), raise the top in workshop (29) large carnivorism bat the weak lighting device third (27) of light is installed, artificial cave rock top first (28) is installed around lighting device third (27), the large carnivorism bat that below artificial cave rock top first (28), has some reversals of the natural order of things to have a rest, raise the ground of bottom, workshop (29) large carnivorism bat and place large food dish (32), the sidewall of raising workshop (29) large carnivorism bat is equipped with register third (30) and humidity control device third (31), sidewall outside large carnivorism bat is raised workshop (29) is equipped with large carnivorism bat and lets cage (33) and large carnivorism bat outlet (34) fly away, dimly lit lighting device fourth (35) is installed at top in carnivorism bat lactation workshop (38), sidewall in carnivorism bat lactation workshop (38) is installed register fourth (36) and humidity control device fourth (37), the female carnivorism bat of farrowing is warm, carry out lactation in the comfortable carnivorism bat lactation workshop (38) bat in young age, raise the top in workshop (43) little carnivorism bat the faint lighting device penta (39) of light is installed, artificial cave rock top second (40) is installed around lighting device penta (39), the little carnivorism bat that below artificial cave rock top second (40), has some reversals of the natural order of things to have a rest, raise the ground of bottom, workshop (43) little carnivorism bat and place little food dish (45), raise the sidewall in workshop (43) little carnivorism bat register penta (41) and humidity control device penta (42) are installed, raise the little carnivorism bat of sidewall installation of outside, workshop (43) little carnivorism bat and let cage (44) and little carnivorism bat outlet (46) fly away.
2. wind light mutual complementing power generation temperature adjustment humidity according to claim 1 is raised yellow mealworm and is fed the factory that bat is eliminated mosquito, it is characterized in that described direct current wind-driven generator (7) is perpendicular axis type direct current wind-driven generator or horizontal axial type direct current wind-driven generator.
3. wind light mutual complementing power generation temperature adjustment humidity according to claim 1 is raised yellow mealworm and is fed the factory that bat is eliminated mosquito, it is characterized in that described solar cell (1) is monocrystaline silicon solar cell or polysilicon solar cell or amorphous silicon thin-film solar cell or compound solar cell.
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|---|---|---|---|
| CN2012104268104A CN102893951B (en) | 2012-10-31 | 2012-10-31 | Factory for feeding flour weevil and feeding bat with flour weevil to eliminate mosquito by regulating temperature and humidity by using power generated by wind-light complementary power generation system |
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| CN2012104268104A CN102893951B (en) | 2012-10-31 | 2012-10-31 | Factory for feeding flour weevil and feeding bat with flour weevil to eliminate mosquito by regulating temperature and humidity by using power generated by wind-light complementary power generation system |
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| CN102893951B CN102893951B (en) | 2013-11-06 |
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| CN106640748A (en) * | 2017-01-06 | 2017-05-10 | 珠海格力电器股份有限公司 | Blade, impeller and fan |
| CN110447573A (en) * | 2019-08-19 | 2019-11-15 | 中国计量大学 | The royal jelly intelligent sliding worm of view-based access control model mends worm device |
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| CN102893951B (en) | 2013-11-06 |
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Denomination of invention: Wind solar complementary power generation, temperature and humidity regulation, feeding Tenebrio molitor to bats and eliminating mosquitoes Effective date of registration: 20210915 Granted publication date: 20131106 Pledgee: Shandong Tengzhou Rural Commercial Bank Co.,Ltd. Pledgor: SHANDONG ZHONGKE LANTIAN TECHNOLOGY Co.,Ltd. Registration number: Y2021980009388 |
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