CN104142026A - Bispherical energy-accumulation photomagnetoelectric complementation quadruple-effect solar furnace - Google Patents
Bispherical energy-accumulation photomagnetoelectric complementation quadruple-effect solar furnace Download PDFInfo
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- CN104142026A CN104142026A CN201310160990.0A CN201310160990A CN104142026A CN 104142026 A CN104142026 A CN 104142026A CN 201310160990 A CN201310160990 A CN 201310160990A CN 104142026 A CN104142026 A CN 104142026A
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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
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/20—Solar thermal
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
- Y02E10/44—Heat exchange systems
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
- Y02E10/46—Conversion of thermal power into mechanical power, e.g. Rankine, Stirling or solar thermal engines
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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
Abstract
The invention relates to a bispherical energy-accumulation photomagnetoelectric complementation quadruple-effect solar furnace and belongs to the new field of solar and electromagnetic application technologies. The solar furnace comprises a photic fusion solar furnace and a single-stage or multistage high magnetic swirling self-generating heating device, wherein the photic fusion solar furnace consists of a heat storage tank supported by a vertical bracket, an annular vacuum pipe bundle arranged in the heat storage tank, and a vacuum energy-accumulation reaction kettle tightly communicated with the annular vacuum pipe bundle and externally provided with a spherical pneumatic rotation high-power condenser; a water supply coil and a return water coil provide preheating water to the high magnetic swirling self-generating heating device. Connecting positions of single stages of the high magnetic swirling self-generating heating device can be randomly combined or exchanged; the single stages can be connected in series, or in parallel, or in series and parallel, or in a bull gear and pinion increasing manner; the number of the assembly stages can be adjusted according to heating requirements; and the stages are mutually communicated via oblique jet holes which are formed between the stages and facilitate formation of spiral flows. The solar furnace has the advantage of photomagnetoelectric complementation continuous heating, and an ideal upgraded technology and a product are created for life and industrial heat supply and integrated solar thermal power plants.
Description
Technical field:
The present invention is a kind of pair of photomagnetoelectric complementary quadruple effect solar furnace of ball cumulative, belongs to solar energy and electromagnetic application technology frontier.
Background technology:
The survival and development of maintaining family, enterprise, factories and miness, country, the mankind be unable to do without heat, and almost all trades and professions relies on various fire coals, fuel-oil or fuel-gas boiler that thermal source is provided with heat demand invariably.This type of heats technology and heats facility, need to expend large number of biological fuel, and produces thus excess carbon discharge, has caused the serious pollution of earth environment, is more and more seriously threatening the mankind's living environment, urgently low-carbon (LC) and the carbon-free innovation that heats technical products.
Electric power heats facility clean and effective, but strengthened, heats cost.
Along with the development of low-carbon economy, solar energy hot facility is come into huge numbers of families, has not only improved people's quality of life, and has effectively protected environment.But solar energy supply is discontinuous, and capacity is limited, the overcast and rainy assurance heat demand that is difficult to.Contrast various heating facilities, people wish that technological progress can provide a kind of carbon-free heating, and once drop into the novel heating combined equipment of lifelong benefit.
In recent years, a kind of " cumulative hot spot " theory causes extensive concern.Research shows: a diameter 1m, area 0.78m
2, temperature is at the solar energy " cumulative hot spot " of 2000 ℃ of left and right, its photo-thermal power generation amount can for 20,000 families other 1 year.Even spot diameter is reduced into 20cm, temperature, between 300-400 ℃, also can be installed the solar energy light-collecting battery that is equivalent to 6kw left and right, and annual electricity generating capacity, in 14000kwh left and right, is enough to solve the daily electricity consumption of Jin10Ge family.
19 years old juvenile Eric Jacqmain of the U.S. sticks the little glass-mirror of 5800 polylith all on common 42 inches of satellite signal receiving dishes, and its focus temp can reach 3000-3600 ℃.This temperature is far beyond the fusing point of the common most of object of occurring in nature, be enough to smelting iron and steel, boil cement, moment destroys any organic material, is called as " dead ray ", actual verification " cumulative hot spot " theory.
The exploitation of above-mentioned solar energy energy technology and product and " cumulative hot spot " are theoretical to be tested with " dead ray ", and the solar energy and the electromagnetic technique product that for research and development, have more novelty and practicality have been established theory and practice basis.
In the mankind's life and activity in production, have a large amount of available energies to have a high potential, yet people get used to inertial thinking and are not developed dexterously.As:
1. solar energy is inexhaustible, and sunlight supply is " 0 " cost at present, as long as development technique is advanced, even need not any bio-fuel, the whole mankind has lifelong benefit;
2. rare earth permanent-magnetic material magnetic field intensity has developed into > 10000 Gausses, after magnetizing, as utilized, does in the proper way, and energy is huge, is called as invisible " Non-energy-consumption energy ";
3. under vacuum condition, thermal resistance is almost " 0 ", and superconductive medium heat transfer rate is upper 10000 times of copper, has greatly exploitation potentiality;
4. industrial and mineral, cities and towns and rural running water, fluid pressure can't neglect, and still has the huge space of reverse expansion.
If huge permanent magnetism potential is conducted heat and is converted into electric energy and heat energy, makes up solar energy and supply discontinuous neutral by eddy flow power and superconducting, light, magnetic, electricity, the ingenious combination of tube fluid power not consume fuel solve people by heat demand dream not.
Imagination and success often only have one step away, and according to electromagnetic induction principle, closed conductor is cutting magnetic line generation current in magnetic field.Since pressure can make fluid flow, and the distinctive plastic properties of fluid both can straight jet by difform runner, again can rotation circulation, if rotation circulation runner is arranged to closed conductor, make it be placed in magnetic field cutting magnetic line, just when the water comes, a channel is formed for eddy flow power electric generator so, and from then on, the puzzlement mankind's a photomagnetoelectric complementary quadruple effect continuously heating difficult problem will be readily solved!
Summary of the invention:
For above-mentioned strong magnetic rotation mobilization force and the complementary ingenious problem of utilizing of solar energy, the object of the invention is to utilize closed conductor cutting magnetic line to produce induced-current principle, off the beaten track, with strong magnetic rotation, flow closed conductor cutting magnetic line electrification heat-producing, and be aided with solar energy and vacuum heat-conduction and do strengthen and supplement, fundamentally solve a photomagnetoelectric complementary continuous heating difficult problem, realize innovation and breakthrough that in pipe, the photomagnetoelectric complementary quadruple effect of strong magnetic rotation mobilization force generating heats.
The two ball cumulative quadruple effects of the present invention heat mechanism and are:
1. cold water high strength preheating
Having under illumination condition, be placed in supply water and backwater coil pipe under 1000 ℃ of " cumulative hot spot " high strength preheatings of slot light collection mirror > to supplementing water and the backwater of heat storage can;
2. preheating water superhigh intensity heating
Having under illumination condition, the external spherical high power concentrator mirror that two ball covers are put is focused into 3-D transmission light and reverberation 2000 ℃ of > " cumulative hot spot ", and superhigh intensity scorches built-in vacuum cumulative reactor;
3. vacuum is without the very fast heat exchange of thermal resistance
Built-in spherical vacuum cumulative reactor inner chamber is without thermal resistance, the superconductive medium being scorched with the mode of vaporizing-evaporating-condensing-refluxing with the heat transfer rate of 10000 times of copper of > very fast with heat storage can in preheating water cycle heat exchange;
4. electrification heat-producing is flowed in strong magnetic rotation
There iing illumination and without under illumination condition, give the moisturizing of heat storage can or heat recirculated water with the cyclone mode high-intensity magnetic field helical flow path of flowing through, drive arranges the closed mouse cage High Rotation Speed of rotating shaft, thereby cutting magnetic line generating, the electric current producing directly and the short circuit of High Rotation Speed water ring heat, be aided with solar energy and superconducting and conduct heat and amplify and multiplication, realize that photomagnetoelectric complementary quadruple effect is uninterrupted carbon-free to be heated fast.
Technical solution of the present invention is:
The optical fusion solar furnace (A) that the photomagnetoelectric complementary quadruple effect solar furnace of described two ball cumulatives comprises the heat storage can (2) that supported by stand type support and built-in ring vaccum tube bank (3) thereof and the vacuum cumulative reactor (7) of the external spherical wind-power rotation high power concentrator mirror (8) that is communicated with ring vaccum tube bank (3) sealing forms and by supplying water coil (4) and backwater coil pipe (5) to flow self power generation heating combined equipment (B) for it provides the single-stage of preheating water or multistage strong magnetic rotation, wherein strong each single-stage link position of magnetic rotation stream self power generation heating combined equipment (B) can random combine or exchange, connected mode can serial or parallel connection or connection in series-parallel in conjunction with or big or small gear up connect, assembling progression can require to regulate according to heating, between at different levels, arrange and be beneficial to the oblique jet orifice that forms spiral flow and interconnect.
The heat storage can (2) that described stand type support supports is spherical tank or cylinder tank or square tank, heat storage can (2) top arranges the permanent liquid level gauge (1) of float-ball type of upper and lower contact automatic start-stop pump, the outer top of tank is opened manhole and is installed safety valve and lightning rod, opaco installing ladder guardrails, heat storage can (2) outer surface lays heat absorption heat-insulation layer or heat absorption heat insulation base layer adds and lays high power condensation photovoltaic battery plate, wherein stand type support is that gusseted or multicolumn support, and one of its version is following three types:
The first is that steel construction curved surface pillar supports, curved surface post north-south layout, in its sensitive surface groove, lay slot type condenser, the focus place of the two curved surface post groove internal groove condensers in southern side arranges for water coil (4), the focus place of the curved surface post groove internal groove condenser in north side arranges backwater coil pipe (5), article two, for water coil (4) and a backwater coil pipe (5), extend to the interior part of heat storage can (2) and be upper, middle and lower ring-type and be welded on heat storage can (2) inwall, local open form becomes the ring spray jetting hole of horizontal circulation heat-exchange net;
The second is on the basis of above-mentioned the first structure, for water coil (4) and backwater coil pipe (5) top, linear Fresnel condenser is set, and the slot light collection mirror arranging in its focus and above-mentioned curved surface post groove forms bifocal copolymerization;
The third is the support of cylinder pillar or frame-type support.
Described vacuum cumulative reactor (7) is high temperature resistant transcalent metal hollow spheroid or cylinder, as ceramal tank, in-built conduction oil or water or formula fluid superconductive medium, its upper end arranges three groups or many groups and restrains (3) with the ring vaccum of heat storage can (2) and vacuum cumulative reactor (7) UNICOM sealed to each other, the ring vaccum tube bank (3) of stretching in heat storage can (2) is on radial minute that is bent upwards, in, lower three layers or multi-layer sealed being welded on heat storage can (2) inwall, the superconductive medium that formation is scorched is with vaporization, evaporation, condense, reflux type and the outer preheating water rapid vertical cycle heat exchange of pipe are to drift net, heat supply pipeline (6) inserts in vacuum cumulative reactor (7) with straight tube or coil form by ring vaccum (3) center of restraining, and it imports and exports two ends and vacuum cumulative reactor (7) seal welding.
Described external spherical wind-power rotation high power concentrator mirror (8) be the fit Fresnel condenser of high-order curved surface mirror or two hemisphere or crowd burnt copolymerization spherical mirror group that is comprised of a plurality of transmission-type optical concentration mirrors, its curvature mirror or Fresnel condenser minute surface zigzag streakline are processed into the crevice projection angle that transmitted light is focused on to built-in vacuum cumulative reactor (7), form the cumulative hot spot of covering vacuum cumulative reactor (7) outer surface; The bearing that its vertical two ends setting and ring vaccum tube bank (3) and heat supply pipeline (6) are fixing; It laterally opens the oblique fresh air inlet of 2 or a plurality of its rotations of drive by the sphere symmetry of the centre of sphere, oblique exhaust vent is opened near the position of bearing in upper end; Its opaco arranges plane or annular reflector, is formed on any time transmitted light and the cumulative light field that focuses on of reverberation three-dimensional all-directional of illumination.
Described strong magnetic rotation stream self-generating device (B) is single-stage or multistage strong magnetic magnetization, spiral separation, eddy flow agitates, closed conductor cutting magnetic line electrification heat-producing, the quick heat exchange five in one of vacuum tube superconductive medium cavity, in cavity, conductive component is the non-magnetic metal material of the easy heat conduction of high resistant, rotary part is the aging non-magnet material of heat-resistant, each single-stage assembly comprises by the kicker magnet ring (12) arranging in central tube and outer wall or groove, the outer cladding of kicker magnet ring (12) every magnetic sheath (13), the strong magnetic rotation stream self-generating device seating nipple (9) that the mouse cage (14) that the single-stage that central tube inner chamber arranges or the multiple wing windmill (16) of multistage random combine or multiple wing spiral or multiple wing flabellum drive forms and peripheral hardware thereof pass through pipe network for it provides the motor (10) of jet power), jet pump (11), each single step arrangement form is at least one of following seven types:
The first is multiple wing windmill (16) eddy flow magnetic structure, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the multiple wing windmill (16) every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein multiple wing windmill (16) arranges rotating shaft (15) and windmill runner, and its rotating shaft (15) two ends are fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point;
The second is multiple wing spiral flow magnetic structure, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the multiple wing spiral every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein multiple wing spiral arranges rotating shaft (15) and helical flow path, and its rotating shaft (15) two ends are fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point;
The third is multiple wing flabellum eddy flow magnetic structure, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the multiple wing flabellum every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein multiple wing flabellum arranges rotating shaft (15) and flabellum runner, and its rotating shaft (15) two ends are fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point;
The 4th kind is the strong magnetic magnetization of single mouse cage (14) and the closed conductor cutting magnetic line power generating type structure that multiple wing windmill (16) drives, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the single mouse cage (14) every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein single mouse cage (14) can be combined as multiple wing windmill mouse cage assembly or multiple wing spiral mouse cage assembly or multiple wing flabellum mouse cage assembly with multiple wing windmill (16) or multiple wing spiral or multiple wing flabellum, single mouse cage (14) arranges rotating shaft (15), its rotating shaft (15) two ends are fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point,
The 5th kind is the strong magnetic magnetization of multiple wing spiral mouse cage assembly and closed conductor cutting magnetic line power generating type structure, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the multiple wing spiral mouse cage assembly every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein multiple wing spiral mouse cage assembly arranges rotating shaft (15), and its rotating shaft (15) is fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point;
The 6th kind is the strong magnetic magnetization of multiple wing flabellum mouse cage assembly and closed conductor cutting magnetic line power generating type structure, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the multiple wing flabellum mouse cage assembly every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein multiple wing flabellum mouse cage assembly arranges rotating shaft (15), and its rotating shaft (15) is fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point;
The 7th kind is the strong magnetic magnetization of combined set formula mouse cage (14) and the closed conductor cutting magnetic line power generating type structure that the multiple wing windmill (16) shown in Fig. 2 drives, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the combined set formula mouse cage (14) every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein combined set formula mouse cage (14) can be combined as multiple wing windmill mouse cage assembly or multiple wing spiral mouse cage assembly or multiple wing flabellum mouse cage assembly with multiple wing windmill (16) or multiple wing spiral or multiple wing flabellum, combined set formula mouse cage (14) arranges bottom rotating shaft with holes (15), its rotating shaft (15) two ends are fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point,
Above-mentioned seven kinds of structure rotating shafts (15) can arrange gear wheel or pinion, and the speed-increasing type that forms each other serial or parallel connection or string combination connects.
Described mouse cage (14) is can be with the closed conductor of high resistant of multiple wing windmill (16) or multiple wing spiral or the rotation of many flabellums, and its version is at least one of following five types:
The first is coaxial single group or organize vertical or horizontal sleeve type concentric tube shown in Fig. 2 more, on tube wall, symmetrical open form becomes straight slit or plagioclase seam or needle-like corona discharge cone point or the zigzag arc discharge cone point of the closed at both ends of closed conductor, mutual insulating between tube and tube, the jet orifice that each concentric tube end long runner of interleaved formation rotary current heats, the several certificates of concentric tube group heat and require to arrange;
The second is coaxial single group or organize vertical or horizontal sleeve type concentric tube more, on tube wall, symmetrical open form becomes straight slit or plagioclase seam or needle-like corona discharge cone point or the zigzag arc discharge cone point of the closed at both ends of closed conductor, mutually in parallel between tube and tube, each concentric tube is opened straight slit or plagioclase seam or needle-like corona discharge and is bored point or zigzag arc discharge and bore pointed one-tenth cross-current and Vertical Flow and mix short runner and heat jet orifice simultaneously;
The third is the closed mouse cage of SYMMETRIC VACUUM pipe, fills started quickly at low temperature in pipe, and vaporize, to evaporate, to condense, reflux type and the ethanol of pipe inner rotary fluid Rapid Circulation heat exchange or the fluid superconductive medium of filling a prescription;
The 4th kind for can form that the long runner of rotary current heats or cross-current and Vertical Flow mix the symmetric pair array closure sliver that short runner heats simultaneously;
The 5th kind is the several windings of symmetric pair.
Described kicker magnet ring (12) is single-stage or twin-stage or the multi-stage annular independence closed magnet in horizontal or vertical centering pipe outer wall or groove or by the even number kicker magnet ring (12) of N, the mutual dispersed arrangement of S polarity or dense arrangement, kicker magnet ring (12) outer wall setting is every magnetic sheath (13).
The photomagnetoelectric complementary quadruple effect solar furnace of described two ball cumulatives can be composed in series the solar energy thermal-power-generating matrix that east-west Large Scale and Continuous power supply is arranged in north and south, or composes in parallel annular spherical array, and capacity 10-1000MW is incorporated into the power networks.
Adopt above technical scheme, the present invention has the uninterrupted continuous heating of photomagnetoelectric complementation, and the advantage of the quick heat exchange of superconducting, for life and industrial heating and large-scale integrated solar thermal power plants heat power working medium have been started desirable replacement technology and product.
Accompanying drawing explanation:
Fig. 1 is two photomagnetoelectric complementary quadruple effect solar furnace structural representations of ball cumulative;
Fig. 2 is the strong magnetic rotation stream of the combined set formula mouse cage of Fig. 1 self power generation heating combined equipment structural representation.
In figure:
A. optical fusion solar furnace;
B. self power generation heating combined equipment is flowed in strong magnetic rotation.
Wherein in figure, A partly comprises:
1. the permanent liquid level gauge of float-ball type; 2. heat storage can; 3. ring vaccum tube bank; 4. for water coil; 5. backwater coil pipe; 6. heat supply pipeline; 7. spherical wind-power rotates high power concentrator mirror; 8. vacuum cumulative reactor.
In figure, B partly comprises:
9. self power generation seating nipple is flowed in strong magnetic rotation; 10. motor; 11. jet pumps; 12. kicker magnet rings; 13. every magnetic sheath; 14. mouse cages; 15. rotating shafts; 16. multiple wing windmills; 17. heat collection water tanks.
The specific embodiment:
As depicted in figs. 1 and 2: the optical fusion solar furnace (A) that the two photomagnetoelectric complementary solar furnaces of ball cumulative of the present invention comprise the heat storage can (2) that supported by stand type support and built-in ring vaccum tube bank (3) thereof and the vacuum cumulative reactor (7) of the external spherical wind-power rotation high power concentrator mirror (8) that is communicated with ring vaccum tube bank (3) sealing forms and by supplying water coil (4) and backwater coil pipe (5) to flow self power generation heating combined equipment (B) for it provides the single-stage of preheating water or multistage strong magnetic rotation, wherein strong each single-stage link position of magnetic rotation stream self power generation heating combined equipment (B) can random combine or exchange, connected mode can serial or parallel connection or connection in series-parallel in conjunction with or big or small gear up connect, assembling progression can require to regulate according to heating, between at different levels, arrange and be beneficial to the oblique jet orifice that forms spiral flow and interconnect.
The heat storage can (2) that described stand type support supports is spherical tank or cylinder tank or square tank, heat storage can (2) top arranges the permanent liquid level gauge (1) of float-ball type of upper and lower contact automatic start-stop pump, the outer top of tank is opened manhole and is installed safety valve and lightning rod, opaco installing ladder guardrails, heat storage can (2) outer surface lays heat absorption heat-insulation layer or heat absorption heat insulation base layer adds and lays high power condensation photovoltaic battery plate, wherein stand type support is that gusseted or multicolumn support, and one of its version is following three types:
The first is that steel construction curved surface pillar supports, curved surface post north-south layout, in its sensitive surface groove, lay slot type condenser, the focus place of the two curved surface post groove internal groove condensers in southern side arranges for water coil (4), the focus place of the curved surface post groove internal groove condenser in north side arranges backwater coil pipe (5), article two, for water coil (4) and a backwater coil pipe (5), extend to the interior part of heat storage can (2) and be upper, middle and lower ring-type and be welded on heat storage can (2) inwall, local open form becomes the ring spray jetting hole of horizontal circulation heat-exchange net;
The second is on the basis of above-mentioned the first structure, for water coil (4) and backwater coil pipe (5) top, linear Fresnel condenser is set, and the slot light collection mirror arranging in its focus and above-mentioned curved surface post groove forms bifocal copolymerization;
The third is the support of cylinder pillar or frame-type support.
Described vacuum cumulative reactor (7) is high temperature resistant transcalent metal hollow spheroid or cylinder, as ceramal tank, in-built conduction oil or water or formula fluid superconductive medium, its upper end arranges three groups or many groups and restrains (3) with the ring vaccum of heat storage can (2) and vacuum cumulative reactor (7) UNICOM sealed to each other, the ring vaccum tube bank (3) of stretching in heat storage can (2) is on radial minute that is bent upwards, in, lower three layers or multi-layer sealed being welded on heat storage can (2) inwall, the superconductive medium that formation is scorched is with vaporization, evaporation, condense, reflux type and the outer preheating water rapid vertical cycle heat exchange of pipe are to drift net, heat supply pipeline (6) inserts in vacuum cumulative reactor (7) with straight tube or coil form by ring vaccum (3) center of restraining, and it imports and exports two ends and vacuum cumulative reactor (7) seal welding.
Described external spherical wind-power rotation high power concentrator mirror (8) be the fit Fresnel condenser of high-order curved surface mirror or two hemisphere or crowd burnt copolymerization spherical mirror group that is comprised of a plurality of transmission-type optical concentration mirrors, its curvature mirror or Fresnel condenser minute surface zigzag streakline are processed into the crevice projection angle that transmitted light is focused on to built-in vacuum cumulative reactor (7), form the cumulative hot spot of covering vacuum cumulative reactor (7) outer surface; The bearing that its vertical two ends setting and ring vaccum tube bank (3) and heat supply pipeline (6) are fixing; It laterally opens the oblique fresh air inlet of 2 or a plurality of its rotations of drive by the sphere symmetry of the centre of sphere, oblique exhaust vent is opened near the position of bearing in upper end; Its opaco arranges plane or annular reflector, is formed on any time transmitted light and the cumulative light field that focuses on of reverberation three-dimensional all-directional of illumination.
Described strong magnetic rotation stream self-generating device (B) is single-stage or multistage strong magnetic magnetization, spiral separation, eddy flow agitates, closed conductor cutting magnetic line electrification heat-producing, the quick heat exchange five in one of vacuum tube superconductive medium cavity, in cavity, conductive component is the non-magnetic metal material of the easy heat conduction of high resistant, rotary part is the aging non-magnet material of heat-resistant, each single-stage assembly comprises by the kicker magnet ring (12) arranging in central tube and outer wall or groove, the outer cladding of kicker magnet ring (12) every magnetic sheath (13), the strong magnetic rotation stream self-generating device seating nipple (9) that the mouse cage (14) that the single-stage that central tube inner chamber arranges or the multiple wing windmill (16) of multistage random combine or multiple wing spiral or multiple wing flabellum drive forms and peripheral hardware thereof pass through pipe network for it provides the motor (10) of jet power), jet pump (11), each single step arrangement form is at least one of following seven types:
The first is multiple wing windmill (16) eddy flow magnetic structure, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the multiple wing windmill (16) every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein multiple wing windmill (16) arranges rotating shaft (15) and windmill runner, and its rotating shaft (15) two ends are fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point;
The second is multiple wing spiral flow magnetic structure, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the multiple wing spiral every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein multiple wing spiral arranges rotating shaft (15) and helical flow path, and its rotating shaft (15) two ends are fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point;
The third is multiple wing flabellum eddy flow magnetic structure, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the multiple wing flabellum every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein multiple wing flabellum arranges rotating shaft (15) and flabellum runner, and its rotating shaft (15) two ends are fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point;
The 4th kind is the strong magnetic magnetization of single mouse cage (14) and the closed conductor cutting magnetic line power generating type structure that multiple wing windmill (16) drives, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the single mouse cage (14) every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein single mouse cage (14) can be combined as multiple wing windmill mouse cage assembly or multiple wing spiral mouse cage assembly or multiple wing flabellum mouse cage assembly with multiple wing windmill (16) or multiple wing spiral or multiple wing flabellum, single mouse cage (14) arranges rotating shaft (15), its rotating shaft (15) two ends are fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point,
The 5th kind is the strong magnetic magnetization of multiple wing spiral mouse cage assembly and closed conductor cutting magnetic line power generating type structure, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the multiple wing spiral mouse cage assembly every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein multiple wing spiral mouse cage assembly arranges rotating shaft (15), and its rotating shaft (15) is fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point;
The 6th kind is the strong magnetic magnetization of multiple wing flabellum mouse cage assembly and closed conductor cutting magnetic line power generating type structure, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the multiple wing flabellum mouse cage assembly every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein multiple wing flabellum mouse cage assembly arranges rotating shaft (15), and its rotating shaft (15) is fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point;
The 7th kind is the strong magnetic magnetization of combined set formula mouse cage (14) and the closed conductor cutting magnetic line power generating type structure that the multiple wing windmill (16) shown in Fig. 2 drives, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the combined set formula mouse cage (14) every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein combined set formula mouse cage (14) can be combined as multiple wing windmill mouse cage assembly or multiple wing spiral mouse cage assembly or multiple wing flabellum mouse cage assembly with multiple wing windmill (16) or multiple wing spiral or multiple wing flabellum, combined set formula mouse cage (14) arranges bottom rotating shaft with holes (15), its rotating shaft (15) two ends are fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point,
Above-mentioned seven kinds of structure rotating shafts (15) can arrange gear wheel or pinion, and the speed-increasing type that forms each other serial or parallel connection or string combination connects.
Described mouse cage (14) is can be with the closed conductor of high resistant of multiple wing windmill (16) or multiple wing spiral or the rotation of many flabellums, and its version is at least one of following five types:
The first is coaxial single group or organize vertical or horizontal sleeve type concentric tube shown in Fig. 2 more, on tube wall, symmetrical open form becomes straight slit or plagioclase seam or needle-like corona discharge cone point or the zigzag arc discharge cone point of the closed at both ends of closed conductor, mutual insulating between tube and tube, the jet orifice that each concentric tube end long runner of interleaved formation rotary current heats, the several certificates of concentric tube group heat and require to arrange;
The second is coaxial single group or organize vertical or horizontal sleeve type concentric tube more, on tube wall, symmetrical open form becomes straight slit or plagioclase seam or needle-like corona discharge cone point or the zigzag arc discharge cone point of the closed at both ends of closed conductor, mutually in parallel between tube and tube, each concentric tube is opened straight slit or plagioclase seam or needle-like corona discharge and is bored point or zigzag arc discharge and bore pointed one-tenth cross-current and Vertical Flow and mix short runner and heat jet orifice simultaneously;
The third is the closed mouse cage of SYMMETRIC VACUUM pipe, fills started quickly at low temperature in pipe, and vaporize, to evaporate, to condense, reflux type and the ethanol of pipe inner rotary fluid Rapid Circulation heat exchange or the fluid superconductive medium of filling a prescription;
The 4th kind for can form that the long runner of rotary current heats or cross-current and Vertical Flow mix the symmetric pair array closure sliver that short runner heats simultaneously;
The 5th kind is the several windings of symmetric pair.
Described kicker magnet ring (12) is single-stage or twin-stage or the multi-stage annular independence closed magnet in horizontal or vertical centering pipe outer wall or groove or by the even number kicker magnet ring (12) of N, the mutual dispersed arrangement of S polarity or dense arrangement, kicker magnet ring (12) outer wall setting is every magnetic sheath (13).
The photomagnetoelectric complementary quadruple effect solar furnace of described two ball cumulatives can be composed in series the solar energy thermal-power-generating matrix that east-west Large Scale and Continuous power supply is arranged in north and south, or composes in parallel annular spherical array, and capacity 10-1000MW is incorporated into the power networks.
Adopt above technical scheme, the present invention has the uninterrupted continuous heating of photomagnetoelectric complementation, and the advantage of the quick heat exchange of superconducting, for life and industrial heating and large-scale integrated solar thermal power plants heat power working medium have been started desirable replacement technology and product.
The photomagnetoelectric complementary solar furnace design parameter of described two ball cumulatives is:
Heat storage can volume: 50m
3;
Vacuum cumulative reactor volume; 1m
3;
Spherical wind-power rotation high power concentrator mirror surface area * focal length: 20m
2* 0.6m;
Strong magnetic rotation stream self-generating device external diameter: ∮ 200mm;
Strong magnetic rotation stream self-generating device length: 1200mm;
Strong magnetic rotation stream self-generating device progression: three grades of series connection;
Heat power: 60KW.
Claims (8)
1. two photomagnetoelectric complementary quadruple effect solar furnace of ball cumulative, it is characterized in that: the optical fusion solar furnace (A) that this solar furnace comprises the heat storage can (2) that supported by stand type support and built-in ring vaccum tube bank (3) thereof and the vacuum cumulative reactor (7) of the external spherical wind-power rotation high power concentrator mirror (8) that is communicated with ring vaccum tube bank (3) sealing forms and by supplying water coil (4) and backwater coil pipe (5) to flow self power generation heating combined equipment (B) for it provides the single-stage of preheating water or multistage strong magnetic rotation, wherein strong each single-stage link position of magnetic rotation stream self power generation heating combined equipment (B) can random combine or exchange, connected mode can serial or parallel connection or connection in series-parallel in conjunction with or big or small gear up connect, assembling progression can require to regulate according to heating, between at different levels, arrange and be beneficial to the oblique jet orifice that forms spiral flow and interconnect.
2. the according to claim 1 pair of photomagnetoelectric complementary quadruple effect solar furnace of ball cumulative, it is characterized in that: the heat storage can (2) that described stand type support supports is spherical tank or cylinder tank or square tank, heat storage can (2) top arranges the permanent liquid level gauge (1) of float-ball type of upper and lower contact automatic start-stop pump, the outer top of tank is opened manhole and is installed safety valve and lightning rod, opaco installing ladder guardrails, heat storage can (2) outer surface lays heat absorption heat-insulation layer or heat absorption heat insulation base layer adds and lays high power condensation photovoltaic battery plate, wherein stand type support is that gusseted or multicolumn support, its version is one of following three types:
The first is that steel construction curved surface pillar supports, curved surface post north-south layout, in its sensitive surface groove, lay slot type condenser, the focus place of the two curved surface post groove internal groove condensers in southern side arranges for water coil (4), the focus place of the curved surface post groove internal groove condenser in north side arranges backwater coil pipe (5), article two, for water coil (4) and a backwater coil pipe (5), extend to the interior part of heat storage can (2) and be upper, middle and lower ring-type and be welded on heat storage can (2) inwall, local open form becomes the ring spray jetting hole of horizontal circulation heat-exchange net;
The second is on the basis of above-mentioned the first structure, for water coil (4) and backwater coil pipe (5) top, linear Fresnel condenser is set, and the slot light collection mirror arranging in its focus and above-mentioned curved surface post groove forms bifocal copolymerization;
The third is the support of cylinder pillar or frame-type support.
3. the according to claim 1 pair of photomagnetoelectric complementary quadruple effect solar furnace of ball cumulative, it is characterized in that: described vacuum cumulative reactor (7) is high temperature resistant transcalent metal hollow spheroid or cylinder, as ceramal tank, in-built conduction oil or water or formula fluid superconductive medium, its upper end arranges three groups or many groups and restrains (3) with the ring vaccum of heat storage can (2) and vacuum cumulative reactor (7) UNICOM sealed to each other, the ring vaccum tube bank (3) of stretching in heat storage can (2) is on radial minute that is bent upwards, in, lower three layers or multi-layer sealed being welded on heat storage can (2) inwall, the superconductive medium that formation is scorched is with vaporization, evaporation, condense, reflux type and the outer preheating water rapid vertical cycle heat exchange of pipe are to drift net, heat supply pipeline (6) inserts in vacuum cumulative reactor (7) with straight tube or coil form by ring vaccum (3) center of restraining, and it imports and exports two ends and vacuum cumulative reactor (7) seal welding.
4. the according to claim 1 pair of photomagnetoelectric complementary quadruple effect solar furnace of ball cumulative, it is characterized in that: described external spherical wind-power rotation high power concentrator mirror (8) is high-order curved surface mirror or the fit Fresnel condenser of two hemisphere or crowd burnt copolymerization spherical mirror group that is comprised of a plurality of transmission-type optical concentration mirrors, its curvature mirror or Fresnel condenser minute surface zigzag streakline are processed into the crevice projection angle that transmitted light is focused on to built-in vacuum cumulative reactor (7), form the cumulative hot spot of covering vacuum cumulative reactor (7) outer surface; The bearing that its vertical two ends setting and ring vaccum tube bank (3) and heat supply pipeline (6) are fixing; It laterally opens the oblique fresh air inlet of 2 or a plurality of its rotations of drive by the sphere symmetry of the centre of sphere, oblique exhaust vent is opened near the position of bearing in upper end; Its opaco arranges plane or annular reflector, is formed on any time transmitted light and the cumulative light field that focuses on of reverberation three-dimensional all-directional of illumination.
5. the according to claim 1 pair of photomagnetoelectric complementary quadruple effect solar furnace of ball cumulative, it is characterized in that: described strong magnetic rotation stream self-generating device (B) is single-stage or multistage strong magnetic magnetization, spiral separation, eddy flow agitates, closed conductor cutting magnetic line electrification heat-producing, the quick heat exchange five in one of vacuum tube superconductive medium cavity, in cavity, conductive component is the non-magnetic metal material of the easy heat conduction of high resistant, rotary part is the aging non-magnet material of heat-resistant, each single-stage assembly comprises by the kicker magnet ring (12) arranging in central tube and outer wall or groove, the outer cladding of kicker magnet ring (12) every magnetic sheath (13), the strong magnetic rotation stream self-generating device seating nipple (9) that the mouse cage (14) that the single-stage that central tube inner chamber arranges or the multiple wing windmill (16) of multistage random combine or multiple wing spiral or multiple wing flabellum drive forms and peripheral hardware thereof pass through pipe network for it provides the motor (10) of jet power), jet pump (11), each single step arrangement form is at least one of following seven types:
The first is multiple wing windmill (16) eddy flow magnetic structure, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the multiple wing windmill (16) every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein multiple wing windmill (16) arranges rotating shaft (15) and windmill runner, and its rotating shaft (15) two ends are fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point;
The second is multiple wing spiral flow magnetic structure, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the multiple wing spiral every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein multiple wing spiral arranges rotating shaft (15) and helical flow path, and its rotating shaft (15) two ends are fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point;
The third is multiple wing flabellum eddy flow magnetic structure, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the multiple wing flabellum every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein multiple wing flabellum arranges rotating shaft (15) and flabellum runner, and its rotating shaft (15) two ends are fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point;
The 4th kind is the strong magnetic magnetization of single mouse cage (14) and the closed conductor cutting magnetic line power generating type structure that multiple wing windmill (16) drives, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the single mouse cage (14) every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein single mouse cage (14) can be combined as multiple wing windmill mouse cage assembly or multiple wing spiral mouse cage assembly or multiple wing flabellum mouse cage assembly with multiple wing windmill (16) or multiple wing spiral or multiple wing flabellum, single mouse cage (14) arranges rotating shaft (15), its rotating shaft (15) two ends are fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point,
The 5th kind is the strong magnetic magnetization of multiple wing spiral mouse cage assembly and closed conductor cutting magnetic line power generating type structure, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the multiple wing spiral mouse cage assembly every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein multiple wing spiral mouse cage assembly arranges rotating shaft (15), and its rotating shaft (15) is fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point;
The 6th kind is the strong magnetic magnetization of multiple wing flabellum mouse cage assembly and closed conductor cutting magnetic line power generating type structure, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the multiple wing flabellum mouse cage assembly every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein multiple wing flabellum mouse cage assembly arranges rotating shaft (15), and its rotating shaft (15) is fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point;
The 7th kind is the strong magnetic magnetization of combined set formula mouse cage (14) and the closed conductor cutting magnetic line power generating type structure that multiple wing windmill (16) drives, this kind of structure comprises the kicker magnet ring (12) arranging in central tube and outer wall or groove, the combined set formula mouse cage (14) every magnetic sheath (13) and the setting of central tube inner chamber of kicker magnet ring (12) cladding, wherein combined set formula mouse cage (14) can be combined as multiple wing windmill mouse cage assembly or multiple wing spiral mouse cage assembly or multiple wing flabellum mouse cage assembly with multiple wing windmill (16) or multiple wing spiral or multiple wing flabellum, combined set formula mouse cage (14) arranges bottom rotating shaft with holes (15), its rotating shaft (15) two ends are fixed in adjacent two jet orifice valve body centre bores with bearing or obtuse cone point,
Above-mentioned seven kinds of structure rotating shafts (15) can arrange gear wheel or pinion, and the speed-increasing type that forms each other serial or parallel connection or string combination connects.
6. according to claim 1 or the claimed in claim 5 pair of photomagnetoelectric complementary quadruple effect solar furnace of ball cumulative, it is characterized in that: described mouse cage (14) is for can be with the closed conductor of high resistant of multiple wing windmill (16) or multiple wing spiral or the rotation of many flabellums, its version is at least one of following five types:
The first is coaxial single group or organize vertical or horizontal sleeve type concentric tube more, on tube wall, symmetrical open form becomes straight slit or plagioclase seam or needle-like corona discharge cone point or the zigzag arc discharge cone point of the closed at both ends of closed conductor, mutual insulating between tube and tube, the jet orifice that each concentric tube end long runner of interleaved formation rotary current heats, the several certificates of concentric tube group heat and require to arrange;
The second is coaxial single group or organize vertical or horizontal sleeve type concentric tube more, on tube wall, symmetrical open form becomes straight slit or plagioclase seam or needle-like corona discharge cone point or the zigzag arc discharge cone point of the closed at both ends of closed conductor, mutually in parallel between tube and tube, each concentric tube is opened straight slit or plagioclase seam or needle-like corona discharge and is bored point or zigzag arc discharge and bore pointed one-tenth cross-current and Vertical Flow and mix short runner and heat jet orifice simultaneously;
The third is the closed mouse cage of SYMMETRIC VACUUM pipe, fills started quickly at low temperature in pipe, and vaporize, to evaporate, to condense, reflux type and the ethanol of pipe inner rotary fluid Rapid Circulation heat exchange or the fluid superconductive medium of filling a prescription;
The 4th kind for can form that the long runner of rotary current heats or cross-current and Vertical Flow mix the symmetric pair array closure sliver that short runner heats simultaneously;
The 5th kind is the several windings of symmetric pair.
7. according to claim 1 or the claimed in claim 5 pair of photomagnetoelectric complementary quadruple effect solar furnace of ball cumulative, it is characterized in that: described kicker magnet ring (12) is for single-stage or twin-stage or multi-stage annular independence closed magnet in horizontal or vertical centering pipe outer wall or groove or by the even number kicker magnet ring (12) of N, the mutual dispersed arrangement of S polarity or dense arrangement, kicker magnet ring (12) outer wall setting is every magnetic sheath (13).
8. the according to claim 1 pair of photomagnetoelectric complementary quadruple effect solar furnace of ball cumulative, it is characterized in that: this solar furnace can be composed in series the solar energy thermal-power-generating matrix that east-west Large Scale and Continuous power supply is arranged in north and south, or composing in parallel annular spherical array, capacity 10-1000MW is incorporated into the power networks.
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| CN201310160990.0A CN104142026B (en) | 2013-05-06 | 2013-05-06 | Double photomagnetoelectric complementary quadruple effect solar furnaces of ball cumulative |
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| CN201310160990.0A CN104142026B (en) | 2013-05-06 | 2013-05-06 | Double photomagnetoelectric complementary quadruple effect solar furnaces of ball cumulative |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104501428A (en) * | 2014-11-28 | 2015-04-08 | 冼泰来 | Troughed solar collector |
| CN107461292A (en) * | 2017-07-01 | 2017-12-12 | 关成玉 | Nature moisturizing negative pressure cooperating type solar energy water circulation electric generating apparatus |
| CN108491008A (en) * | 2018-04-20 | 2018-09-04 | 广东工业大学 | A kind of electromagnetic suspension type solar heat treatment furnace |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2460453A1 (en) * | 1979-07-02 | 1981-01-23 | Vivier Harry | Solar or terrestrial heat energy based electrical generator - is based on spectral transformation using thermo-photoelectric or thermomagnetic-electric transducers |
| CN101818946A (en) * | 2009-10-27 | 2010-09-01 | 任正 | Easily-operated solar furnace |
| CN202813818U (en) * | 2012-10-15 | 2013-03-20 | 王颖 | Light fusion solar energy heating device |
| CN203274281U (en) * | 2013-05-06 | 2013-11-06 | 王钢 | Double-ball energy gathering photomagnetoelectric complementary quadruple-effect solar furnace |
| CN104034063A (en) * | 2013-03-06 | 2014-09-10 | 王颖 | Photomagnetoelectric complementary energy collecting type solar furnace |
-
2013
- 2013-05-06 CN CN201310160990.0A patent/CN104142026B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2460453A1 (en) * | 1979-07-02 | 1981-01-23 | Vivier Harry | Solar or terrestrial heat energy based electrical generator - is based on spectral transformation using thermo-photoelectric or thermomagnetic-electric transducers |
| CN101818946A (en) * | 2009-10-27 | 2010-09-01 | 任正 | Easily-operated solar furnace |
| CN202813818U (en) * | 2012-10-15 | 2013-03-20 | 王颖 | Light fusion solar energy heating device |
| CN104034063A (en) * | 2013-03-06 | 2014-09-10 | 王颖 | Photomagnetoelectric complementary energy collecting type solar furnace |
| CN203274281U (en) * | 2013-05-06 | 2013-11-06 | 王钢 | Double-ball energy gathering photomagnetoelectric complementary quadruple-effect solar furnace |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104501428A (en) * | 2014-11-28 | 2015-04-08 | 冼泰来 | Troughed solar collector |
| CN107461292A (en) * | 2017-07-01 | 2017-12-12 | 关成玉 | Nature moisturizing negative pressure cooperating type solar energy water circulation electric generating apparatus |
| CN107461292B (en) * | 2017-07-01 | 2023-12-26 | 关成玉 | Natural water supplementing negative pressure cooperative type solar water circulation power generation device |
| CN108491008A (en) * | 2018-04-20 | 2018-09-04 | 广东工业大学 | A kind of electromagnetic suspension type solar heat treatment furnace |
| CN108491008B (en) * | 2018-04-20 | 2023-10-03 | 广东工业大学 | Electromagnetic suspension type solar heat treatment furnace |
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| CN104142026B (en) | 2017-07-14 |
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