CN105299925B - Solid grain block butterfly solar energy ejection driving heating heat transfer system - Google Patents
Solid grain block butterfly solar energy ejection driving heating heat transfer system Download PDFInfo
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- CN105299925B CN105299925B CN201510416061.0A CN201510416061A CN105299925B CN 105299925 B CN105299925 B CN 105299925B CN 201510416061 A CN201510416061 A CN 201510416061A CN 105299925 B CN105299925 B CN 105299925B
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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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Abstract
The object of the present invention is to provide solid grain block disc type solar energies to heat heat transfer system, transfer tube and solar energy butterfly acquisition system are launched including solid grain block, solid grain block is via the ejection transfer tube driving of solid grain block, it is entered in the solar energy photothermal converter at the focus position that butterfly acquisition system is set along solid grain block up-hill line, the thermal consolidating body grain block converted through solar energy photothermal converter, so that solid grain deblocking temperature reaches 600-1200 degree, then solid grain block enters in regenerative heat exchanger along downstream pip, regenerative heat exchanger and the working media of power generation carry out heat exchange, to make the temperature of solid grain block drop to 100-400 degree, the solid grain block of low temperature enters in loading box along connecting pipe, it is driven into solar energy photothermal converter by solid grain block ejection transfer tube again, to realize utilization Solid grain block launches transfer tube driving, and solid grain block is recycled in closed circulation pipeline, realizes the acquisition and heat transfer, heat exchange, accumulation of heat of high temperature.
Description
Technical field
The present invention relates to solar energy utilizations, heat in particular with disc type solar energy and conduct heat and utilize.
Background technique
In field of solar energy, using fuse salt heat-accumulating heat-transfer, although the storage of high temperature may be implemented in fuse salt, due to
It needs from Solid State Transformation to be liquid, thus needs thermal energy to be heated, while the toxicity of fuse salt, economical, safety
There are the uses of problem, thus fuse salt accumulation of heat to be restricted.Meanwhile heat transfer temperature is normally no higher than 600 degree, to high again
Temperature cannot achieve heat transfer.
In field of solar energy, accumulation of heat is also carried out using air or other gases, but its hot melt is small, cannot achieve large-scale
Thermal energy storage.
For disc type solar energy focusing system, generallys use fuse salt and conduct heat, but due to the limit of fuse salt temperature
System, can only provide 600 degree of temperature, in order to realize that high temperature is conducted heat using air, still, the thermal capacitance very little of air, very
Hardly possible transmits a large amount of thermal energy.
Summary of the invention
The object of the present invention is to provide solid grain block disc type solar energies to heat heat transfer system, is replaced using solid grain block and is melted
Salt and air realize in ejection chamber room using power device driving and move back and forth that solid grain block enters ejection chamber from import
Interior, power device provide power and drive ejection plate, and ejection plate pushes solid grain block, and the indoor solid grain block of ejection chamber is driven
It is dynamic, ejection exterior thereto is flowed out to from outlet, after power device resets, second part solid grain block enters ejection from import again
In chamber, then by power device driving from outlet outflow, to realize the ejection flowing of solid grain block；
Solid grain block will be adopted to be arranged on carrying device, carrying device is arranged in insulating tube, by the solar energy dish-style sun
The energy heats solid grain block of energy mirror acquisition, and solid grain block is transferred in storage heater by transmission apparatus, complete thermal energy
Acquisition and heat transfer.High temperature, extensive, low cost, efficient acquisition and heat transfer may be implemented in the present invention, and is suitable for 10-
1500 degree of temperature work.
Specific summary of the invention is as follows:
Solid grain block disc type solar energy heats heat transfer system, by disc type solar energy mirror, butterfly solar energy photothermal converter, protects
Wen Guan, carrying device, regenerative heat exchanger form one group of solar energy butterfly acquisition system, it is characterized in that: including that solid grain block launches
Transfer tube；The solid grain block launches transfer tube, by power device, ejection chamber, ejection plate, the import of solid grain block, solid grain
Block outlet, electronic control unit, shell composition, ejection plate are connected by connecting rod with power device, are existed by power device driving
It realizes and moves back and forth in ejection chamber room, solid grain block enters in ejection chamber room from import, and power device provides power and will launch
Plate driving, ejection plate push solid grain block, and the indoor solid grain block of ejection chamber is driven, outside outlet ejection to ejection chamber room
Portion, power device reset after, second part solid grain block enters in ejection chamber room from import again, then by power device driving from
Outlet pop-up, to realize the ejection flowing of solid grain block；
Solid grain block ejection transfer tube is arranged on the bracket of solar energy butterfly acquisition system or on ground, solid grain block
It is arranged in loading box, solid grain block ejection transfer tube, butterfly solar energy photothermal converter and regenerative heat exchanger pass through upper respectively
Row pipeline and downstream pip and connecting pipe are interconnected to form the circuit system of a closed loop, and solid grain block is via solid grain
Block launches transfer tube driving, enters along solid grain block up-hill line and the butterfly at the focus position of butterfly acquisition system is arranged in too
In positive energy photothermal converter, the heat heating solid grain block converted through butterfly solar energy photothermal converter, so that solid grain deblocking temperature
Reach 400-1500 degree, then, solid grain block enters in regenerative heat exchanger along pipeline, the work of regenerative heat exchanger and power generation
Medium carries out heat exchange, so that the temperature of solid grain block be made to drop to 50-300 degree, the solid grain block of low temperature along connecting pipe into
Enter into loading box, then be driven into butterfly solar energy photothermal converter by solid grain block ejection transfer tube, to realize
Driven using solid grain block ejection transfer tube, solid grain block recycled in closed circulation pipeline, realize high temperature acquisition and
Heat transfer, heat exchange, accumulation of heat.
The power device selects following one or more: mechanical elastic emitter, Electromagnetical ejector, hydraulic catapult,
Steam catapult.
In order to be suitable for carrying out high temperature driven, it is provided with temperature control chamber between power device and ejection chamber, in temperature control
Thermal control material is provided in chamber, to reduce the temperature of high-temp solid grain block, so that power device is not by high-temp solid grain block
It influences, can work normally, connecting rod is arranged in temperature control cavity room, and can be moved in temperature control cavity room.
Thermal control material selection arranges one kind:
A, vacuum gas or inert gas are realized heat-insulated for increasing thermal resistance；
B, liquid；
C, phase-change material；
D, solid insulating material；
On the shell of temperature control chamber, it is provided with import and outlet, thermal control material can be entered from import, from stream out
Out.
Screw thread, fin, salient point are internally provided in heat exchanger, photothermal converter, storage heater pipeline, for realizing to solid
Flow-disturbing of the body grain block in flow process improves the heat-transfer capability of solid grain block.
The inlet and outlet of ejection chamber is provided with ejection plate or switch, the switch is electronically controlled switch；
On photothermal converter and on pipeline, be provided with temperature sensor, be provided in solar energy mirror solar illuminating intensity and
The biography root device of angle；It is provided with intelligence control system, using computer chip, software, execution unit, is surveyed using temperature sensor
The data of examination, solar illuminating intensity sensor, revolving speed and frequency to adjust ejection motor are realized to ejection reciprocating motion
The control of speed, frequency, to solid grain deblocking temperature, power device movement control, and then can according to solar illuminating intensity,
The temperature of solid grain block realizes the intelligent control to heat transfer.
The solid grain block be by metal or or mixtures thereof the nonmetallic particle formed perhaps/and brick or from
The grains of sand, cobblestone, finger stone existing for right boundary, the shape of solid grain block are circle, polygon, diamond shape, sector, irregularly show
Shape；Recessed or/and protrusion position is machined on solid grain block, be either provided on solid grain block for be connected with each other or and its
The attachment device of his device connection；Recessed or/and protrusion position between two solid grain blocks may be constructed a channel；For fluid
It circulates；The channel constituted be cylinder, polyhedron, diamond shape, parabolic body, one kind of paraboloid of revolution or combinations thereof,
Fluid can flow in runner and be compressed or be expanded；It is provided with cavity in solid grain block, accumulation of heat is provided in cavity
Material.
Solid grain block is made of following at least one material:
A, the effluent of kiln, steel slag and iron slag, the coal ash being discharged including metallurgy, chemical industry, electric power, coal industry kiln；
B, remaining fund powder, including the remaining fund object formed after various mine ore dressings；
C, the solid matter of rubbish, including the solids treatment object after garbage disposal；
D, building castoff, the grain block formed including the waste after the completion of building；
E, metal or non-metal powder；Including graphite powder；
F, thermally conductive cement.
The solid grain block is that diameter is 1-300MM sphere, and material is steel, iron, ceramics, aluminium oxide, glass, graphite
It is one or more.
The import and outlet of butterfly solar energy photothermal converter are provided with switch, on photothermal converter internal cavity
It is provided with temperature sensor, the sensor of solar illuminating intensity and angle is provided on shell；Electronic control device setting
Outside the insulating layer of photothermal converter, the biography of electronic control device temperature collection sensor, solar illuminating intensity and angle
The data of sensor are entered the solid grain of ejection pump housing by motor control to control the motor of solid grain block ejection transfer tube
The quantity and speed of block, and then can be realized according to solar illuminating intensity, the temperature of solid grain block to photothermal converter inside
The control of solid grain deblocking temperature keeps solid grain block to be heated in photothermal converter, works as temperature when temperature is lower than setting value
When reaching setting value, the electric-controlled switch of lower photothermal converter outlet is opened, solid grain block is discharged to outside photothermal converter.
Electronic control device is made of wiring board, electronic device, software, control panel, shell, and electronic device setting is online
On the plate of road, electronic device is connect with sensor and electric-controlled switch, and software is stored in electronic device, and control panel is arranged in shell
On body.
It is provided with device wirelessly or non-wirelessly on electronic control device, electronic control device and ground installation can will be led to
Interrogate or be directly connected to internet.
Using technical solution of the present invention can produce it is following the utility model has the advantages that
1, realize that high temperature, the thermal recovery without pressure may be implemented in the acquisition of disc type solar energy, present invention offer using solid grain block
The technical method of collection and transmitting；The heat transfer of 400-1500 degree may be implemented.
2, the present invention uses temperature control system, realizes the control of temperature, it is ensured that the temperature adopted reaches the temperature of setting；
3, present invention could apply to a variety of applications such as industrial exhaust heat, solar energy, underground heat, biomass.
Detailed description of the invention
Fig. 1 is solid grain block ejection transfer tube schematic diagram；
Fig. 2 is solid grain block disc type solar energy heating heat transfer system schematic diagram；
Fig. 3 is solid grain block disc type solar energy heating heat transfer temperature control system schematic diagram.
Figure label meaning:
1: solid grain block, 2: spiral device, 3: helical pipe, 4: senser element, 5: ejection chamber, 6: ejection chamber into
Mouthful, 7: ejection chamber outlet, 8: loading box, 9: temperature control chamber, 10: thermal control material, 11: ejection plate, 12: connecting rod, 13: power
Device, 14: hydraulic cylinder, 15: motor, 16: shell, 17: valve or switch, 18: piston, 19: up-hill line, 20: downstream pip,
21, disc type solar energy mirror, 22, photothermal converter, 23, ejection pump, 24, insulating tube, 25, regenerative heat exchanger, 26: loading box, 27:
Connecting pipe, 28: temperature controlling device.
Specific embodiment
Embodiment 1, solid grain block launch transfer tube
Fig. 1 exports 7, electronics control by power device 13, ejection chamber 5, ejection plate 11, solid grain block import 6, solid grain block
Device processed, shell 16 form, and ejection plate is connected by connecting rod 12 with power device 13, can launched by power device driving
It realizes and moves back and forth in chamber, power device uses hydraulic catapult, is made of, is driven by motor hydraulic cylinder 14 and motor 15 etc.
Hydraulic cylinder, Hydraulic Cylinder connecting rod 12 drive ejection plate 11, and ejection plate pushes the movement of solid grain block, and solid grain block 1 is from import 6
It enters in ejection chamber 5, power device 13 provides power and drives ejection plate 11, and ejection plate 11 pushes solid grain block 1, by bullet
The solid grain block 1 penetrated in chamber 5 drives, outside from the ejection of outlet 7 to ejection chamber 5, after power device 13 resets, and second part
Solid grain block 1 enters in ejection chamber 5 from import again, then is popped up by the driving of power device 13 from outlet, to realize solid
The ejection flowing of grain block.In order to be suitable for carrying out high temperature driven, temperature control cavity is provided between power device 13 and ejection chamber 5
Room 9 is provided with thermal control material 10 in temperature control chamber 9, to reduce the temperature of high-temp solid grain block, so that power device is not by height
The influence of warm solid grain block, can work normally, and connecting rod is arranged in temperature control cavity room, and can be transported in temperature control cavity room
It is dynamic, to realize 10-1500 degrees Celsius of temperature of heat transfer.
Embodiment two, solid grain block disc type solar energy heat biography system
Solid grain block disc type solar energy shown in Fig. 2 heats heat transfer system, by disc type solar energy mirror 21, photothermal converter
22, loading box 26, ejection pump 23, solid grain block 1, regenerative heat exchanger 5, pipeline (19,20,27) composition solar focusing thermal energy adopt
Collect heat transfer system；Photothermal converter 22 irradiates focus position in the solar energy of disc type solar energy mirror, and up-hill line 19 and photo-thermal turn
The import of parallel operation 22 is connected with each other, and the outlet of downstream pip 20 and photothermal converter 22 is connected with each other, and is set in the outside of its pipeline
It is equipped with insulating tube 24, ejection transfer tube is attached with up-hill line 19 to be attached with the transshipment tank that ground is arranged in afterwards, Gu
Body grain block is arranged in loading box, and downstream pip 20 and regenerative heat exchanger are connected with each other, and regenerative heat exchanger passes through connecting pipe 27
It is attached with loading box, forms the circuit system of a closed loop in this way, solid grain block can be pumped in closed-loop system by ejection
Driving circulation.
In the application of butterfly solar energy acquisition, solid grain block ejection transfer tube is arranged on the bracket of butterfly acquisition system
Or on ground, solid grain block drives via solid grain block ejection transfer tube, enters to be arranged along solid grain block pipeline and adopt in butterfly
In the solar energy photothermal converter at the focus position of collecting system, the heat heating solid grain block through photothermal converter conversion, so that solid
Body grain deblocking temperature reaches 400-1500 degree, then, opens the switch of photothermal converter, so that solid grain block is entered along pipeline
In regenerative heat exchanger, the working media of regenerative heat exchanger 25 and power generation carries out heat exchange, so that the temperature of solid grain block be made to drop to
This solid grain block is being driven using ejection transfer tube, is being re-introduced into solar energy photothermal converter by 100-400 degree,
It is driven to realize using ejection transfer tube, realizes the acquisition and heat transfer, heat exchange, accumulation of heat of high temperature.
Multiple regenerative heat exchangers are connected on downstream pip, the solid grain block being heated successively is loaded into each storage
In heat exchanger, the storage of thermal energy is realized, then according to the needs of power generation, fluid and each regenerative heat exchanger is recycled to carry out
Heat exchange, heats the working media of power generation, and power generation operation medium enters generator after being added into and realizes power generation.It can be completed on daytime
The loading of solid grain block completes heat exchange at night, the accumulation of heat of solid grain block has been achieved.
Embodiment three, solid grain block disc type solar energy heating heat transfer temperature control system
Shown in Fig. 3, the import and outlet of butterfly solar energy photothermal converter are provided with switch 17, in photothermal converter
It is provided with temperature sensor 4 on internal cavity, the sensor 4 of solar illuminating intensity and angle is provided on shell；Electronics
Control device is arranged in outside the insulating layer of photothermal converter, and electronic control device temperature collection sensor 4, solar illuminating are strong
The data of degree and the sensor of angle enter bullet by motor control to control the motor 15 of solid grain block ejection transfer tube 23
The quantity and speed of the solid grain block 1 of pump housing are penetrated, and then can be real according to solar illuminating intensity, the temperature of solid grain block
Now solid grain block is kept to turn in photo-thermal when temperature is lower than setting value the control of 1 temperature of photothermal converter internal solids grain block
It is heated in parallel operation, when temperature reaches setting value, opens the electric-controlled switch of lower photothermal converter outlet 17, solid grain block is arranged
Out to outside photothermal converter.
Electronic control device is made of wiring board, electronic device, software, control panel, shell, and electronic device setting is online
On the plate of road, electronic device is connect with sensor and electric-controlled switch, and software is stored in electronic device, and control panel is arranged in shell
On body.
It is provided with wireless or limited device on electronic control device, electronic control device and ground installation can will be led to
Interrogate or be directly connected to internet.
This control system may be implemented to realize intelligent temperature control for different solar energy weathers, change existing
The temperature of photothermal converter can not achieve control and to often result in temperature excessively high, causes photothermal converter to burn or catch fire, works as temperature
After spending height, the circulation rate of accelerating solid grain block, when temperature is lower than setting value such as rainy weather, it is lucky to be automatically stopped
Row realizes intelligent control to reduce power consumption.
Principle and structure according to the present invention, can design other case study on implementation, if meet the principle of the present invention and
Structure belongs to implementation of the invention.
Claims (10)
1. solid grain block disc type solar energy ejection driving heating heat transfer system, is turned by disc type solar energy mirror, disc type solar energy photo-thermal
Parallel operation, insulating tube, carrying device, regenerative heat exchanger form one group of solar energy dish-style acquisition system, it is characterized in that: including solid grain
Block launches transfer tube；
The solid grain block launches transfer tube, is gone out by power device, ejection chamber, ejection plate, the import of solid grain block, solid grain block
Mouth, electronic control unit, shell composition, ejection plate are connected by connecting rod with power device, drive ejection plate by power device
It realizes and moves back and forth in ejection chamber room, solid grain block enters in ejection chamber room from import, and power device provides power for bullet
Plate driving is penetrated, ejection plate pushes solid grain block, the indoor solid grain block of ejection chamber is driven, outside outlet ejection to ejection chamber room
Portion, power device reset after, second part solid grain block enters in ejection chamber room from import again, then by power device driving from
Outlet pop-up, to realize the ejection flowing of solid grain block；
It is provided with temperature control chamber between power device and ejection chamber, is provided in temperature control cavity room for reducing solid grain block
The thermal control material of temperature, connecting rod is arranged in temperature control cavity room, and can be moved in temperature control cavity room；Under thermal control material selection
Arrange one kind:
A, liquid；
B, phase-change material；
On the shell of temperature control chamber, it is provided with import and outlet, for flowing into and out for thermal control material；
Solid grain block ejection transfer tube is arranged on the bracket of butterfly acquisition system or on ground, the setting of solid grain block is loading
In case, solid grain block ejection transfer tube, disc type solar energy photothermal converter and regenerative heat exchanger pass through respectively up-hill line and under
Row pipeline and connecting pipe are interconnected to form the circuit system of a closed loop, and solid grain block is launched via solid grain block and driven
Pump driving enters the disc type solar energy photo-thermal turn that the focus position of dish-style acquisition system is arranged in along solid grain block up-hill line
In parallel operation, the heat heating solid grain block converted through disc type solar energy photothermal converter, so that solid grain deblocking temperature reaches 400-
1500 degree, then solid grain block enters in regenerative heat exchanger along downstream pip, the working media of regenerative heat exchanger and power generation
Heat exchange is carried out, so that the temperature of solid grain block be made to drop to 50-300 degree, the solid grain block of low temperature is entered along connecting pipe
In loading box, then transfer tube is launched by solid grain block and is driven into disc type solar energy photothermal converter, to realize utilization
Transfer tube driving is launched, solid grain block is recycled in closed circulation pipeline, realizes acquisition and heat transfer, heat exchange, the storage of high temperature
Heat.
2. solid grain block disc type solar energy ejection driving heating heat transfer system according to claim 1, it is characterized in that: described
Power device select it is following one or more: mechanical elastic emitter, Electromagnetical ejector, hydraulic catapult, steam catapult.
3. solid grain block disc type solar energy ejection driving heating heat transfer system according to claim 1, it is characterized in that: downlink
Pipeline is attached with multiple regenerative heat exchangers, solid grain block can be stored in different regenerative heat exchangers and be realized accumulation of heat,
But when needing using this thermal energy, then by fluid and the heat exchange of solid grain block, realize the application of thermal energy.
4. solid grain block disc type solar energy ejection driving heating heat transfer system according to claim 1, it is characterized in that: in light
Thermoconverter, regenerative heat exchanger pipeline are internally provided with screw thread, fin, salient point, are flowing over for realizing to solid grain block
Flow-disturbing in journey improves the heat-transfer capability of solid grain block.
5. solid grain block disc type solar energy ejection driving heating heat transfer system according to claim 1, it is characterized in that: described
Solid grain block be by metal or or mixtures thereof the nonmetallic particle formed perhaps/and brick or nature existing for sand
Grain, cobblestone, finger stone, the shape in solid grain block section are circle, polygon, sector or irregular status；In solid grain block
On be machined with recessed or/and protrusion position, be either provided on solid grain block for being connected with each other or being connect with other devices
Attachment device；Recessed or/and protrusion position between two solid grain blocks may be constructed a channel；It circulates for fluid；Institute
One kind or combinations thereof that the channel of composition is polyhedron, section is diamond shape, parabolic body, paraboloid of revolution, fluid can be
It is flowed in channel and is compressed or expanded；It is provided with cavity in solid grain block, heat-storing material is provided in cavity.
6. solid grain block disc type solar energy ejection driving heating heat transfer system according to claim 1, it is characterized in that: described
Solid grain block be diameter be 1-300MM sphere, material be steel, iron, ceramics, aluminium oxide, glass, graphite it is one or more.
7. solid grain block disc type solar energy ejection driving heating heat transfer system according to claim 1, it is characterized in that: solid
Grain block is made of following at least one material:
A, the effluent of kiln, steel slag and iron slag, the coal ash being discharged including metallurgy, chemical industry, electric power, coal industry kiln；
B, mine tailing, including the tailing object formed after various mine ore dressings；
C, the solid matter of rubbish, including the solids treatment object after garbage disposal；
D, building castoff, the grain block formed including the waste after the completion of building；
E, metal or non-metal powder；
F, thermally conductive cement.
8. solid grain block disc type solar energy ejection driving heating heat transfer system according to claim 1, it is characterized in that: in butterfly
The import and outlet of formula solar energy photothermal converter are provided with switch, and temperature biography is provided on photothermal converter internal cavity
Sensor is provided with the sensor of solar illuminating intensity and angle on shell；Electronic control device is arranged in photothermal converter
Insulating layer outside, electronic control device temperature collection sensor, solar illuminating intensity and angle sensor data, come
The motor for controlling solid grain block ejection transfer tube is entered the quantity and speed of the solid grain block of ejection pump housing by motor control
Degree, and then can be realized according to solar illuminating intensity, the temperature of solid grain block to photothermal converter internal solids grain deblocking temperature
Control, when temperature be lower than setting value when, keep solid grain block be heated in photothermal converter, when temperature reaches setting value
When, the electric-controlled switch of photothermal converter outlet is opened, solid grain block is discharged to outside photothermal converter.
9. solid grain block disc type solar energy ejection driving heating heat transfer system according to claim 8, it is characterized in that: electronics
Control device is made of wiring board, electronic device, software, control panel, shell, and electronic device is arranged in the circuit board, electronics
Device is connect with sensor and electric-controlled switch, and software is stored in electronic device, and control panel is arranged on shell.
10. solid grain block disc type solar energy ejection driving heating heat transfer system according to claim 9, it is characterized in that: electric
It is provided with device wirelessly or non-wirelessly on sub-controller part, electronic control device is communicated or is directly connected to ground installation
Internet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510416061.0A CN105299925B (en) | 2015-02-07 | 2015-07-16 | Solid grain block butterfly solar energy ejection driving heating heat transfer system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2015100664346 | 2015-02-07 | ||
| CN201510066434 | 2015-02-07 | ||
| CN201510416061.0A CN105299925B (en) | 2015-02-07 | 2015-07-16 | Solid grain block butterfly solar energy ejection driving heating heat transfer system |
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| Publication Number | Publication Date |
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| CN105299925A CN105299925A (en) | 2016-02-03 |
| CN105299925B true CN105299925B (en) | 2019-01-08 |
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| CN201510416061.0A Expired - Fee Related CN105299925B (en) | 2015-02-07 | 2015-07-16 | Solid grain block butterfly solar energy ejection driving heating heat transfer system |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105299925B (en) * | 2015-02-07 | 2019-01-08 | 成都奥能普科技有限公司 | Solid grain block butterfly solar energy ejection driving heating heat transfer system |
| CN108458506B (en) * | 2018-02-13 | 2020-05-08 | 中国科学院电工研究所 | Solid particle heat absorber for solar thermal power generation |
| CN113218089A (en) * | 2021-06-16 | 2021-08-06 | 孟金来 | Solar energy collecting and storing device |
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|---|---|---|---|---|
| CN101876488A (en) * | 2009-11-10 | 2010-11-03 | 武汉理工大学 | Method for arranging structure of heat exchange pipes of concrete heat storage system for solar thermal power generation |
| CN102967061A (en) * | 2012-07-23 | 2013-03-13 | 圣火科技(河南)有限责任公司 | System and method for movable phase change hot water supply through utilizing solar energy |
| CN203744578U (en) * | 2013-11-17 | 2014-07-30 | 成都奥能普科技有限公司 | Solid grain block dish type solar energy heating and heat transmitting system |
| CN104200578A (en) * | 2014-08-15 | 2014-12-10 | 中山市光阳游乐设备有限公司 | Amusement machine |
| CN105299925A (en) * | 2015-02-07 | 2016-02-03 | 成都奥能普科技有限公司 | Butterfly solar energy ejection driving heating and heat transfer system using solid granules and blocks |
-
2015
- 2015-07-16 CN CN201510416061.0A patent/CN105299925B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101876488A (en) * | 2009-11-10 | 2010-11-03 | 武汉理工大学 | Method for arranging structure of heat exchange pipes of concrete heat storage system for solar thermal power generation |
| CN102967061A (en) * | 2012-07-23 | 2013-03-13 | 圣火科技(河南)有限责任公司 | System and method for movable phase change hot water supply through utilizing solar energy |
| CN203744578U (en) * | 2013-11-17 | 2014-07-30 | 成都奥能普科技有限公司 | Solid grain block dish type solar energy heating and heat transmitting system |
| CN104200578A (en) * | 2014-08-15 | 2014-12-10 | 中山市光阳游乐设备有限公司 | Amusement machine |
| CN105299925A (en) * | 2015-02-07 | 2016-02-03 | 成都奥能普科技有限公司 | Butterfly solar energy ejection driving heating and heat transfer system using solid granules and blocks |
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| CN105299925A (en) | 2016-02-03 |
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