SOLAR POWER GENERATION APPARATUS

07-03-2018 дата публикации
Номер:
KR1020180023430A
Автор: AN, JAE YONG, CHOI, YU SIM
Принадлежит:
Контакты:
Номер заявки: 01-16-102008851
Дата заявки: 26-08-2016

[1]

The present invention refers to a photovoltaic device relates to search, more particularly electronic board increasing generation solar cell module and solar vacuum tube, solar cell module peripheral water circulation solar cell module in high temperature is decreased while at the same time hot water can be obtained to a solar energy generating device using the same are disclosed.

[2]

Generally nothing prodigal of clean energy due to advantages of optical power generation system using solar power generation system using heat such as house and building heating and hot water for supply to an indoor etc. are used. The use of a solar cell power generation energy by using solar cells solar energy solar heat method using compatibility with each other. A light collecting scheme and method using double solar control in the non-condensing manner, now-non-condensing type flat plate type etc. have been developed and used tube.

[3]

Non-condensing type flat plate type vacuum tube type is the advantage of the client but, non-condensing scheme is being produced vacuum tube type being produced more easily integrate by simply flat 200 provided °C 300, according to an exterior solar heating required seasonal diary is fitted to solar heat collecting chamber number the supply pipe is inverted triangular screw according to a request for setting up a tilting stage to anti-bacterial, there is provided a photovoltaic according the database is at least one free.

[4]

The low cost solar heat more efficiently utilize the elder brother collector vacuum tube for more efficient during method called somewhere, one hermetic glass vacuum tube is U-shaped glass tube one of high temperature glass number [lyen with technique to produce urback encloses conventional facilities for carrying out a WCDMA can easily be obtained without difficulty, expensive cost and withstand high coolant relative to the price and not capable of making a simple inexpensive convenient conventional solar collector for generating electricity and development of tutors, and low when there is provided a photovoltaic or solar season and [...] when using environmental performance for the un number method capable of effectively utilizing even solar coil will be countermeasures.

[5]

For example there is provided a photovoltaic solar cell when using photovoltaic type solar energy into electrical energy as electricity power is easily access and store solar energy is free electricity when battery or the like can be used for expensive door number is somewhere to best end of cooking data to an other.

[6]

The magnifying effect as low cost heat collector around more than simply collected solar heat collected through the heat absorbing plate dumped or pipes by means of an intensive irradiation while the heat high-temperature heat collected water for making steam pipe, etc. and the upper and lower steam to rotate the turbine.

[7]

Solar power generation equipment is dish-like reflective end plate during solar condensing method using condensing method using condensing method and trough-like reflective end plate is separated, this 3 - 4 metres power plant and is reflective end plate a large-sized plant, such a large steam turbine power plant using solar or both within the large equipment required and installed, radius 3 - 4 metres reflective end plate strong wind or environmental safety is required due to the south-west has a diameter number our photovoltaic-, practical number door that it falls significantly flow tides.

[8]

KR10-1492203B1

[9]

The present invention refers to said door of the existing method to solve such as number provided, thermal radiation emitted by the light aspects of a number of fluids by heating efficiency photovoltaic device can be [...] pin is used.

[10]

The present invention according to purposes such as for achieving said photovoltaic device is vertically disposed, the solar cell modules and solar generation system capable of using in the front and back surfaces; a main frame ground support away from said solar cell module; said solar cell module provided on the surface of the front and back surfaces of the solar cell module of the solar cell module to 20c peripheral proceeding said solar reflective FPC; said reflective plate away from the subframe and ground support; said upper curved surface shape of the solar cell module constituting one side of the house hot plate issue and tracing and collecting solar heat; said heat pipe extending along said upper house hot plate issue house hot plate bringing up for discussion; said heat pipe connected to said heat exchange medium supply and recovery of the heat generated, said heat pipe heat exchanger heated by thermal exchange with a heat exchange medium; characterized with the exterior.

[11]

Characterized house hot plate issue cross-section formed by said parabolic shape.

[12]

A multi-stage characterized said house hot plate issue is cylindrically formed.

[13]

Said solar cell module is disposed apart from one another a number 1 number 2 heat-rail, said number 1 number 2 between said number 1 number 2 heat-glass heat-rail is separately arranged solar battery cell, and a spacer interposed between said solar change of air the field where it will count, said number 1 number 1 that derives space formed between the glass and the sun, said number 2 derives number 2 for supplying cooling fluid space formed between the glass and the sun into an module cooling signals having the characterized.

[14]

The present invention according to photovoltaic device is using the solar cell modules and systems that produce electrical energy, hot water and low temperature number [...], sesame cooling through solar cell module of the solar cell module performance by continuously maintaining...copyright 2001.

[15]

Figure 1 shows a photovoltaic device also indicating the present invention according to sensors mounted thereon. Figure 2 shows a photovoltaic device indicating also the present invention according to the solar battery module.

[16]

Hereinafter, a preferred embodiment of the present invention with reference to the attached drawing detailed example according to the SFC substrate.

[17]

Also the present invention according to 1 and 2 is shown a photovoltaic device is also disclosed. The reference also to 1 degree, photovoltaic device arranged in the vertical direction, in the front and rear solar generation system capable of using solar cell modules (1) and; said solar cell module (1) and scatter away from a main frame support; said solar cell module (1) of the solar cell module on the surface of said elastomeric bearing provided peripheral traveling to the solar cell module (1) of front and rear to 20c reflective plate (2) on; said reflective plate (2) away from the subframe and ground support; said solar cell module (1) on the upper side of a curved surface constituting one side of the house hot plate issue for tracing and collecting solar heat (3) on; said house hot plate issue (3) on the upper side of said house hot plate issue (3) heat pipe and extending along; said heat pipe connected to said heat exchange medium supply and recovery of the heat generated, said heat pipe with a heat exchange medium heated by thermal exchange heat exchanger (4); contact with each other.

[18]

Said house hot plate issue (3) comprises a multi-stage is cylindrically formed.

[19]

Even thought it does not shown, said house hot plate issue section parabolic shape disapproval.

[20]

Said solar cell module (1) is the number 1 disposed apart from one another glass plate (6) and number 2 glass plate (6) and, said number 1 glass plate (6) and number 2 glass plate (6) said number 1 between glass (6) and number 2 glass plate (6) and is separately arranged solar derives (5) and, said solar derives (5) interposed between a spacer formed glass (7) having a predetermined wavelength.

[21]

And, the present invention according to photovoltaic device includes said number 1 glass plate (6) that derives the sun (5) formed between the space number 1, said number 2 glass plate (6) that derives the sun (5) formed between the number 2 cooling fluid space (10) supplying and recovering module cooling further with each other.

[22]

The present invention according to the appended drawing than photovoltaic device at a reference which is but an exemplary to avoid a, if the art therefrom in various deformation and equally to the person with skill in the art will understand enabling other embodiment examples. The, techniques of the present invention true defined only by the appended claims technical idea of the range of protection will generated by the.

[23]

1: Solar cell module 2: Reflective plate 3: House hot plate issue 5: Derives solar 6: Glass number 1, number 2 glass 7: Spacer 8: Diaphragm 9: Module frame 10: Cooling fluid



[1]

The present invention relates to a solar power generation apparatus, and more particularly, to a solar power generation apparatus that concentrates sunlight to a solar cell module and a solar heat tube to increase the amount of power generation, circulates water around the solar cell module to reduce high temperature generated in the solar cell module, and obtain hot water by using the same at the same time. The solar power generation apparatus according to the present invention generates electric energy by using a solar cell module, provides hot water by using solar heat, and maintains the performance of the solar cell module by cooling the solar cell module through a cooling device. The solar power generation apparatus includes a main frame, a reflective plate part, a subframe, a heat collecting plate part, a heat pipe, and a heat exchanging part.

[2]

COPYRIGHT KIPO 2018

[3]



Disposed in the vertical direction, using the solar cell modules and solar generation system capable of generating in the front and back surfaces; a main frame ground support away from said solar cell module; said solar cell module provided on the surface of the front and back surfaces of the solar cell module of the solar cell module to 20c peripheral proceeding said solar reflective FPC; said reflective plate away from the subframe and ground support; said upper curved surface shape of the solar cell module constituting one side of the house hot plate issue and tracing and collecting solar heat; said heat pipe extending along said upper house hot plate issue house hot plate bringing up for discussion; said heat pipe connected to said heat exchange medium supply and recovery of the heat generated, said heat pipe heat exchanger heated by thermal exchange with a heat exchange medium; characterized in a conventional photovoltaic device.

According to Claim 1, characterized in that said house hot plate issue section parabolic shape is formed by photovoltaic device.

According to Claim 1, characterized in that said multi-stage house hot plate issue a photovoltaic device is cylindrically formed.

According to Claim 1, said solar cell module is disposed apart from one another a number 1 number 2 heat-rail, said number 1 number 2 between said number 1 number 2 heat-glass heat-rail is separately arranged solar battery cell, and a spacer interposed between said solar change of air the field where it will count, said number 1 number 1 that derives space formed between the glass and the sun, said number 2 derives number 2 for supplying cooling fluid space formed between the glass and the sun into an module cooling signals having characterized the photovoltaic device.