SOLAR CELL PANEL ASSEMBLY
The present invention refers to converting solar energy into electric energy solar cell panel assembly are disclosed. Solar solar cell material for glass is stored in a storage battery energy use are disclosed. The plurality of solar battery configuration one can use clean energy solar battery panel number free as well as costly petroleum resource depletion and global warming incoming team to solve such a door number one alternatively in the spotlight disclosed. The plurality of solar battery (Solar Cell) (solar cell panel) are requirements such as battery capacity arranged in receiving solar cell panel to form small solar cell panel frame encoded number. Generally, solar cell panel solar cell from an external environment and consisting of multilayer structure. Solar cell panel frame is solar cell panel mechanically maintain strength, solar cells solar cell stacked materials serves strongly bonding front and back surfaces of a plurality of hierarchies. This, mechanical strength and other structure for connection to a solar cell panel frame is a through hole and, bolt by an optical detector capable of strong solar cell panel structures is fixed. Related techniques, Korean registration patent number 1098931 call light collecting engaged with solar cell panel and, said solar cell panel the outer support part of clothes in the number 1, said number 1 connected support a connection, said connection said number 1 is connected to the solar cell panel and said shaft support, said connection position is adjustable along the longitudinal direction is provided to the main frame along the length of the installation groove, said of the main frame and the main frame to the ground surface is selectively supporting said support comprising a number 2, said connection said number 1 an upper central shaft, performing said installation of said upper main frame to an end groove, a lower side installation height is supplied to said at least one of elasticity or supporting including solar cell panel support structure can be characterized in number-gate. However presents the solar cell panels between support number 1 number 2 by sealing support supporting a system, number 1 number 2 support between support means for executing by moisture, number 1 number 2 support support been induced corrosion and oxidation number point at the door. The present invention refers to said door number in order to solve in a certain point, the purpose of the invention having a support frame located between the solar cells by preventing moisture control means for executing the N1, solar cell panel to support the support frame to prevent induced corrosion and oxidation number for solar cells panel assembly are disclosed. The present invention according to measurement circuit to produce electricity by solar cell panel assembly a plurality of solar cell panel, said surface of each of a plurality of solar battery panel coupled, left outer, right outer surface, and tight protrusions respectively formed in the number 1, number 1 tight home, hermetically tight groove and a tip region including the plurality of support frame number 2 number 2, said plurality of support frame number 1 or connected to said number 2 in left and right directions by tight groove tight protrusion surface of said number 1 number 2 hermetically tight groove protrusion surface of the front-rear direction by a supporting frame connected to said frame and a hexahedral receiving array disinfecting frame including a receiving frame side of the frame is characterized. In addition, said left support frame inner surface, the inner surface right, both 'some' shaped cross section which is formed said 'some' shaped cross section and the lower end of the upper characterized longer than the other. In addition, said support frame said number 1 airtight protrusion, tight groove number 1, number 2 number 2 both tight contacted tight groove '<' shaped cross section which is characterized by the formation. In addition, array regarding said support frame further including a spacer positioned support frame number 1 number 2 hermetically tight groove part and is characterized. In addition, array regarding said support frame located around and around support frame number 1 and number 2 protrusion hermetically tight protrusion, said spacer including a plurality of delivered to surrounding around each further characterized. , the present invention according to the solar cell panel assembly includes a solar cell panel supporting frame to prevent moisture between the scene developed by N1, solar cell panel supporting frame to prevent induced corrosion and oxidation is a slumber disclosed. Figure 1 shows a schematic diagram indicating also the present invention according to solar cell panel assembly. Also the present invention according to Figure 2 shows a solar cell panel desk represents the frame schematic. Figure 3 shows a solar cell panel and the support frame also indicating the present invention according to sensors mounted thereon. Figure 4 shows a solar cell panel and also the present invention according to left and right directions and support frame cross-section in a longitudinal direction. Figure 5 shows a left-right direction of the present invention according to also support frame array and front and rear direction cross-section. Figure 6 shows a solar cell panel and left and right directions and also the present invention according to another example of a support frame indicating cross-section in a longitudinal direction. Hereinafter, technical idea of the present invention attached drawing using more specifically described as follows. The technical idea of the present invention attached drawing in one example and the output of the technical idea of the present invention describe more specifically shown in the form of relay and not the limited to of the drawings. Figure 1 shows a schematic indicating also the present invention according to solar cell panel assembly, Figure 2 the present invention according to solar cell panel desk frame indicating a schematic, perspective view indicating Figure 3 the present invention according to solar cell panel and the support frame (in this case of Figure 3 A provided A 'in the right and left direction and cross section, of Figure 3 B provided B' includes front and rear directions and cross-section), solar cell panel and support frame and front and rear direction cross-sectional drawing Figure 4 the present invention according to the left-right direction (here, also 4 cross-sectional drawing in the right and left direction (a), 4 (b) also includes front and rear directions and cross-sectional drawing), left and right directions and support frame array cross-sectional drawing Figure 5 the present invention according to the back and forth direction (at this time, also 5 cross-sectional drawing in the right and left direction (a), 5 (b) also includes front and rear directions and cross-section) are disclosed. Also as shown in the 3 to 1 also, the present invention according to solar cell panel assembly (1000) includes a plurality of solar cell panel (100), the plurality of support frame (200), receiving frame (300), in interlinking chairs (400) comprises. A plurality of said solar cell panel (100) which sunlight to produce electricity by, formed plate structure. As shown in fig. 4, a plurality of said support frame (200) is said solar cell panel (100) of each contact surface coupled, left outer, right outer surface, respectively formed in the number 1 and tight protrusion (220), number 1 tight home (210), tight projection number 2 (230) and number 2 tight home (240) comprises. At this time, said support frame (200) has a left and a right outer surface follows said number 1 tight home (210) and number 1 airtight protrusion (220) can be formed, and each said number 2 tight home (240) and number 2 airtight protrusion (230) can be formed. As shown in fig. 5, said receiving frame (300) is a plurality of said support frame (200) said number 1 is airtight protrusion (220) number 1 on tight home (210) or connected to said number 2 in left and right directions inside the tight fit of the protrusions (230) number 2 on tight home (240) in a longitudinal direction is connected to the fit of the inside the supporting frame (200) array containing the substrate. I.e., said receiving frame (300) is said support frame (200) containing the array for receiving space formed therein. At this time, is also 6 said support frame (200) array a plurality of said support frame (200) connected to each other when the front-rear direction shown, again support frame (200) installed at a certain distance from each other in left and right directions array plurality apart shown but, not limited to the present invention refers to 2000. Said support frame (400) is said receiving frame (300) as a vehicle with respect to support post, said receiving frame (300) obliquely with force is removed. , the present invention according to solar cell panel assembly (1000) includes a plurality of said support frame (200) said number 1 is airtight protrusion (220) number 1 on tight home (210) or connected to said number 2 in left and right directions inside the tight fit of the protrusions (230) number 2 on tight home (240) in a longitudinal direction is connected to the fit of the inside the supporting frame (200) by second or, solar cell panel (100) supporting the support frame (200) to prevent moisture between the scene developed by N1, solar cell panel (100) supporting the support frame (200) can be induced corrosion and oxidation of the pin is prevented. On the other hand, said support frame (200) has a left inner surface, the inner surface right, both shaped cross section which is formed said 'some' and 'some' shaped cross section can be formed longer than the lower end of the top. Figure 6 shows a solar cell panel and left and right directions and also the present invention according to another example of a support frame indicating cross-sectional drawing the back and forth direction (at this time, also 7 cross-sectional drawing in the right and left direction (a), 7 (b) also includes front and rear directions and cross-section) are disclosed. As shown in fig. 7, said support frame (200) said number 1 is airtight protrusion (220), number 1 tight home (210), tight projection number 2 (230) and number 2 tight home (240) all '<' shaped cross section which is can be formed. The, said support frame (200) number 1 of airtight protrusion (220) and other supporting frame (200) number 1 of tight home (210) surface of between, said support frame (200) tight projection of number 2 (230) and the other end support frame (200) number 2 of tight home (240) fit between the coupling can be more easily. The reference also 5 to 7 also again, said solar cell panel assembly (1000) includes a spacer (500) on O-ring (600) can be further. Said spacer (500) has said support frame (200) array regarding position the support frame (200) number 1 of tight home (210) and number 2 tight home (240) can be inserted into the optional further enhance airtightness. Said O-ring (600) is said support frame (200) array regarding position the support frame (200) number 1 of airtight protrusion (220) around and tight projection of number 2 (230) and the periphery of the, said spacer (500) each surround the circumference of some tightness can be further enhance. In addition, tight projection said number 1 (220), tight projection number 2 (230), spacer (500) is the outer surface of the uneven structure can be formed in order to enhance the secret. In the embodiment of the present invention refers to said correspondingly limited, range of applications with a variety of system creates, in the claims claim the subject matter of invention as well as various modifications made without deviating from the embodiment if any are disclosed. 1000: Solar cell panel assembly 100: Solar cell panel 200: Support frame 210: Number 1 tight home 220: Tight projection number 1 230: Tight projection number 2 240: Number 2 tight home 300: Receiving frame 400: In interlinking chairs 500: Spacer 600: O-ring The present invention relates to a solar cell panel assembly, comprising: a plurality of solar cell panels generating electricity by means of sunlight; a plurality of supporting frames coupled to lower surface edges of the plurality of solar cell panels, respectively, and individually comprising a first airtight protrusion, a first airtight groove, a second airtight protrusion and a second airtight groove formed on a left outer surface, a right outer surface, a front outer surface and a back outer surface, respectively; an accommodating frame accommodating a supporting frame array in which the plurality of supporting frames are connected in a horizontal direction by means of inserting and coupling of the first airtight protrusion and the first airtight groove or are connected in foward and backward directions by means of inserting and coupling of the second airtight protrusion and the second airtight groove; and a support frame having the accommodating frame slantly installed. According to the present invention, the solar cell panel assembly prevents moisture from entering gaps between supporting frames supporting the solar cell panel, thereby preventing corrosion and oxidation of the supporting frames supporting the solar cell panel. COPYRIGHT KIPO 2018 Solar to produce electricity by a plurality of solar cell panel; said surface of each of a plurality of solar battery panel coupled, left outer, right outer surface, and tight protrusions respectively formed in the number 1, number 1 tight home, hermetically tight groove and a tip region including the plurality of support frame number 2 number 2; tight protrusion surface of said plurality of support frame number 1 in left and right directions by tight groove said number 1 number 2 surface of said number 2 or connected to the front-rear direction by a supporting frame connected airtight protrusion tight groove array hexahedral receiving frame; and said receiving frame side of the frame is disinfecting frame; characterized in including a solar cell panel assembly. According to Claim 1, said support , right inner surface, both said 'some' and 'some' formed longer than the lower end of the upper shaped cross section shaped cross section which is characterized in that the thin film solar cell panel assembly. According to Claim 1, said support frame said number 1 airtight protrusion, tight groove number 1, number 2 number 2 both tight contacted tight groove '<' shaped cross section which is formed on the solar cell panel assembly characterized. According to Claim 1, said support frame located support frame number 1 number 2 spacer unit is formed into a hermetically tight groove array regarding; characterized in further including solar cell panel assembly. According to Claim 4, said support frame array located support frame number 1 and number 2 hermetically tight protrusion around and around regarding protrusion, said spacer surrounding each around a plurality of O-ring; characterized in further including solar cell panel assembly.
