CN211736897U

CN211736897U - Lighting window system capable of generating power

Info

Publication number: CN211736897U
Application number: CN201921771615.9U
Authority: CN
Inventors: 杨维娟; 孙伟
Original assignee: Nanjing Lizhen Information Technology Co ltd
Current assignee: Nanjing Lizhen Information Technology Co ltd
Priority date: 2019-10-21
Filing date: 2019-10-21
Publication date: 2020-10-23
Anticipated expiration: 2029-10-21

Abstract

The utility model discloses a lighting window system that can generate electricity, including indoor illuminance sensor, outdoor illuminance sensor, the regulator, the illumination window that can generate electricity, solar inverter and power, the illumination window that can generate electricity includes inside and outside double glazing, support the strake, roll up the curtain ware, busbar and window frame, the vertical PCB board of arranging the grid form between the inside and outside double glazing, the last lower extreme of PCB board all is provided with anodal copper cylinder and negative pole copper cylinder, the PCB face is provided with LED lamp pearl to indoor one side, the PCB face is provided with solar cell panel to outdoor one side. The solar panel embedded on the PCB generates electricity, the angle of the PCB is rotated, the amount of sunlight passing through a window is adjusted, partial sunlight is blocked from entering the room under the clear weather condition, the consumption of cold and heat sources of the building is saved, when outdoor illumination is insufficient, the PCB is rotated, and the LED lamp beads on the back provide illumination for the room, so that the indoor illumination is ensured.

Description

Lighting window system capable of generating power

Technical Field

The utility model relates to a lighting window, concretely relates to lighting window system that can generate electricity.

Background

The window is the indispensable part in the building now, and the demand for indoor daylighting on the one hand, and on the other hand is indoor ventilation use, moreover because life comfort level and pleasing to the eye demand, the ratio of taking up of window and wall is bigger and bigger.

Because the window is a weak part of the building envelope structure, the window can cause a large amount of cold and heat loss due to factors such as solar radiation heat, indoor and outdoor temperature difference heat transfer, air circulation and the like.

At present, the amount of sunlight entering a room is adjusted through a window, the external shutter is mainly used, a certain shading function is achieved through the opening and closing functions of the blades, but the function is limited, and illumination cannot be provided for the room.

SUMMERY OF THE UTILITY MODEL

In order to solve the technical problem, the utility model provides a lighting window system that can generate electricity can reduce the building energy consumption to provide the power consumption of partial indoor lighting through solar panel, guarantee the indoor light demand.

The utility model provides a following technical scheme:

a lighting window system capable of generating power, characterized in that: the solar energy power generation illumination window comprises an indoor illumination sensor, an outdoor illumination sensor, a regulator, an illumination window capable of generating electricity, a solar inverter and a power supply, wherein the illumination window capable of generating electricity comprises inner and outer double-layer glass, supporting edgings, a roller shutter, busbars and a window outer frame, the supporting edgings are arranged on four sides of the inner and outer double-layer glass, the busbars on the upper and lower ends of the window are fixed on the supporting edgings on the upper and lower ends of the window, a grid-shaped PCB is vertically arranged between the inner and outer double-layer glass, a central upright column is arranged in the center of the PCB, positive copper cylinders and negative copper cylinders are arranged on the upper and lower ends of the PCB, LED lamp beads are arranged on one surface of the PCB facing the indoor, a solar cell panel is arranged on one surface facing the outdoor, the power supply mainly supplies power to the LED lamp beads, the roller shutter is fixed on the, the roller shutter device is connected with each PCB through a pull rope, the indoor illumination sensor is placed in a room and used for detecting the illumination intensity in the room, the outdoor illumination sensor is arranged outside a window and used for detecting the outdoor illumination intensity, the indoor illumination sensor and the outdoor illumination sensor are electrically connected with the regulator, and the electric energy emitted by one side of the solar cell panel on the PCB is connected into the solar inverter and is converted into the 220V alternating current commonly used by the commercial power.

Furthermore, the bus bar is provided with an arc-shaped groove with the center of a circle as a center stand column, the center of the bus bar is provided with a support groove used for mounting the center stand column of the PCB, each PCB corresponds to two arc-shaped grooves, and the two arc-shaped grooves are used for mounting the anode copper cylinder and the cathode copper cylinder on the PCB.

Compared with the prior art, the beneficial effects of the utility model are that: the utility model discloses a vertical PCB board of arranging the grid form between inside and outside double glazing, this product is mainly through adjusting the indoor PCB board angle of window, on the one hand through inlaying the solar cell panel electricity generation on the PCB board, and incorporate the electric energy into the electric wire netting in the building through solar inverter, practice thrift the public power consumption load of society, the angle through rotatory PCB board simultaneously, it is how much to adjust the sunshine through the window, it gets into indoorly to block partial sunshine under clear weather condition, practice thrift the cold and hot source consumption of building, when outdoor illumination is not enough, it is rotatory with the PCB board, the LED lamp pearl at the back provides the illumination to indoorly, guarantee indoor illuminance.

Drawings

FIG. 1 is a schematic view of the system of the present invention;

fig. 2 is a schematic structural diagram of the present invention.

Fig. 3 is a schematic view of the reverse side of the PCB of the present invention.

Fig. 4 is a front schematic view of the PCB of the present invention.

Fig. 5 is a top view of the PCB of the present invention.

Fig. 6 is a schematic structural view of the bus bar of the present invention.

In the figure:

110. a room illuminance sensor; 220. an outdoor illuminance sensor; 330. a regulator; 440. a lighting window capable of generating electricity; 550. a solar inverter; 660. a power source;

1. inner and outer double-layer glass; 2. supporting the edge strips; 3. a shutter rolling device 31, a pull rope; 4. the bus bar 41, the anode arc groove 42, the cathode arc groove 43 and the support groove; 5. a window outer frame; 6. PCB board, 61, central pillar, 62, LED lamp pearl, 63, solar cell panel, 64, anodal copper cylinder, 65, negative pole copper cylinder.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Referring to fig. 1 and 2, the lighting window system capable of generating power of the present invention includes an indoor illumination sensor 110, an outdoor illumination sensor 220, a regulator 330, a lighting window 440 capable of generating power, a solar inverter 550 and a power source 660, wherein the lighting window 440 capable of generating power includes an inner double-layer glass 1, an outer double-layer glass 1, a supporting edge 2, a roller shutter 3, a bus bar 4 and a window frame 5, the supporting edge 2 is disposed on four sides of the inner double-layer glass 1, the supporting edge 2 is disposed on an inner side of four sides of the window frame 5, the bus bar 4 on an upper end and a lower end of the window is fixed on the supporting edge 2 on the upper end and the lower end of the window, a grid-shaped PCB panel 6 is vertically disposed between the inner double-layer glass 1 and the outer double-layer glass 1, a center column 61 is disposed in the center of the PCB panel 6, an anode copper cylinder 64 and a cathode copper cylinder 65, the PCB 6 is provided with solar cell panel 63 towards outdoor one side, power 660 mainly is the power supply of LED lamp pearl 62, the inboard fixed roll curtain ware 3 of the support strake of the left and right sides one side, roll curtain ware 3 is from taking step motor, roll curtain ware 3 and pass through stay cord 31 and every PCB 6 connection, indoor illuminance sensor 110 places in the room, a illuminance for detecting the room in, outdoor illuminance sensor 220 sets up outside the window, a detection outdoor illuminance, indoor illuminance sensor 110 and outdoor illuminance sensor 220 are connected with regulator 330 electricity, the electric energy that solar cell panel 63 one side on the PCB 6 sent inserts solar inverter, change into the 220V alternating current that the commercial power is commonly used into.

As shown in fig. 3 and 4, the lighting window 440 capable of generating electricity is an inner double-layer glass and an outer double-layer glass, a sealing structure is arranged between the inner double-layer glass and the outer double-layer glass 1, a grid-shaped PCB 6 is vertically arranged between the inner double-layer glass and the outer double-layer glass 1, and a central column 61 is arranged in the center of the PCB 6.

The glass facing outdoors has better transparency, and the glass facing indoors requires strong heat resistance so as to reduce indoor heat loss. The strake is supported to the left and right sides and is used cavity glass strake commonly used, wherein, the inboard of the support strake of one side about is fixed and is rolled up curtain ware 3, roll up curtain ware 3 from taking step motor, it connects through stay cord 31 and every PCB board 6 to roll up curtain ware 3, when step motor rotated, it rotates around center pillar 61 to roll up curtain ware 3 to drive every PCB board 6 through stay cord 31, indirect step motor control PCB board pivoted angle like this, adjust the clearance between every PCB board 6, adjust how much through the sunshine of window, and then adjust indoor luminance.

As shown in fig. 5 and 6, the bus bar 4 is provided with an arc-shaped groove with a center as a center post, the support groove 43 arranged at the center of the bus bar 4 is used for mounting the center post 61 of the PCB 6, each PCB corresponds to two arc-shaped grooves (an anode arc-shaped groove 41 and a cathode arc-shaped groove 42), and the two arc-shaped grooves are used for mounting two copper cylinders (an anode copper cylinder 64 and a cathode copper cylinder 65) on the PCB 6.

Indoor illuminance sensor 110 places in the room for the illuminance in the detection room contrasts with the illuminance that the user set up, controls the rotation angle of PCB board 6, or uses the LED lamp pearl of PCB board 6 to carry out the light filling.

The outdoor illuminance sensor 220 is disposed outside the window and configured to detect outdoor illuminance, and when the outdoor illuminance is greater than the illuminance required by the user, the outdoor light source is mainly used and the rotation of the PCB 6 is controlled to meet the requirements of the indoor user. When outdoor illuminance is lower than the requirement of a user, the PCB is controlled to rotate, the LED lamp beads are embedded, one side of the LED lamp beads faces indoors, and the LED lamp beads are started to supplement light.

Both of the above two illuminance sensors are general-purpose illuminance sensors, and for example, SYS-NH207, which is shipped from jeoin asia technologies ltd.

Regulator 330 adopts liquid crystal display panel to be human-computer interface, and the user can set up indoor illuminance requirement through the regulator, and the regulator passes through the condition of comparison indoor illuminance and outdoor illuminance, through the step motor communication of the supervisory circuit on ZIGBEE mode and the PCB board and the roll up the curtain ware, confirms different light filling modes, satisfies indoor user's requirement. The regulator 330 is a general illumination controller, and may be a celebration TEMI990 illumination test controller.

There are several modes of indoor illuminance which are introduced:

the regulator 330 is configured with a common scene mode, and when different scene modes are clicked, different illumination intensities are changed:

the work is as follows: 500LUX, read: 200LUX, leisure and guest: 150LUX, rest: 70 LUX.

But the illumination window of electricity generation, the window is embedded to have positive and negative and arranges PCB board 6 of solar cell panel 63 and LED lamp pearl 62 respectively, when PCB board 6 and window glass become the right angle and arrange, can guarantee that outdoor sunshine furthest shines indoor, guarantees indoor illuminance, supplyes indoor heat source when winter. When the PCB 6 and the window glass are arranged in parallel, most sunlight can be shielded from entering the room, meanwhile, the solar cell panel 63 facing the outside can generate electricity to meet the electric energy requirement of the building, and heat exchange between the indoor and the outdoor can be partially blocked in summer, so that the building energy consumption is reduced. At night or when outdoor light is very weak, the PCB rotates to a parallel position, and the LED lamp beads arranged on the back of the PCB are lightened to provide indoor illumination.

Electric energy generated by one side of the solar cell panel 63 on the window PCB 6 is connected into the solar inverter 550, is converted into 220V alternating current commonly used by commercial power, is connected into a public power grid, and offsets part of building power consumption.

Power 660 mainly supplies power for LED lamp pearl 62, and 220V alternating current commercial power is inserted to power one end, and one end is inserted LED lamp pearl power supply part, and the power is changeed 220V alternating current into DC24V power supply.

The utility model discloses a vertical PCB board 6 of arranging the grid form between inside and outside double glazing 1, this product is mainly through the indoor PCB board angle of regulation window, generate electricity through inlaying solar cell panel 63 on PCB board 6 on the one hand, and merge the electric wire netting in the building with the electric energy through solar inverter 550, practice thrift the public power consumption of society, simultaneously through the angle of rotatory PCB board 6, it is how much to adjust the sunshine through the window, it is indoor to block partial sunshine entering under the clear weather condition, practice thrift the cold and hot source consumption of building, when outdoor illumination is not enough, it is rotatory with PCB board 6, LED lamp pearl 62 at the back provides the illumination to indoor, guarantee indoor illuminance.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. A lighting window system capable of generating power, characterized in that: the solar energy power generation illumination window comprises an indoor illumination sensor (110), an outdoor illumination sensor (220), a regulator (330), a lighting window (440) capable of generating power, a solar inverter (550) and a power supply (660), wherein the lighting window (440) capable of generating power comprises an inner double-layer glass (1), an outer double-layer glass (1), a supporting edge strip (2), a roller shutter (3), a bus bar (4) and a window outer frame (5), the supporting edge strip (2) is arranged on four sides of the inner double-layer glass (1), the supporting edge strip (2) is arranged on the inner side of four sides of the window outer frame (5), the bus bar (4) at the upper end and the lower end of the window is fixed on the supporting edge strip (2) at the upper end and the lower end of the window, a grid-shaped PCB plate (6) is vertically arranged between the inner double-layer glass (1) and the outer double-layer glass (1), a central upright column (61) is arranged at the center, the LED lamp beads (62) are arranged on one side of the PCB (6) facing the indoor space, the solar cell panel (63) is arranged on one side of the PCB (6) facing the outdoor space, the power supply (660) mainly supplies power for the LED lamp beads (62), the curtain rolling device (3) is fixed on the inner side of the supporting edge strip on the left side and the right side, the curtain rolling device (3) is provided with a stepping motor, the curtain rolling device (3) is connected with each PCB (6) through a pull rope (31), the indoor illumination sensor (110) is placed in a room and used for detecting the illumination intensity in the room, the outdoor illumination sensor (220) is arranged outside a window and used for detecting the outdoor illumination intensity, the indoor illumination sensor (110) and the outdoor illumination sensor (220) are electrically connected with the regulator (330), and the electric energy emitted by one side of the solar cell panel (63) on the PCB (6) is connected into the solar inverter (550), the alternating current is converted into the 220V alternating current commonly used by the commercial power.

2. A power generating illuminated window system as claimed in claim 1, wherein: open the arc recess that has the centre of a circle as center post on busbar (4), support recess (43) that busbar (4) center set up are used for installing center post (61) of PCB board (6), and every PCB board corresponds anodal arc recess (41) and negative pole arc recess (42), and two arc recesses are used for installing anodal copper cylinder (64) and negative pole copper cylinder (65) on PCB board (6).