CN207995716U - Intelligent vertical afforestation ecological solar protection devices based on Driven by Solar Energy - Google Patents

Abstract

The utility model discloses an intelligent vertical greening ecological sunshade device driven by solar energy, comprising an upper horizontal baffle, a lower horizontal baffle, a rotating device, a planting tank, an automatic sprinkler irrigation device, a drainage device and a control device; the rotating device includes a rotating shaft, Electric push rods, electric push rod poles, solar photovoltaic panels, batteries and grids; the lower end of the rotating shaft is connected to the planting tank, and the upper end of the rotating shaft is connected to the upper horizontal baffle. There is a grid, the grid is fixed on the rotating shaft, the upper end of the rotating shaft is arranged with a fixed member, the fixed member is connected to the upper end of the grid, the planting groove is connected to the electric push rod, and the electric push rod is connected to the electric push rod. It is connected with the storage battery, and the solar photovoltaic panel is connected with the storage battery. The utility model intelligently controls the steering of the device through the rotating shaft and the electric push rod to realize the overall intelligent adjustment of the vertical greening of the stretched net to adjust and control the sunshade effect of the vertical greening of the stretched net.

Description

Intelligent vertical greening ecological sunshade device driven by solar energy

technical field

The utility model relates to a sunshade device outside a building, in particular to an outside sunshade device for a building bay window which is intelligently remote-controlled, controllable and rotatable, and adopts pull-net vertical greening as a sunshade material, and belongs to the technical field of architecture.

Background technique

With the implementation of the national industry standard "Design Standards for Energy Conservation of Residential Buildings in Hot Summer and Warm Winter Areas" (JGJ 75-2012), external shading measures are mandatory for the east and west facing facades of buildings. One of the commonly used measures for shading outside the window is roller blind shading. Relatively speaking, the form of the device for shading outside the window is relatively simple, resulting in a dull and dull building facade. In addition, the vertical greening of the net and the bay window are integrated. In addition to using "living" building materials-vegetation as sunshade materials, which is more innovative, it also increases the greening space in the building space, which has the ability to retain rainwater, It has the advantages of alleviating the urban heat island effect, reducing the temperature, purifying the air, and increasing the variety of urban green spaces. In today's era, people have higher and higher requirements for the quality of living environment, especially in terms of greening, which can greatly improve the quality of living environment, and at the same time shorten the distance between man and nature.

Chinese utility model patent 201620646321.3 discloses a louver-type vertical greening device on the wall, mainly through the connecting mechanism installed on the outer wall through the supporting frame, the plant planting module set in the supporting frame, and composed of multiple vertical greening sunshades, and Can cooperate with the drive mechanism to rotate. But this utility model can't realize self-energy management on the cost of planting, maintenance management.

Chinese utility model patent 201621047216.4 discloses a green planting external sunshade curtain wall system. The sun visor and the skeleton are fixed on the outside of the glass curtain wall. The sun visor is used to plant herbal plants. Replace the louvers with sunshades that can be planted with turf. This patented technology uses sunshade louvers covered with vegetation as a sunshade device, which not only increases the weight of the sunshade louvers, but also complicates the rotation drive and high manufacturing cost.

Utility model content

The purpose of this utility model is to solve the problems of low-rise or multi-storey building outer bay window sunshade, enrich building facade, increase building, urban greening space, intelligent remote control, provide a high degree of intelligent control, simple and convenient rotation drive, increase building The vertical greening space is an intelligent vertical greening ecological sunshade device based on solar energy driven by the integration of vertical greening with hanging nets and bay windows outside the building.

The device of the utility model is used for the external sunshade of the bay windows of buildings to improve the sunshade of the bay windows of low-rise and multi-storey buildings and the problems of building facades, and at the same time, increase more ecological benefits and landscape aesthetics.

The utility model compares the upper limit values of the two parameters of solar radiation and air temperature set by the user through the outdoor solar radiation probe and temperature probe, and then intelligently controls the external sunshade and greening device of the convex window indoors by transmitting instructions through the data line. Adjust the rotation to 180° (shading), 45° (half shading) and 90° (lighting), so as to choose the sunshade and lighting of the window simply and conveniently, and the hanging net on the outer layer can effectively ensure the green growth of plants and the external installation It is stable, and the automatic sprinkler irrigation water pipe system is set above the planting tank and the drainage pipe system is connected to the bottom of the planting tank, which is convenient for the maintenance and management of the hanging plants in the building; the automatic sprinkler irrigation system can also be connected to the indoor control panel through the solenoid valve to control the automatic The frequency and intensity of irrigation. In addition, the solar photovoltaic panels on the outside provide the power to rotate the device, which will effectively reduce the power consumption of the building, effectively improve the indoor light and heat environment, improve the quality of the living environment and reduce the power consumption of air conditioners.

The purpose of this utility model is achieved through the following technical solutions.

An intelligent vertical greening ecological sunshade device driven by solar energy, including an upper horizontal baffle, a lower horizontal baffle, a rotating device, a planting tank, an automatic sprinkler, a drainage device and a control device; the rotating device includes a rotating shaft, an electric Push rods, electric push rod poles, solar photovoltaic panels, batteries and grids; the bay window protrudes outward, and the upper and lower ends are respectively equipped with upper and lower horizontal baffles; planting grooves are set on the lower horizontal baffles , the lower end of the rotating shaft is connected in the planting tank, the upper end of the rotating shaft is connected to the upper horizontal baffle, a grid is vertically arranged upward from the outer edge of the planting tank, the grid is fixed on the rotating shaft, and a fixed member is arranged at the upper end of the rotating shaft to fix The component is connected to the upper end of the grid, the planting tank is connected to the electric push rod, the electric push rod is connected to the electric push rod, the electric push rod is also connected to the battery, and the solar photovoltaic panel is connected to the battery;

The automatic sprinkling device includes a main water pipe, a nozzle, a bracket and a solenoid valve; the solenoid valve is arranged on the main water pipe, the main water pipe is provided with at least one nozzle, and the main water pipe is arranged on the upper end of the planting tank through the bracket;

The drainage device includes a drainage hose and a drainage pipe, the drainage hose is arranged at the bottom of the planting tank, the drainage hose is connected to the drainage pipe, and the drainage pipe is connected to the building drainage system pipeline;

The control device includes a calculator, a control panel, a solar radiation probe, a temperature probe, a solenoid valve and a storage battery; the calculator is connected to the solar radiation probe, the temperature probe, the solenoid valve, the storage battery and the control panel respectively.

In order to further realize the purpose of the utility model, preferably, the main water pipe is 8/12mm PVC capillary; the nozzle is a dropper nozzle; the solenoid valve is a ZY-F07 solenoid valve.

Preferably, the length of the planting trough is 550-600mm, the width is 450-500mm, and the depth is 500-600mm; the material of the planting trough is plastic.

Preferably, the number of the nozzles is 3-4, and each nozzle is arranged on the upper end of the climbing plant.

Preferably, the grid is a 60×60mm-80×80mm Dutch mesh made of wire mesh with a thickness of 3-4mm after molding.

Preferably, the climbing plants are one or more of Junzi, Pao Zong Hua, Honeysuckle, Sagittarius, Wisteria, Ivy and Sapphire.

Preferably, the diameter of the drainage hose is 20-30mm, and the drainage hose is a white pvc plastic pipe.

Preferably, the electric push rod is selected from Andit's ANT-38 wired remote control waterproof electric push rod.

Preferably, the calculator is a programmable single-chip microcomputer; the solar photovoltaic panel is TALLMAX-PE14A of Suzhou Huizhijie Photovoltaic Technology Co., Ltd.

Preferably, the solar radiation probe is a LI200X silicon radiometer, and the temperature probe is a copper-constantan thermocouple.

The utility model has the following advantages and beneficial effects:

(1) The utility model combines the external components of the bay window with the net vertical greening to form an integrated ecological bay window device while externally shading the bay windows of the building, which greatly enriches the building facade and bay windows In addition, vines such as junzi, firecracker, wisteria and honeysuckle will bloom in different seasons, which makes the vegetation on the outer wall have seasonal changes, reflecting the combination of artificial intelligence and intelligence.

(2) The utility model has designed a rotating device composed of a rotating shaft, an electric push rod, an electric push rod pole, a solar photovoltaic panel, a storage battery and a grid, and cooperates with a calculator, a solar radiation probe and a temperature probe to realize that it is mainly composed of the grid and the grid. The hanging net vertical greening device composed of climbing plants rotates to different degrees, fully automatic self-regulation of sunshade and lighting in different situations, and optimizes the quality of life of users; through the range of solar radiation probes and temperature probes of outdoor sensors, data is sent to Use a calculator to judge whether sunshade or lighting measures should be taken, and then transmit instructions to the electric push rod through the control panel and data lines, so as to control the adjustment and rotation of the hanging net vertical greening device.

(3) The utility model carries out an integrated ecological design on the sunshade device outside the whole bay window, which is convenient for installation and operation and construction. In addition, the utility model utilizes solar energy to drive the device, thereby achieving the green and energy-saving effect of saving electricity.

(4) The utility model makes full use of the characteristics of cooling and energy saving of the vegetation to realize the ecologicalization and individualization of the sunshade device for the bay window outside the building. The utility model is especially suitable for areas with strong solar radiation in summer, which can reduce the indoor temperature of the building and reduce the use time, and save the power of the air conditioner; while shielding the solar radiation, it can also purify the air, alleviate the urban heat island effect, and increase the number of urban residents by retaining rainwater. Advantages of green spaces.

Description of drawings

Fig. 1 is a schematic cross-sectional structure diagram of 180° sunshade of an intelligent vertical greening ecological sunshade device driven by solar energy.

FIG. 2 is a schematic cross-sectional structure diagram of 90° daylighting in FIG. 1 .

FIG. 3 is a schematic structural diagram of the 180° sunshade top view of FIG. 1 .

Fig. 4 is a schematic structural diagram of the 45° semi-shading top view of Fig. 1 .

Fig. 5 is a schematic structural view of the 90° daylighting sun in Fig. 1 .

FIG. 6 is a structural schematic diagram of the 180° sunshade overlooking the electric push rod in FIG. 1 .

Fig. 7 is a structural schematic diagram of the 45° semi-shading looking down on the electric push rod in Fig. 1 .

Fig. 8 is a structural schematic diagram of the 90° daylighting overlooking the electric push rod in Fig. 1 .

FIG. 9 is a flow chart of the computer logic cloud computing in FIG. 1 .

The figure shows: the upper horizontal baffle 1, the lower horizontal baffle 2, the rotating shaft 3, the electric push rod 4, the electric push rod pole 5, the solar photovoltaic panel 6, the storage battery 7, the planting groove 8, the grid 9, Main water pipe 10, nozzle 11, bracket 12, solenoid valve 13, drain hose 14, drain pipe 15, solar radiation probe 16, temperature probe 17, calculator 18, control panel 19.

Detailed ways

The utility model will be further described below in conjunction with the accompanying drawings, but the scope of protection claimed by the utility model is not limited to the range indicated by the embodiment.

As shown in Figures 1, 2, 3, and 6, the intelligent vertical greening ecological sunshade device driven by solar energy includes an upper horizontal baffle 1, a lower horizontal baffle 2, a rotating device, a planting groove 8, an automatic sprinkler irrigation device, and a drainage system. device and control device; the rotating device includes a rotating shaft 3, an electric push rod 4, an electric push rod strut 5, a solar photovoltaic panel 6, a storage battery 7 and a grid 9; Plate 1 and the lower horizontal baffle 2; the planting groove 8 is arranged on the lower horizontal baffle 2, one end of the rotating shaft 3 is arranged in the planting groove 8, and the other end is arranged on the upper horizontal baffle 1, from the outside of the planting groove Grid 9 is vertically arranged on the net at the edge, and grid 9 is fixed on the rotating shaft 3, and the fixed member is arranged at the upper end of rotating shaft 3, is used for fixing the upper end of grid 9, and rotating shaft 3 also plays a support frame effect. The planting tank 8 is connected with the electric push rod pole 5, the electric push rod 4 is connected with the electric push rod pole 5, the electric push rod 4 is also connected with the storage battery 7, and the solar photovoltaic panel 6 is connected with the storage battery 7.

The automatic sprinkler irrigation device comprises a main water pipe 10, a nozzle 11, a bracket 12 and a solenoid valve 13; the upper end.

Drain device comprises drain hose 14 and drain pipe 15, and drain hose 14 is arranged on the bottom of planting groove 8, and drain hose 14 is connected with drain pipe 15, and drain pipe is connected with building drainage system pipeline.

Control device comprises calculator 18, control panel 19, solar radiation probe 16, temperature probe 17, electromagnetic valve 13 and storage battery 7; 19 connections.

The calculator 18 transmits the information to the battery 7 through the data line, and then connects and controls the electric push rod 4 to pull the electric push rod strut 5, and the electric push rod strut 5 drives the climbing plants, the planting groove 8 and the grid 9 to rotate around the axis together 3; Calculator 18 is preferably arranged on the indoor wall, and solar radiation probe 16 and temperature probe 17 are preferably installed on the outside of the upper horizontal baffle plate 1. Solar radiation probe 16 and temperature probe 17 are connected with calculator 18, and the outdoor The data of solar radiation and air temperature are sent to the calculator 18. After the calculator performs comparative analysis, it is compared with the upper limit of the two parameters set by the user. If it is larger than the value set by the user, it is judged as sunshade.

The electromagnetic valve 13 in the automatic irrigation device is connected with the calculator 18, and then connected with the control panel 19, the frequency and intensity of sprinkling irrigation can be manually set.

In order to prevent the growth of the roots from being affected by the immersion of the planting tank, a drainage hose 14 is installed at the bottom of the planting tank, and the drainage hose is connected with the building drainage system pipeline by the drainage pipe 15. The drainage hose 14 rotates with the planting tank, and the hose material is used to facilitate the integrated rotation.

In order to facilitate the growth, maintenance and management of climbing plants, a grid 9 is erected at the outer edge of the planting tank, and the upper end of the rotating shaft 3 is correspondingly arranged with a fixed member above the grid, so that the net can be rotated uniformly at the same time to vertically green the whole; the automatic sprinkler irrigation device is elevated Above the planting trough 8, it will not be affected by the rotation of the planting trough.

The outer side of the outer fence of the bay window where the utility model device is located is pasted with a solar photovoltaic panel 6, connected to the battery 7 and then connected to the electric push rod 4, and the other end of the battery is connected to the indoor control panel 19 to receive the instructions of the calculator 18, and the electric drive is driven by solar energy. putter. The control panel 19 is used indoors to adjust the frequency of detection and judgment of the device to outdoor solar radiation and air temperature, and to set the frequency and intensity of automatic sprinkler system spraying.

The grid 9, drainage hose 14, rotating shaft 3, planting groove 8 and climbing plants form an integrated planting device. After the calculator 18 issues instructions, it is connected to the battery 7 through the data line and then connected to the electric push rod 4 to pull the electric push rod The support rod 5 is used to adjust the above-mentioned integrated planting trough device, so that the vertical greening device can be rotated uniformly by 180°, 45° and 90°, so as to achieve the effect of intelligent sunshade and not affect the growth of climbing plants, let alone affect the growth of climbing plants. Automatic sprinkler system above planters.

The automatic sprinkler irrigation system used for maintenance and management supports the sprinkler irrigation system on the planting tank 8 through the bracket 12, and branches out from the main water pipe 10 to extend the sprinkler head 11 into each planting tank, which has the advantage of not being affected by the rotation of the vertical greening device Its main water pipe 10 links to each other with solenoid valve 13, and solenoid valve 13 joins with calculator 18 again, determines the frequency and the intensity of automatic sprinkler irrigation system by the operation of control panel 19, to reach intelligent control. Main water pipe 10 can be selected 8/12mmPVC capillary for use, and sprinkler nozzle can be selected dropper nozzle for use, and electromagnetic valve 13 can be selected the electromagnetic valve that ZY-F07 solenoid valve small-sized garden uses for use.

The material of the planting tank 8 is preferably plastic, the preferred length of the planting tank is 550-600mm, the width is 450-500mm, and the depth is 500-600mm. The vertical grid 9 is fixed and supported at the bottom of the long side in the planting tank, and the bottom of the planting tank is connected to the drainage hose 14 , the planting groove 8 is penetrated and supported by the rotating shaft 3 and connected by an electric push rod. 3 to 4 planting seedlings are planted in one planting groove 8 .

The mesh structure grid 9 is a grid made of barbed wire with a thickness of 3-4mm after molding, and the mesh hole can adopt the Dutch net within 60*60mm-80*80mm.

The selection of the described climbing plants makes Junzi, firecracker flower, honeysuckle, vine, wisteria, ivy, sapling (for South China), a certain type of single planting, or mixed planting of multiple types of plants, one planting tank Plant 3 to 4 seedlings.

The drainage hose 14 adopts a diameter of 20-30mm, one end is connected to the bottom of the planting tank 8, and the other end is connected to a white pvc plastic drainage pipe 15, which is uniformly connected to the drainage system of the building.

The electric push rod 4 is mainly connected to the calculator 18 by connecting the storage battery 7, so as to pull the electric push rod pole 5 connected to the planting tank 8 after receiving the instruction, so as to complete the rotation of the vertical greening device. The electric actuator model can choose Andit's ANT-38 wired remote control waterproof electric actuator.

Calculator 15 is a programmable single-chip microcomputer.

The solar photovoltaic panel 6 driven by solar energy provides energy for the electric push rod 4 through the battery 7 , and the electric energy converted from the solar energy is stored in the battery 7 , and the battery 7 is connected with the electric push rod 4 again. The solar photovoltaic panel 6 can be TALLMAX-PE14A of Suzhou Huizhijie Photovoltaic Technology Co., Ltd.

The solar radiation probe 16 can be selected from LI200X silicon radiometer, and the temperature probe 18 can be selected from copper-constantan thermocouple.

As shown in Figures 3, 4 and 5, the plan view with the planting trough, the 45° turn plan view, and the 90° turn plan view show the rotation of the entire vertical greening device.

As shown in Figures 6, 7, and 8, after the planting tank, drainage device and irrigation device are removed, only the plan view of the electric push rod device, the plan view of the 45° turning plane, and the plan view of the 90° turning plane are left, showing the entire solar-driven electric push rod operation process.

As shown in Figure 9, the outdoor solar radiation and air temperature are collected by the outdoor solar radiation probe and temperature probe, and compared with the upper limit value of the parameter set by the indoor user, it is judged whether sunshade or lighting measures should be taken, and then through the control panel And the data line transmits instructions to the battery 7 and then connects to the electric push rod 4, so as to control the adjustment and rotation of the vertical greening device to achieve the sunshade and lighting effects of 180° sunshade, 45° half sunshade and 90° daylighting. It has intelligent control Advantages of shading and lighting. In the sunshade state, the calculator 18 transmits the command to the battery 7 through the data line, so as to control the electric push rod 4 to pull the electric push rod strut 5, and around the rotating shaft 3, the climbing plants, the planting groove 8 and the grid 9 rotate together to 180 degrees. °Carry out sunshade mode; otherwise, daylighting or semi-lighting is required; calculator 18 repeats the process of detection, judgment and control every 3-4 hours, and after comparison and analysis by calculator 18, choose vertical greening sunshade or daylighting effect, Optional greening 180° sunshade (Figure 3), greening 45° semi-shading (Figure 4), greening 90° (Figure 5), to achieve intelligent control.

The utility model provides energy for the electric push rod through the solar photovoltaic panel attached to the outside, thereby using solar energy to drive and saving power consumption.

In addition to avoiding the uniform and dull sunshade form outside the building, the utility model can also improve the living environment, increase the urban green space, draw in the distance between people and nature, and can choose plants with flowers and fallen leaves in the selection of plants. Vegetation, to achieve the beauty of seasonal changes in the landscape.

The utility model also simplifies the maintenance and management of the "live" building materials used for shading—vegetation. The automatic sprinkler irrigation system uses the operating panel to control the irrigation time indoors. In addition, the automatic sprinkler irrigation system is connected to the solar collector plate for The provision of electricity can not only save energy consumption; in addition, the excess water in the planting tank can be removed in time through the drainage system.

In the era of increasingly high urbanization, many green spaces are occupied as urban development space. When there is a serious lack of green space in the city, serious "urban diseases" will appear. Therefore, in the future with high urbanization In the future, the combination of three-dimensional greening and architecture will become more and more a trend to cater to the times, especially the integration of vertical greening and building enclosure components, which has great prospects.

The utility model not only performs external shading on the building bay windows, but also combines the external components of the bay windows with the vertical greening of the pull-net to form an integrated ecological bay window device, which greatly enriches the sun-shading styles of the building facades and bay windows. In addition, vines such as junzi, firecracker flower, wisteria and honeysuckle will bloom in different seasons, so that the vegetation on the outer wall will have seasonal changes, reflecting the combination of artificial intelligence and intelligence.

The utility model designs a rotating device composed of a rotating shaft, an electric push rod, an electric push rod pole, a solar photovoltaic panel, a storage battery and a grid, and cooperates with a calculator, a solar radiation probe and a temperature probe to realize that the grid and climbing plants The vertical greening device composed of hanging nets rotates to different degrees, fully automatic self-regulation of sunshade and lighting in different situations, and optimizes the quality of life of users; through the range of solar radiation probes and temperature probes of outdoor sensors, the data is sent to the calculator. To judge whether sunshade or lighting measures should be taken, and then transmit instructions to the electric push rod through the control panel and data line, so as to control the adjustment and rotation of the hanging net vertical greening device.

Claims (10)

1. the Intelligent vertical afforestation ecological solar protection devices based on Driven by Solar Energy, which is characterized in that including upper horizontal baffle, under Side horizontal baffle, tumbler, planting groove, automatic spraying arrangement, drainage arrangement and control device;The tumbler includes turning Axis, electric pushrod, electric pushrod strut, solar energy photovoltaic panel, accumulator and grid;Bay window is chosen outward, and upper and lower side is set respectively There are upper horizontal baffle and lower horizontal baffle;Planting groove is arranged on lower horizontal baffle, and shaft lower end is connected to planting groove It is interior, on shaft upper end setting connection upper horizontal baffle, it is up equipped with grid vertically from the outer edge of planting groove, grid is fixed In shaft, shaft upper end arranges that fixing component, fixing component are connect with grid upper end, and planting groove is connect with electric pushrod strut , electric pushrod connects electric pushrod strut, and electric pushrod is also connect with accumulator, and solar energy photovoltaic panel connects accumulator;

The automatic spraying arrangement includes water main, nozzle, holder and solenoid valve;Solenoid valve is arranged on water main, water main It is equipped at least one nozzle, water main is arranged by holder in the upper end of planting groove;

The drainage arrangement includes scupper hose and drainpipe, and scupper hose is arranged in the bottom of planting groove, scupper hose and row Water pipe connects, and drainpipe is connect with architectural drainage system pipeline;

The control device includes calculator, control panel, solar radiation probe, temp probe, solenoid valve and accumulator;It calculates Device is connect with solar radiation probe, temp probe, solenoid valve, accumulator and control panel respectively.

2. the Intelligent vertical afforestation ecological solar protection devices according to claim 1 based on Driven by Solar Energy, which is characterized in that The water main selects 8/12mmPVC hollow billets;The sprinkler selection dropper nozzle;The solenoid valve selects ZY-F07 electromagnetism Valve.

3. the Intelligent vertical afforestation ecological solar protection devices according to claim 1 based on Driven by Solar Energy, which is characterized in that A length of 550-600mm of the planting groove, width 450-500mm, depth 500-600mm;The material selection of planting groove is moulded Material.

4. the Intelligent vertical afforestation ecological solar protection devices according to claim 1 based on Driven by Solar Energy, which is characterized in that The number of the nozzle is 3-4, and each nozzle is arranged in the upper end of vine.

5. the Intelligent vertical afforestation ecological solar protection devices according to claim 1 based on Driven by Solar Energy, which is characterized in that The grid is the Dutch net of 60 × 60mm-80 × 80mm, is made of the wire netting of 3-4mm of rugosity after moulding.

6. the Intelligent vertical afforestation ecological solar protection devices according to claim 4 based on Driven by Solar Energy, which is characterized in that The vine is one or more in the fruit of Rangoon creeper, firecracker flower, honeysuckle, sheep hoof rattan, Chinese wistaria, ivy and climbing fig.

7. the Intelligent vertical afforestation ecological solar protection devices according to claim 1 based on Driven by Solar Energy, which is characterized in that A diameter of 20-30mm of the scupper hose, the drainpipe are the pvc plastic tubes of white.

8. the Intelligent vertical afforestation ecological solar protection devices according to claim 1 based on Driven by Solar Energy, which is characterized in that The electric pushrod selects the ANT-38 wired remote control water-proof electric push rods of An Dite.

9. the Intelligent vertical afforestation ecological solar protection devices according to claim 1 based on Driven by Solar Energy, which is characterized in that The calculator is programmable single chip computer;Solar energy photovoltaic panel selects the intelligent outstanding person's photovoltaic Science and Technology Ltd. in Suzhou TALLMAX-PE14A。

10. the Intelligent vertical afforestation ecological solar protection devices according to claim 1 based on Driven by Solar Energy, feature exist In the solar radiation probe selects LI200X silicon radiation gauges, temp probe to select copper-constantan thermocouple.