阅读说明：本技术 一种采用碲化薄膜太阳能电池制备的光伏路砖供电的城市路灯充电桩 (Urban street lamp charging pile powered by photovoltaic street bricks and prepared by tellurium thin-film solar cells ) 是由 李文轩 于 2018-05-23 设计创作，主要内容包括：本发明涉及一种采用碲化薄膜太阳能电池制备的光伏路砖供电的城市路灯充电桩,包括路灯,路灯底部设置有充电桩,充电桩中设有充电连接器以及操作显示屏,充电桩中还包括有控制中心,控制中心包括有通信模块以及负荷调整模块；控制中心还包括有防雷器；显示屏中还包括有读卡器；充电连接器上连接有蓄电池,蓄电池输入端连接有光伏路砖。本发明通过485、载波或无线的方式与同一电力线路上的路灯进行通信,实时控制路灯全线路负荷,确保负荷不会超出线路额定的负荷能力,同时可以根据电动车充电时间调整负荷,达到最优效率；同时采用光伏路砖连接发电,充分利用了光伏资源,结合硅太阳能供电,有效地实现管理,方便根据需要使用。(The invention relates to an urban street lamp charging pile powered by photovoltaic street bricks and prepared by a telluride thin-film solar cell, which comprises street lamps, wherein the bottom of each street lamp is provided with a charging pile, a charging connector and an operation display screen are arranged in each charging pile, and the charging pile also comprises a control center, wherein the control center comprises a communication module and a load adjusting module; the control center also comprises a lightning protector; the display screen also comprises a card reader; the charging connector is connected with a storage battery, and the input end of the storage battery is connected with a photovoltaic road brick. The invention communicates with the street lamps on the same power line in a 485, carrier or wireless mode, controls the load of the whole line of the street lamps in real time, ensures that the load does not exceed the rated load capacity of the line, and can adjust the load according to the charging time of the electric vehicle to achieve the optimal efficiency; meanwhile, the photovoltaic road bricks are used for connection power generation, photovoltaic resources are fully utilized, and the solar energy power supply is combined, so that management is effectively realized, and the solar road bricks are convenient to use as required.)

1. The utility model provides an adopt city street lamp of photovoltaic way brick power supply of telluride thin-film solar cell preparation to fill electric pile which characterized in that: the street lamp charging system comprises a street lamp, wherein a charging pile is arranged at the bottom of the street lamp, a charging connector and an operation display screen are arranged in the charging pile, the charging pile also comprises a control center, and the control center comprises a communication module and a load adjusting module; the control center also comprises a lightning protector; the display screen also comprises a card reader; the charging connector is connected with a storage battery, the input end of the storage battery is connected with a photovoltaic road brick, the photovoltaic road brick is laid on a road surface corresponding to the street lamp, and the photovoltaic road brick is prepared from a telluride thin-film solar cell; the photovoltaic road brick bottom is provided with reinforceing the piece, be provided with on the reinforceing piece and assemble the strip and be used for installing the connecting wire and collect the electric current.

2. The urban street lamp charging pile powered by photovoltaic street tiles and prepared by the tellurium thin-film solar cells, according to claim 1, is characterized in that: the LED street lamp is characterized in that an LED illuminating lamp is arranged at the top of the street lamp, and a connecting wire is arranged on the LED illuminating lamp and connected with a storage battery.

3. The urban street lamp charging pile powered by photovoltaic street tiles and prepared by the tellurium thin-film solar cells, according to claim 1, is characterized in that: the charging connector is provided with a charging device for charging aiming at the charging pile, and the charging device is provided with a data line connected with the display screen for charging display.

4. The urban street lamp charging pile powered by photovoltaic street tiles and prepared by the tellurium thin-film solar cells, according to claim 1, is characterized in that: the surface of the photovoltaic road brick is provided with transparent strengthened glass to enhance the strength and light transmission of the road surface.

5. The urban street lamp charging pile powered by photovoltaic street tiles and prepared by the tellurium thin-film solar cells, according to claim 1, is characterized in that: the thin film solar cells are made into thin film cell pieces which are paved on the upper surface of the photovoltaic road brick for power generation.

6. The urban street lamp charging pile powered by photovoltaic street tiles and prepared by the tellurium thin-film solar cells, according to claim 1, is characterized in that: and a silicon solar panel is arranged at the top of the street lamp and used for generating electricity.

Technical Field

The invention relates to an urban street lamp charging pile powered by photovoltaic street bricks and prepared by a telluride thin-film solar cell, belonging to the technical field of new energy.

Background

In cities, street lamps can be seen everywhere, most of the street lamps can only be used for illumination, and the function is single. And along with city construction's function is diversified, and some electric motor cars need adopt suitable mode to charge, and single mode of charging can't satisfy the demands, is necessary to provide more electric pile of filling, is convenient for charge and management, combines the street lamp to utilize the power supply of photovoltaic street brick, be worth the novel power supply mode of discussing.

Disclosure of Invention

The invention aims to provide an urban street lamp charging pile powered by photovoltaic street bricks and prepared by a telluride thin-film solar cell, so that photovoltaic power generation can be better performed, and electric energy can be collected to be used as the charging pile for charging while power is supplied to a street lamp.

In order to achieve the above object, the present invention has the following technical means.

An urban street lamp charging pile powered by photovoltaic street bricks and prepared by a telluride thin-film solar cell comprises street lamps, wherein the bottom of each street lamp is provided with a charging pile, a charging connector and an operation display screen are arranged in the charging pile, the charging pile also comprises a control center, and the control center comprises a communication module and a load adjusting module; the control center also comprises a lightning protector; the display screen also comprises a card reader; the charging connector is connected with a storage battery, the input end of the storage battery is connected with a photovoltaic road brick, the photovoltaic road brick is laid on a road surface corresponding to the street lamp, and the photovoltaic road brick is prepared from a telluride thin-film solar cell; the photovoltaic road brick bottom is provided with the reinforcer, is provided with on the reinforcer to assemble the strip and be used for installing the connecting wire and collect the electric current.

Furthermore, an LED illuminating lamp is arranged at the top of the street lamp, and a connecting wire is arranged on the LED illuminating lamp and connected with the storage battery.

Furthermore, a charging device is installed on the charging connector and used for charging and charging aiming at the charging pile, and a data line is arranged on the charging device and connected with the display screen for charging display.

Furthermore, transparent strengthened glass is arranged on the surface of the photovoltaic road brick to enhance the strength and light transmission of the road surface.

Furthermore, the telluride thin-film solar cell is made into a thin-film cell piece which is paved on the upper surface of the photovoltaic road brick for power generation.

Further, a silicon solar panel is installed at the top of the street lamp and used for generating electricity.

The invention has the beneficial effects that: according to the invention, the original power supply of the street lamp is used, then the street lamps along the street are connected by using the communication optical cable, then a control center is added in the street lamp, namely an intelligent power supply management module is added, and the street lamp is communicated with the street lamps on the same power line in a 485, carrier or wireless mode, so that the load of the whole street lamp line is controlled in real time, the load can not exceed the rated load capacity of the line, and meanwhile, the load can be adjusted according to the charging time of an electric vehicle, so that the optimal efficiency is achieved; meanwhile, the photovoltaic road bricks are used for connection power generation, photovoltaic resources are fully utilized, and the solar energy power supply is combined, so that management is effectively realized, and the solar road bricks are convenient to use as required.

Detailed Description

The following description of specific embodiments of the present invention is provided in connection with examples to facilitate a better understanding of the present invention.