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与太阳能路灯结合的城市路灯充电桩 (Urban street lamp charging pile combining photovoltaic street bricks and solar street lamps 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与太阳能路灯结合的城市路灯充电桩,包括LED路灯系统,LED路灯系统的路灯杆上设置太阳能发电及储能系统,太阳能发电及储能系统与LED路灯系统的变压器房连接,LED路灯系统的变压器房与电动车充电桩连接,为电动车充电桩充电；且路灯杆的下部为电动车充电桩。本发明结构合理,设置方便、效果好。通过互联网将充电桩电量等信息发送给控制中心,使控制中心及时掌握各充电桩充电情况；路灯改用节能的LED灯,可以将节约的电量提供给充电桩；充电桩沿路灯沿线布置,数量多,充电方便,可以有效促进电动汽车的推广普及；充电桩采用光伏路砖和太阳能路灯相互结合供电,有助于新能源更好地推广使用。(The invention relates to an urban street lamp charging pile combining photovoltaic street bricks and solar street lamps, which is prepared by a telluride thin-film solar cell, and comprises an LED street lamp system, wherein a solar power generation and energy storage system is arranged on a street lamp post of the LED street lamp system, the solar power generation and energy storage system is connected with a transformer room of the LED street lamp system, and the transformer room of the LED street lamp system is connected with an electric vehicle charging pile to charge the electric vehicle charging pile; and the lower part of the street lamp pole is an electric vehicle charging pile. The invention has reasonable structure, convenient arrangement and good effect. Information such as the electric quantity of the charging piles is sent to a control center through the internet, so that the control center can master the charging condition of each charging pile in time; the street lamp is changed into an energy-saving LED lamp, so that the saved electric quantity can be provided for the charging pile; the charging piles are arranged along the street lamp, so that the number is large, the charging is convenient, and the popularization of the electric automobile can be effectively promoted; fill electric pile and adopt photovoltaic way brick and solar street lamp inter combination power supply, help the new forms of energy to use widely better.)

1. The utility model provides an adopt city street lamp that photovoltaic street brick and solar street lamp that telluride thin-film solar cell prepared combine to fill electric pile which characterized in that: the solar energy power generation and energy storage system is arranged on a street lamp pole of the LED street lamp system, the solar energy power generation and energy storage system is connected with a transformer room of the LED street lamp system, and the transformer room of the LED street lamp system is connected with an electric vehicle charging pile to charge the electric vehicle charging pile; the lower part of the street lamp pole is provided with an electric vehicle charging pile; the solar power generation and energy storage system is a crystalline silicon solar power generation system; the solar power generation and energy storage system is also connected with a photovoltaic road brick power generation system prepared by a telluride thin-film solar cell, and photovoltaic road bricks prepared by the telluride thin-film solar cell are laid on a road surface for power generation.

2. The urban street lamp charging pile combining photovoltaic street tiles and solar street lamps, which is prepared by adopting the telluride thin-film solar cells, according to claim 1, is characterized in that: the electric vehicle charging piles are arranged along a street lamp system of an urban road or a community every 1-4 km.

3. The urban street lamp charging pile combining photovoltaic street tiles and solar street lamps, which is prepared by adopting the telluride thin-film solar cells, according to claim 1, is characterized in that: the electric vehicle charging pile is provided with a charging pile electric quantity information sensor device, and the charging pile electric quantity information sensor device is connected with the control center through the internet.

Technical Field

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

Background

Along with electric automobile's development, fill setting up of electric pile and become an important problem, how conveniently to set up fills electric pile, guarantees

The number of license charging posts is a problem that is constantly being explored in the field. To filling the setting of electric pile, still need consider the power supply problem, along with the perfect development of new forms of energy, more applications are necessary to be promoted, wherein, with photovoltaic street brick and solar street lamp inter combination, establish effective city street lamp and fill electric pile, are an effectual mode, help alleviating city and fill electric pile charge treatment effect.

Disclosure of Invention

The invention aims to provide an urban street lamp charging pile combining photovoltaic street tiles and solar street lamps, which is prepared by a telluride thin-film solar cell, and is convenient for better improving the use effect of the urban charging pile according to the needs.

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

An urban street lamp charging pile combining photovoltaic street bricks and solar street lamps, which is prepared by a telluride thin-film solar cell, comprises an LED street lamp system, wherein a solar power generation and energy storage system is arranged on a street lamp post of the LED street lamp system and is connected with a transformer room of the LED street lamp system, and the transformer room of the LED street lamp system is connected with an electric vehicle charging pile to charge the electric vehicle charging pile; the lower part of the street lamp pole is provided with an electric vehicle charging pile; the solar power generation and energy storage system is a crystalline silicon solar power generation system; the solar power generation and energy storage system is also connected with a photovoltaic road brick power generation system prepared by a telluride thin-film solar cell, and photovoltaic road bricks prepared by the telluride thin-film solar cell are laid on a road surface for power generation.

Furthermore, the electric vehicle charging piles are arranged along the street lamp system of the urban road or the residential district every 1-4 km.

Furthermore, the electric vehicle charging pile is provided with a charging pile electric quantity information sensor device, and the charging pile electric quantity information sensor device is connected with the control center through the internet.

The invention has the beneficial effects that: the invention has reasonable structure, convenient arrangement and good effect. Information such as the electric quantity of the charging piles is sent to a control center through the internet, so that the control center can master the charging condition of each charging pile in time; the street lamp is changed into an energy-saving LED lamp, so that the saved electric quantity can be provided for the charging pile; the charging piles are arranged along the street lamp, so that the number is large, the charging is convenient, and the popularization of the electric automobile can be effectively promoted; fill electric pile and adopt photovoltaic way brick and solar street lamp inter combination power supply, help the new forms of energy to use widely better.

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.