Investing in the construction of photovoltaic parking sheds can change the single role of traditional parking sheds. Photovoltaic parking sheds not only provide shade and rain protection for vehicles, but also generate electricity to bring benefits, achieving a win-win situation for both social and environmental benefits.

光伏车棚作为分布式光伏项目（或者作为其中的一部分），与充电桩、新能源电动汽车相结合，利用设在棚顶的光伏组件发电，通过充电装置储存到蓄电池中或直接供给电动车充电使用，自发自用，甚至可以余电上网。

As a distributed photovoltaic project (or as part of it), the photovoltaic car shed is combined with charging piles and new energy electric vehicles to generate electricity using photovoltaic modules located on the roof of the shed. It is stored in batteries through charging devices or directly supplied to electric vehicles for charging, self generated and self used, and can even be connected to the grid with surplus electricity.

交谷太阳能作为国内早开发光伏车棚系统的集成商，在国内外拥有众多的案例，产品远销非洲、中东、东南亚、部分欧美地区。已经为马耳他、以色列、坦桑尼亚、赞比亚等的驻外使馆提供了太阳能光伏车棚方案和系统设备。

As the earliest integrator in China to develop photovoltaic car shed systems, Jiaogu Solar has numerous cases both domestically and internationally, and its products are exported to Africa, the Middle East, Southeast Asia, and some European and American regions. We have provided solar photovoltaic shed solutions and system equipment for embassies abroad from countries such as Malta, Israel, Tanzania, and Zambia.

作为经济环保时尚的建筑一体化配套工程，太阳能光伏车棚有哪些特点呢？

What are the characteristics of solar photovoltaic car sheds, as an economic, environmentally friendly and fashionable integrated building supporting project?

一、光伏车棚的特点

1、 Characteristics of photovoltaic car sheds

1.吸热性好

1. Good heat absorption

2.成本低廉、安装便捷、灵活性好

2. Low cost, convenient installation, and good flexibility

3.充分利用原有场地，提供绿色环保的能源

3. Fully utilize the existing site to provide green and environmentally friendly energy

二、光伏车棚的种类

2、 Types of photovoltaic car sheds

① 按场所：家用、公司、商场、大型停车场

① By location: household, company, shopping mall, large parking lot

② 按风格：经典、简约、现代、复古、炫酷

② By style: classic, minimalist, modern, retro, cool

③ 按停车类别：电瓶车/自行车、轿车、大巴/公交车

③ By parking category: electric vehicles/bicycles, sedans, buses/buses

④ 按功能：普通车棚、智慧车棚（配套充电桩、储能系统等）

④ By function: ordinary car shed, smart car shed (equipped with charging stations, energy storage systems, etc.)

⑤ 按立柱形式：C型、H型、 L型、M型、N型、T型、V型、W型、X型、Y型、Ⅳ型、Ⅵ型

⑤ According to the column form: C type, H type, L type, M type, N type, T type, V type, W type, X type, Y type, IV type, VI type

⑥ 按立柱数量：单立柱、双立柱、多立柱

⑥ According to the number of columns: single column, double column, multiple columns

⑦ 按支架类别：钢结构、铝合金、柔性大跨距支架

⑦ By bracket category: steel structure, aluminum alloy, flexible large-span bracket

⑧ 按支架表面处理：热镀锌、喷漆

⑧ Surface treatment according to bracket: hot-dip galvanizing, painting

⑨ 按防水性：密封防水、普通不防水

⑨ According to waterproof properties: sealed waterproof, ordinary non waterproof

⑩ 按组件：晶硅组件、双波组件、薄膜组件

⑩ By component: crystalline silicon component, dual wave component, thin film component

按车位数：1车位、2车位、3车位、多车位（大跨距）

By number of parking spaces: 1 parking space, 2 parking spaces, 3 parking spaces, multiple parking spaces (large span)

按排数：单排车位、双排车位

According to the number of rows: single row parking spaces, double row parking spaces

三、太阳能光伏车棚系统组成

3、 Composition of solar photovoltaic car shed system

它主要由支架系统、电池组件阵列、照明及控制逆变系统、充电装置系统和防雷及接地系统组成。支架系统主要包括支撑立柱、固接在支撑立柱之间的斜梁、接在斜梁上用于支撑太阳电池组件阵列的檩条及固定电池组件阵列的紧固件等。

It is mainly composed of support system, battery module array, lighting and control inverter system, charging device system, lightning protection and earthing system. The support system mainly includes support columns, inclined beams fixed between the support columns, purlins connected to the inclined beams to support the solar cell module array, and fasteners to fix the battery module array.

每个车棚下面，都有个汇流箱，车棚顶端的太阳能电板，就是通过这里将吸收的电量统一收纳，再经过传输至逆变器将直流电变为交流电，即可输送至电网内，然后完成发电。

Under each car shed, there is a combiner box, and the solar panel at the top of the car shed collects the absorbed electricity uniformly through this box. Then, it is transmitted to the inverter to convert direct current into alternating current, which can be transmitted to the power grid and complete power generation.