写字楼停车场农家乐宾馆饭店楼顶光伏

停车场顶棚光伏电站

        利用停车棚的空余空间，我们可以建设光伏车棚，这样不仅能为车辆提供遮阳和避雨的场所，还能利用太阳能发电。这些电力除了满足车辆日常使用外，多余的电量还可以出售给国家电网，从而获得可观的收益。同时，这一举措也能有效缓解城市的电力需求压力，实现节能减排与经济效益的双重目标。将光伏组件与车棚顶面相结合，既发挥了发电功能，又提供了遮阳防雨的实用效果。将光伏组件融入车棚顶面设计，既发挥了发电功能，又提供了遮阳防雨的实用效果。更值得一提的是，它还能有效降低车棚下的温度，约达15℃。车棚屋顶占地广阔，为当地带来了显著的环保效益。光伏车棚，这一光伏与建筑融合的巧妙设计，近年来正逐渐成为人们的优选。其出色的吸热性能、简便的安装过程以及低廉的成本，使得它既有效利用了原有场地，又为环境提供了绿色能源。在工厂、商业区、医院、学校等场所建设光伏车棚，不仅解决了露天停车场夏日高温的问题，更为车主提供了便捷的充电服务。随着环保意识的日益增强，太阳能光伏发电的应用越来越广泛，而光伏车棚更是成为了时尚新宠。它不仅能遮挡阳光、降低车内温度，还能为车辆提供电力支持，实在是一举多得。光伏车棚的主要由支架系统、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等多个部分组成。其中，支架系统是关键组成部分，它包括支撑立柱、连接立柱的斜梁、支撑太阳电池组件阵列的檩条以及固定电池组件的紧固件等。根据不同的设计需求，光伏车棚的支架型式也多种多样，例如单柱单向、双柱单向和单柱双向等。

        天合光能股份有限公司（股票简称：天合光能；股票代码：688599）创立于1997年，主要业务包括光伏产品、光伏系统、智慧能源三大板块。光伏产品包括光伏组件的研发、生产和销售；光伏系统包括电站业务及系统产品业务;智慧能源主要由光伏发电及运维、储能智能解决方案、智能微网及多能系统的开发和销售等业务构成。以“打造天合主导的行业新生态，促进天合成为光储智慧能源领先者”为战略目标，致力于成为全球光储智慧能源解决方案的领导者，助力新型电力系统变革，创建美好零碳新世界。

        截至2024年第一季度，天合光能光伏组件全球累计出货量超205GW+，相当于9个三峡水电站的装机量，约等于在全球种了151亿棵树。

Parking lot rooftop photovoltaic power station

By utilizing the vacant space in the parking shed, we can construct a photovoltaic carport, which not only provides shade and shelter for vehicles, but also generates solar power. In addition to meeting the daily needs of vehicles, the excess electricity can also be sold to the State Grid, thereby generating considerable profits. At the same time, this measure can effectively alleviate the pressure of urban electricity demand and achieve the dual goals of energy conservation, emission reduction, and economic benefits. Combining photovoltaic modules with the roof of the carport not only enhances power generation, but also provides practical shading and rain protection effects. Integrating photovoltaic modules into the roof design of the carport not only enhances power generation but also provides practical shading and rain protection effects. It is worth mentioning that it can effectively reduce the temperature under the carport, reaching about 15 ℃. The roof of the carport covers a vast area and brings significant environmental benefits to the local area. Photovoltaic carports, a clever design that integrates photovoltaics with architecture, have gradually become people's preferred choice in recent years. Its excellent heat absorption performance, simple installation process, and low cost make it effectively utilize the original site and provide green energy for the environment. Building photovoltaic carports in factories, commercial areas, hospitals, schools, and other places not only solves the problem of high temperatures in outdoor parking lots during summer, but also provides convenient charging services for car owners. With the increasing awareness of environmental protection, the application of solar photovoltaic power generation is becoming more and more widespread, and photovoltaic carports have become a fashionable new favorite. It can not only block sunlight and lower the temperature inside the car, but also provide power support for the vehicle, which is truly a win-win situation. The main components of a photovoltaic carport include a support system, battery module array, lighting and control inverter system, charging device system, and lightning protection and grounding system. Among them, the bracket system is a key component, which includes supporting columns, diagonal beams connecting the columns, purlins supporting the solar cell module array, and fasteners fixing the battery modules. According to different design requirements, there are various types of brackets for photovoltaic carports, such as single column unidirectional, double column unidirectional, and single column bidirectional.

Trina Solar Co., Ltd. (stock abbreviation: Trina Solar; stock code: 688599) was founded in 1997, and its main businesses include photovoltaic products, photovoltaic systems, and smart energy. Photovoltaic products include the research and development, production, and sales of photovoltaic modules; Photovoltaic systems include power station business and system product business; Smart energy mainly consists of photovoltaic power generation and operation, intelligent energy storage solutions, development and sales of intelligent microgrids and multi energy systems. With the strategic goal of "building a new industry ecosystem led by Tianhe and promoting Tianhe to become a leader in solar storage smart energy", we are committed to becoming a global leader in solar storage smart energy solutions, assisting in the transformation of new power systems, and creating a beautiful zero carbon new world.

As of the first quarter of 2024, the global cumulative shipment of Trina Solar photovoltaic modules exceeded 205 GW+, equivalent to the installed capacity of 9 Three Gorges hydropower stations, which is approximately equivalent to planting 15.1 billion trees worldwide.