大型地面电站

        地面光伏，即指与公共电网相连接、共同承担供电任务的太阳能光伏电站，其查勘地点通常在郊外。地面光伏解决方案常被应用于工业和商业领域的大型建筑物或工厂的屋顶或周围的空地，为工厂、仓库、购物中心等提供清洁的能源，降低能源成本，减少对传统能源的依赖。

地面光伏广泛应用于农业领域，农场主可以在农田或牲畜养殖场周围建设光伏电站，为农业生产提供电力支持，例如灌溉系统、农业设备等，实现能源的自给自足。天合跟踪是一家专业设计、制造、安装和维修固定支架和智能跟踪支架的企业。天合跟踪在全球开发了超过5GW的太阳能，在五大洲设有办事处，并开展了300多个项目，是您大型太阳能项目的可靠合作伙伴。天合追踪支架为客户提供最先进的技术和最优的质量，力争在每个项目中为客户提供更高的发电量。天合跟踪支架适应广泛的应用场景，为客户提供客户化定制的解决方案。

720W/630W超高功率组件：

全新一代Vertex至尊N型高效组件，具备N型电池高转换效率、高双面率、低温度系数、低衰减等优良特性，同时基于先进的210产品技术平台，进一步放大高功率、高效率、高发电量、高可靠性及低度电成本“四高一低”优势。210与N相互加持，让领先更领先。

       在安装地面光伏电站时，需要考虑地面的坚固性和可用空间，以确保光伏板安装的稳定性和可持续性。同时，还需要进行详细的测量和设计工作，包括地面尺寸、倾角和朝向等，以确保光伏板能够最大程度地捕获阳光。安装过程中，需要准备必要的材料和工具，如光伏组件、支架底座、接线盒、电缆、电钻、螺丝刀、测量工具、焊接设备等，并按照预先设计的布局和朝向进行安装。

地面光伏电站具有一些显著优点，如场地平整、便于前期建设以及后期维护、投资成本较低等。同时，它还可以实现光伏科技与农业的结合，如农光互补项目。然而，地面光伏电站也存在一些缺点，如占用的土地面积较大，子阵大小不一、朝向各异、组件间距较大，逆变器选型较难、电站设计较为复杂等。在全球能源绿色低碳转型的背景下，地面光伏电站作为可再生能源的重要形式，对于推动能源体系的清洁低碳化具有重要意义。随着技术的进步和政策的推动，地面光伏电站的应用和发展前景将越来越广阔。

Ground photovoltaics refer to solar photovoltaic power stations that are connected to the public power grid and share the power supply task. Their survey locations are usually in the suburbs. Ground based photovoltaic solutions are often applied to the roofs or surrounding open spaces of large buildings or factories in the industrial and commercial fields, providing clean energy for factories, warehouses, shopping centers, etc., reducing energy costs, and decreasing dependence on traditional energy sources.

Ground mounted photovoltaics are widely used in the agricultural field. Farmers can build photovoltaic power stations around their farmland or livestock farms to provide electricity support for agricultural production, such as irrigation systems, agricultural equipment, etc., achieving energy self-sufficiency. Tianhe Tracking is a professional enterprise that designs, manufactures, installs, and maintains fixed brackets and intelligent tracking brackets. Tianhe Tracking has developed over 5GW of solar energy globally, with offices on five continents and over 300 projects, making it a reliable partner for your large-scale solar projects. Tianhe tracking bracket provides customers with the most advanced technology and the best quality, striving to provide customers with higher power generation in every project. Tianhe tracking bracket adapts to a wide range of application scenarios and provides customers with customized solutions.

720W/630W ultra-high power components:

The all-new Vertex Supreme N-type high-efficiency module boasts excellent features such as high conversion efficiency, high double-sided ratio, low temperature coefficient, and low attenuation of N-type batteries. Based on the advanced 210 product technology platform, it further amplifies the advantages of high power, high efficiency, high power generation, high reliability, and low electricity cost, known as the "four highs and one low". 210 and N mutually reinforce each other, making the lead even more advanced.

When installing a ground mounted photovoltaic power station, it is necessary to consider the firmness and available space of the ground to ensure the stability and sustainability of the photovoltaic panel installation. At the same time, detailed measurements and design work are required, including ground dimensions, inclination angles, and orientations, to ensure that the photovoltaic panels can capture sunlight to the maximum extent possible. During the installation process, necessary materials and tools need to be prepared, such as photovoltaic modules, bracket bases, junction boxes, cables, drills, screwdrivers, measuring tools, welding equipment, etc., and installed according to the pre designed layout and orientation.

Ground mounted photovoltaic power stations have some significant advantages, such as site leveling, ease of early construction and maintenance, and lower investment costs. At the same time, it can also achieve the integration of photovoltaic technology with agriculture, such as agricultural photovoltaic complementary projects. However, ground photovoltaic power stations also have some drawbacks, such as occupying a large land area, varying sub array sizes and orientations, large component spacing, difficult inverter selection, and complex power station design. Against the backdrop of global energy green and low-carbon transformation, ground-based photovoltaic power plants, as an important form of renewable energy, have significant implications for promoting clean and low-carbon energy systems. With the advancement of technology and the promotion of policies, the application and development prospects of ground-based photovoltaic power stations will become increasingly broad.