May 2025

​ Columns: used to support the entire PV racking system, fixing it to the ground or roof. For example, hot rolled steel columns have good rust resistance and can withstand greater weight and pressure. Crossbeam: connects the columns to provide lateral support for the PV modules. Similar to aluminium beams, they are lightweight and strong. […]

​ Various accessories of seismic brace play a vital role in the whole seismic system. Anchor bolt accessories     Rear Expanded Bottom Anchor Bolt: By drilling holes, expanding the bottom and installing anchor bolts on the concrete substrate, the mechanical locking key principle is utilised to provide strong anchoring force. It is suitable for

An introduction to flexible seismic bracing: Definition and Role  DEFINITION: Flexible seismic bracing is a type of component or device used to limit the displacement generated by attached electromechanical engineering facilities, to control the vibration of the facilities, and to transfer the loads to the load-bearing structure3. Role of : When an earthquake occurs,

Spring Nuts Product Description OVERVIEW Spring nuts are specially designed nuts with a spring effect to provide additional tightening force and flexibility in a connection. They are typically used in environments where they need to withstand vibration or temperature changes, and are widely used in automotive, mechanical and electronic equipment, among others. Key features Self-locking

When selecting seismic mounts, several factors need to be considered to ensure the reliability and stability of the mounts under extreme conditions such as earthquakes. Here are some key selection elements:    1. Standards compliance Ensure that the brace complies with national and local seismic design standards, such as the Code for Seismic Design of

Photovoltaic Racking Applications   Photovoltaic racking is a type of racking system designed for the placement, mounting and securing of solar panels. They are usually made of aluminium alloy, carbon steel or stainless steel and feature no welding, no drilling, 100% adjustable and 100% reusable1. Photovoltaic racking has a wide range of applications, including the

柔性光伏支架的应用场景有哪些？ 柔性光伏支架凭借其独特的优势，被广泛应用于多个领域，以下是一些主要的应用场景：  山地光伏电站  山区地形复杂，起伏较大，传统刚性支架难以适应。柔性光伏支架可根据山区地形坡度和走向灵活布置。通过调节拉索的长度和张力，使光伏组件更好地贴合地形，实现大面积光伏安装，有效利用山区闲置土地资源，提高光伏发电效率。 水面光伏电站  在湖泊、水库、鱼塘等水面建设光伏电站时，柔性光伏支架重量轻、安装简便等特点使其具有巨大优势，可以减轻水面支撑结构的压力，降低建设成本。同时，它能够适应水面波动和风力影响，通过拉索的灵活调节，保持光伏组件的稳定性，保障发电系统的安全运行。 农业 光伏互补项目  在农光互补应用场景中，需要在不影响农业生产的前提下安装光伏组件。柔性光伏支架可以实现较高的离地高度，为农作物生长提供充足的空间和光照，减少对农业生产的影响。其大跨度特性使得可以在更大面积的农田上建设光伏系统，实现农业与光伏发电的双重效益。  林光互补项目  对于林光互补项目，林地树木分布不规则，地面条件复杂。柔性光伏支架可以灵活避开树木等障碍物，并可采用多联跨等形式安装，最大化利用林地空间，在不影响树木生长的情况下实现光伏发电与林业生产的协同发展，提高土地资源的综合利用率。  屋顶分布式光伏  在一些大型工业厂房、商业建筑和住宅的屋顶上，可以根据屋顶的形状、面积和承载能力定制柔性光伏支架。对于不规则或面积较大的屋顶，柔性支架可以更好地贴合屋顶轮廓，充分利用屋顶空间，增加光伏发电的装机容量，同时减少屋顶的承重压力，提高屋顶光伏系统的安全性和可靠性。  沙漠戈壁地区光伏电站  沙漠戈壁地区风力较大，地势相对平坦，但地表条件较为恶劣。柔性光伏支架抗风性能好，通过拉索结构可以有效抵抗强风，将光伏组件牢固地固定在地面上。此外，柔性光伏支架对地面基础要求较低，可以减少沙漠戈壁地区的基础施工量，降低建设成本和难度，适合大规模建设光伏电站，充分利用这些地区丰富的太阳能资源。

Hot Dipped Galvanised Tie Rods Product Description Overview. Hot Dipped Galvanised Tie Bars are a steel product used in the construction and engineering industry, which are hot dipped galvanised to provide excellent corrosion resistance and strength. They are commonly used to tension and secure structures, ensuring stability and safety. Key features Corrosion resistance: The hot