Solar Fastener News

Solar energy refers to the energy originating from the sun, transmitted in the form of electromagnetic radiation. It serves as the ultimate source for almost all energy on Earth (such as fossil fuels, wind energy, hydropower, and biomass) and represents a vast, clean, widely distributed, and renewable energy resource.

In photovoltaic retrofit projects for industrial buildings, concrete roofs have become a key carrier for solar systems due to their strong load-bearing capacity and long service life. The screws that connect the photovoltaic brackets to the concrete substrate serve as the 'foundation anchors' of the entire system, and their proper selection and installation standards directly determine the structu

It features a square neck beneath the round head that locks into the mounting hole during tightening to prevent rotation. It is commonly used to secure rails to clamps.

In the installation and operation of solar photovoltaic (PV) systems, screws serve as critical components for connecting parts, directly influencing the system's stability, safety, and service life. Solar-specific screws are not a simple substitute for ordinary screws; instead, they are developed and designed to address the unique requirements of PV scenarios. Significant differences exist between

Against the backdrop of the accelerating global energy transition, the importance of the photovoltaic industry has become increasingly prominent. Recently, a blockbuster news has attracted widespread attention in the industry — the world's first international standard in the field of photovoltaic direct current has been officially released. The full name of this standard is Distributed Photovoltai

The photovoltaic industry is driving the clean energy revolution as a core force. When people marvel at the grandeur of million-kilowatt-level photovoltaic power stations and praise the technological breakthroughs of high-efficiency solar panels, they often overlook a key role supporting the entire system — solar fasteners. These seemingly tiny metal components, like the "skeletal joints" of photo

Solar power generation has become one of the most promising clean energy sources. However, the long-term stable operation of photovoltaic systems not only relies on high-efficiency solar panels but also depends on a set of high-performance fastener systems - solar screws. As key components connecting photovoltaic modules to brackets and fixing systems to bases, the performance of solar screws dire

In solar energy equipment, screws not only perform the basic fixing function but also play an indispensable role in multiple links such as electrical connections, component assembly, maintenance and overhaul. These applications further ensure the stable operation and efficient work of solar energy equipment.

Solar screws (also known as photovoltaic screws) are specialized fasteners used in solar photovoltaic systems to fix components, brackets, guide rails, and other parts. Their performance directly affects the stability, safety, and service life of photovoltaic systems. The following the core knowledge of solar screws from aspects such as material, specifications, performance requirements, applicati