Fixed Photovoltaic Support System

Fixed photovoltaic support systems have core advantages such as stable structure, high cost-effectiveness, easy installation, strong adaptability, convenient operation and maintenance, and good long-term reliability. As the most classic and fundamental support solution for photovoltaic power stations, it achieves the optimal balance between power generation performance and return on investment by installing photovoltaic modules at a fixed Angle and orientation. In various large-scale power station applications, fixed brackets, with their outstanding economic performance, remain the absolute mainstream choice for ground-mounted power stations, distributed rooftops and other projects.

The installation of fixed photovoltaic brackets should be closely combined with the local geographical latitude, climatic conditions and site characteristics. Its optimal inclination Angle is usually determined based on the local annual maximum power generation demand, and rigorous structural design is required to ensure its safety and stability under extreme weather conditions such as wind loads and snow loads.

Detailed description of advantages

Ultimate cost advantage: With a simple structure and no moving parts, its material cost and processing cost are significantly lower than those of tracking brackets. At the same time, the installation process was standardized, significantly reducing construction and later maintenance costs.

Outstanding structural strength and stability: Mature mechanical design, combined with high-performance anti-corrosion materials such as hot-dip galvanizing, possesses powerful wind resistance, snow load resistance and corrosion resistance. The system lifespan can reach over 25 years, perfectly matching the lifespan of components.

Wide site adaptability: Through flexible foundation design (such as concrete foundation, spiral pile, etc.), it can easily cope with various complex terrains such as flat land, mountains, tidal flats, and rooftops, achieving comprehensive utilization of land resources.

Simple and reliable operation and maintenance: Due to the absence of complex rotating mechanisms and control systems, the failure rate is extremely low. Daily routine cleaning and inspection are only required, resulting in low and worry-free operation and maintenance costs.

Mature technology and complete certification: Its design, manufacturing and installation have all formed a complete standard system, with strong quality assurance.

Easy to integrate with composite projects: Its stable structure and high flexibility make it very convenient to combine with "agriculture-photovoltaic complementarity", "fishery-photovoltaic complementarity" and other "photovoltaic +" projects, generating electricity without affecting the original production activities on the ground.