Photovoltaic mounting system

With the advancement of global carbon neutrality, the PV mounting industry is evolving from a “single support structure” to an “intelligent power generation optimization system”. In the future, through the deep integration of material innovation, digital operation and scenario-based design, PV mounts will play a more critical role in enhancing the value of the whole life cycle of power plants. Enterprises need to strengthen the interdisciplinary technology reserves, in order to cope with the complex application scenarios under the technology iteration needs.

Industry Development Trends and Challenges

• Cost reduction and efficiency drive technology upgrading

1. The increase in module power to 600W+ requires a simultaneous increase in the load-bearing capacity of the bracket;

2. Pre-assembled racking system (Plug-and-Play) shortens on-site installation cycle.

• Integrated design of BIPV and racking

      Building Integrated Photovoltaic (BIPV) promotes customized racking solutions, such as curved racking and curtain wall integrated racking.

• Green Circular Economy

1. Decommissioned racking recycling technologies (e.g. hot-dip galvanizing layer stripping and reuse) have become the focus of R&D;

2. Carbon footprint certification (EPD) is incorporated into procurement standards.

• Emerging Market Adaptation Challenges

1. Mold and mildew resistant treatments in the hot and humid climate of Southeast Asia;

2. Matching metal expansion coefficients due to high temperatures in the Middle East.