An industrial park plans to install distributed photovoltaic systems on the roofs of several of its factories to utilize idle space for green energy production. Due to the diverse structures of factory roofs, including flat roofs, sloping roofs and special-shaped roofs, the flexibility and customization of the bracket system are highly required.

Problem Analysis:

1. Roof load-bearing limit : The load-bearing capacity of different factory roofs varies greatly, and the weight distribution of the support system needs to be accurately calculated.

2. Limited installation space : There are many obstacles such as roof edges and equipment pipes, which affect the bracket layout.

3. Wind and earthquake resistance requirements : The industrial park is located in an earthquake-prone area, and the support system must have sufficient structural strength and stability.

Solution:

· Customized bracket design : Design a dedicated bracket solution for each roof type to ensure that the bracket fits tightly with the roof structure while meeting load-bearing and safety requirements.

· Application of lightweight materials : Use lightweight and high-strength materials such as aluminum alloy to reduce the weight of the bracket and reduce the impact on the roof load-bearing capacity.

· Intelligent layout software : Use 3D modeling software to accurately simulate bracket layout, avoid obstacles in advance, and optimize installation efficiency.

· Strengthen connection nodes : Use earthquake-resistant connectors and reinforcement measures to improve the overall wind and earthquake resistance of the support system.