For large-area hyperboloid panels, a segmented splicing strategy can be adopted, which decomposes the complex curved surface into several regular units, installs and levels them piece by piece, and reduces the difficulty of construction.
After production is completed, the honeycomb core needs to be fully tested, including indicators such as pore size, wall thickness uniformity, and node strength.
For high-altitude and cold regions, the photovoltaic panels are made of low-temperature resistant materials, and the batteries are equipped with heating devices to prevent performance degradation caused by low temperatures.
Structural reinforcement design is the core means to eliminate welding thermal stress in aluminum honeycomb panels.
In modern building facades, balconies, stairways, overpasses, and public spaces, guardrails are not only essential for safety but are also increasingly becoming a key element of architectural aesthetics.
The modular design supports dynamic adjustment and function expansion, providing convenience for subsequent maintenance and upgrades.