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ProductsWe are a manufacturing enterprise specializing in profile fabrication and advanced steel processing, with established scale and strong capabilities. Currently, we employ over 100 staff and boast a highly skilled service team. Leveraging years of experience in profile processing and a dedicated R&D team, we continuously develop photovoltaic mounting systems that offer high reliability and cost-effectiveness. In addition to providing customers with standardized PV mounting products, we also deliver comprehensive system design and related services.
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About UsGuojian (Tianjin) Iron & Steel Co., Ltd. was established in November 2020 with a registered capital of RMB 50 million. Located in Jinghai District, Tianjin, the company has an annual production capacity of 420,000 metric tons. We are a manufacturing enterprise specializing in the production of structural steel products and the deep processing of steel materials.
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SupportA scientifically sound management system and state-of-the-art production equipment enable us to deliver higher-quality services to our customers.
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BlogWith a considerable scale and strong capabilities, we currently employ over 100 staff and boast a highly skilled service team. We continuously research and develop photovoltaic mounting systems that offer high reliability and cost-effectiveness.
Product Details
We are a manufacturing enterprise specializing in profile production and advanced steel processing, with established scale and strong capabilities. Currently employing over 100 staff, we boast a highly skilled service team and continuously develop photovoltaic mounting systems that offer high reliability and cost-effectiveness.
Flexible photovoltaic mounting system
Flexible photovoltaic mounting brackets are a support system based on a prestressed cable-net structure, in which high-strength steel strands or cables replace traditional rigid steel beams as the core load-bearing elements.
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Product Details
Flexible photovoltaic mounting systems are support structures based on prestressed cable-net technology. At their core, high-strength steel strands or cables replace traditional rigid steel beams, relying on tensile forces rather than pure structural stiffness for load-bearing. This design is particularly well-suited for large-span applications, complex terrains, and “PV-plus” integrated scenarios.
Key Technical Points
Tension control: Once tensioning is complete, the system must be locked; temperature and seasonal variations require re-inspection. Wind-induced vibration is the primary risk associated with flexible support structures and necessitates modal analysis and vibration-control design.
Corrosion resistance: For coastal projects, hot-dip galvanizing combined with a protective coating is preferred, or stainless steel/aluminum alloy components should be used.
Wind Load: Design wind-resistant cables and restraints in accordance with local wind-pressure standards to prevent cable-net instability or component damage under extreme wind speeds.
Component installation: The fixture must provide flexible contact to prevent hidden cracks in the components; during layout, minimize shading and shadow obstruction.
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