1. Structural Safety Risk
Railings and building structures lack sufficient load-bearing capacity. A standard-sized photovoltaic module with its mounting system can weigh 15–25 kilograms. When this weight is applied to railings, the resulting leverage effect multiplies the actual lo...
Balcony railing photovoltaic mounting systems fall under the "balcony/roof non-penetrating mounts" segment within the photovoltaic mounting market. Serving protective, decorative, and structural functions, they are critical components for residential distributed PV systems.
In recent years, ba...
In the construction of ground-mounted photovoltaic power plant, the choice of foundation type directly determines system safety, construction duration, and long-term operational and maintenance costs. The two mainstream solutions currently are Independent Base and Composite Base.
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Verification Technical Specifications
Material Thickness: Steel plate ≥2 mm, hot-dip galvanized coating ≥60 µm (≥80 µm in coastal areas)
Load-bearing Capacity: Wind and snow load calculations shall be performed in accordance with the Photovoltaic Mounting Structure Design Stand...
1. Safety Risks
Manifestations: Structural instability, overturning, collapse, potentially leading to roof leaks or fires.
Causes: Low-cost solar mounting systems often use thin steel plates, insufficient galvanization, or omit corrosion protection entirely, resulting in inadequate wind and sn...
1. Ballast-type Bracket
Advantages
No drilling required: Eliminates the need to drill holes in the roof surface, preventing damage to the waterproofing layer. Ideal for roofs with high waterproofing requirements (e.g., color-coated steel tiles, tile roofs).
Quick installation: Completed...
1. Ballast-type Brackets
l By placing precast counterweights (concrete blocks, metal blocks, etc.) on the bracket base or bracket body, the entire bracket is pressed onto the roof surface using gravity, ensuring stability without any bolts or anchors.
l The weight, positio...
Photovoltaic roof mounting systems (also known as PV support structures) serve as the critical components connecting solar panels to building roofs. Their design and selection directly determine the system's safety, power generation efficiency, and service life. Below, we systematically elabor...
1. Structural strength and roof fit
• Select the Photovoltaic bracket that conforms to the Design Code for Photovoltaic Power Plants (GB50797-2012), with steel plate thickness ≥ 2.0 mm and hot-dip zinc thickness ≥ 60 µm; ≥ 80 µm in coastal areas.
• Carr...
I. Core Functions
Photovoltaic Fence System: ① Protective isolation (same as traditional fence) ② Photovoltaic power generation (providing clean energy)
Traditional fences (steel mesh, wire, concrete walls, etc.): only provide physical isolation, anti-theft, anti-intrusion and other security f...
1. Agriculture, fishery, animal husbandry and other "PV+Industry" composite scenarios
Agricultural light complementary fence: installing PV fences around farmland, orchards and greenhouses can not only prevent animals and people from invading, but also supply power to irrigation pumps and gre...
1. Preparation and protection before installation
During installation, operators need to wear protective equipment (such as protective glasses, masks, gloves and overalls) and choose a well-ventilated and brightly-lit place to operate in order to minimize the inhalation of dust and dust. In additio...
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