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Solutions for Solar PV Power Generation Engineering
Tile Roof Bracket Steel Tile Roof Bracket BIPV Bracket Flat Roof Bracket Steel Tile Roof Bracket Ground Bracket |
Common Treatment Methods and Principles for Installing Photovoltaic Systems on Household Glazed Tile Roofs
1. Prioritize structural integrity: Verify roof load-bearing capacity, and reinforce old buildings if necessary.
2. Waterproof pre-treatment: Use a dual protection system of "stainless steel hook brackets + waterproof adhesive" on the roof.
3. Optimize lighting: Install in a south/southwest orientation, generally laying flat along the roof surface.
4. Lightning protection and grounding: Ensure reliable connection between brackets and building lightning protection system.
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Stainless Steel Hook + Aluminum Rail Bracket
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Glazed Tile Roof PV Mounting Solution
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Glazed Tile Roof PV Mounting Solution
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Concrete Tile Roof Hook Installation Method
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Concrete Tile Roof Hook Installation Method
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Tile Roofing Hook Bracket
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Tile roof hook bracket (Adjustable leveling hook)
Common processing methods and principles for installing photovoltaic power generation systems on industrial and commercial color steel tile roofs
① Prioritize structure, verify roof load-bearing capacity, and reinforce old buildings; ② Conduct waterproof pretreatment, adopt the "color steel tile clamp + bracket" solution for the roof, use clamps for color steel tiles to avoid drilling, and ensure a slope of >5° to prevent water accumulation; ③ Optimize lighting, lay flat for south-facing installations, and use angle-raising brackets for north-facing installations to tilt the photovoltaic panels southward to increase power generation; ④ Implement lightning protection and grounding, ensuring reliable connection between brackets and building lightning protection belts;
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彩钢瓦夹具L脚固定支架
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H型导轨连接件
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角驰彩钢瓦光伏支架
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直立锁边型夹具支架
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直立锁边型夹具支架
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角驰III型夹具支架
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30*40铝合金导轨支架
Common processing methods and principles of Building-integrated Photovoltaics (BIPV)
BIPV aluminum alloy waterproof bracket: The W-shaped water guide slot and U-shaped water guide slot are crisscrossed, achieving a waterproof installation effect for photovoltaics. The waterproof photovoltaic bracket is made of aluminum alloy, with silicone sealant applied at the joints to ensure structural safety, smooth drainage, and convenient construction.
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工业厂房人字形屋顶BIPV防水支架
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人字坡屋顶BIPV防水光伏支架
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人字坡屋面BIPV光伏防水支架
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彩钢瓦屋面M型导水槽光伏支架
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弧形防水导轨BIPV光伏支架
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弧形铝合金光伏防水导轨
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W形铝合金光伏防水导轨
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M形铝合金光伏防水导轨
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M形铝合金光伏防水导轨（导水槽）
混凝土平面屋顶光伏安装系统 常用处理方法及原则
针对混凝土平面屋顶光伏安装系统，我们优先采用膨胀螺栓固定支架，穿透点用防水套管+密封胶处理，或配重块压载式非穿透安装。支架选用高强度铝合金和不锈钢紧固件，确保排水坡度≥3%，避免积水，卷材加强层补偿防水层破坏。
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混凝土平屋顶铝合金光伏支架
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混凝土平屋顶铝合金光伏支架
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混凝土平屋顶铝合金光伏支架
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混凝土平屋顶铝合金光伏支架（角铝支架）
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混凝土平屋顶铝合金光伏支架（角铝支架）
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混凝土平屋顶铝合金光伏支架（角铝支架）
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混凝土平屋顶铝合金光伏支架（角铝可调角度支架）
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混凝土平屋顶铝合金光伏支架（角铝支架）
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混凝土平屋顶铝合金光伏支架（角铝支架）
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混凝土平屋顶铝合金光伏支架（压载式支架）
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混凝土平屋顶铝合金光伏支架（压载式支架）
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混凝土平屋顶铝合金光伏支架（压载式支架）
梯形彩钢瓦屋面光伏安装系统 常用处理方法及原则
梯形彩钢瓦屋面光伏安装，一是采用梯形夹具夹持波峰打钉固定，但需加防水橡胶垫或打胶防水，避免屋面漏水。二是采用非穿透式安装，如使用AB强力结构胶粘于彩钢瓦。该光伏支架用高强度铝合金和不锈钢紧固件。
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梯形彩钢瓦屋面L脚支架方案
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梯形彩钢瓦屋面U型导轨支架方案
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梯形彩钢瓦屋面U型底座+H型导轨支架方案
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梯形彩钢瓦屋面L脚支架方案
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梯形彩钢瓦屋面U型底座+H型导轨支架方案
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梯形彩钢瓦屋面L脚支架方案
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梯形彩钢瓦屋面L脚支架方案
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梯形彩钢瓦屋面梯形夹具+导轨支架方案
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梯形彩钢瓦屋面U型导轨支架方案
双排/多排立柱光伏安装系统 常用处理方法及原则理工程
双排/多排立柱光伏安装，优先采用混凝土灌注桩或预制桩基础，确保立柱间距均匀，适应地质条件。立柱选用高强度铝合金，通过预埋螺栓或膨胀螺栓固定，底部设防水套管 + 密封胶防渗透。支架采用可调式节点，确保排水坡度≥3%，避免积水。
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JX018混凝土屋面光伏支架系统
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平屋顶铝合金光伏支架
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混凝土平屋顶多排立柱铝合金光伏支架
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混凝土平屋顶多排立柱铝合金光伏支架
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混凝土平屋顶多排立柱铝合金光伏支架
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混凝土平屋顶立柱铝合金光伏支架
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地面安装多排立柱铝合金光伏支架
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混凝土屋顶安装多排立柱铝合金光伏支架
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混凝土屋顶安装多排立柱铝合金光伏支架
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混凝土屋顶安装多排立柱铝合金光伏支架
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混凝土屋顶安装多排立柱铝合金光伏支架
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混凝土屋顶安装多排立柱铝合金光伏支架
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混凝土屋顶安装铝合金光伏支架
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混凝土屋顶安装铝合金光伏支架
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地面安装铝合金光伏支架
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