Mesh Cable Tray for solar power plant

Production Discription   Ladder Type Cable Tray: The Ladder Type cable tray is a commonly used cable support system. It is composed of cross beams and longitudinal hooks, taking on a ladder like shape. Not only in solar power plant but also the ladder type cable tray is generally suitable for laying cables with larger diameters and is used in the laying of both high and low power cables. Meanwhile, the ladder type cable tray can be directly used for vertical installation. It is often applied in construction scenarios such as basements, computer rooms, and factory buildings

The Triangular Bending Guardrail Fence is a high-strength, weather-resistant security solution ideal for solar farms and large-scale energy projects. Featuring a Delta Bend Guardrail Mesh design, it offers enhanced rigidity, impact resistance, and long-term durability. Made from galvanized or powder-coated steel, it resists rust and UV damage while requiring minimal maintenance. 

All three of these mounting structures—L feet with flashing kits, hanger bolts with L feet, and stainless steel roof hooks—are well-suited for installing solar panel systems on asphalt shingle roofs. They offer flexibility, reliability, and strong support, making them ideal choices for homeowners looking to harness solar energy efficiently. Whether you're installing a new solar system or upgrading an existing one, these mounting options will ensure a smooth and successful installation.

Product Description Solar HDG Grating Walkway is a kind of walkway processing with hot-dip galvanizing surface treatment, specially used in solar project sites. This solar walkway has very good anti-corrosion and perfect drainage and ventilation, also it has good certain weight load-bearing capacity. Now the HDG walkway is very popular used in the solar sites construction. Durable using, convenient for engineers do regular solar panel maintain or cable checking works.  Technical Parameters Material Mild Steel (Carbon Steel) Stainless Steel Bearing bar size 3mm thickness with 20mm to 40mm depth. 5mm thickness with 20mm to 120mm depth. Customized size available. Bearing bar style Smooth bar, Serrated bar, Smooth I Bar, Serrated I bar Bearing bar space (center to center) 12.5mm, 15mm, 30mm, 40mm, 50mm Cross bar style Twist bar Round bar Rib bar Cross bar space (center to center) 50mm, 76mm, 100mm Surface treatment Hot Dipped Galvanized Untreated Application Solar Walkway, Industrial Platform, Sump, Trench, Drainage and so on.

The N-Type Solar Ground Mounting Structure is an efficient, durable, and cost-effective solution for ground-mounted solar energy installations. With its high-quality aluminum alloy material, corrosion resistance, quick installation, and adaptability, this system is ideal for various solar projects worldwide.

Solar Mono Half Cell PV Module is a special photovoltaic module panel assembled with N-type solar cells, which has the advanced characteristics of high conversion efficiency, low temperature coefficient, no light attenuation and potential attenuation. It is suitable for various lighting conditions, especially under high temperature environment that its performance will be much more superior rather than normal traditional ones.

Use these for long rows of rail, simply join lengths of rail using the rail splice kits.

Flexible modules are a new type of photovoltaic modules that are lightweight, thin, and flexible. They can be directly attached to curved roofs without the need for brackets or other installation systems. There are three types: conventional crystalline silicon, MWT crystalline silicon and thin film. Compared with traditional photovoltaic modules, flexible modules are thin, soft, and bendable. They are suitable for distributed power stations such as color steel tile roofs, flat roofs, and residential tiled houses. They can also be used in scenarios such as landscape lights, mobile power supplies, robots, and outdoor activities. . It can be flexibly combined with various innovative solutions, expanding the infinite possibilities of photovoltaic technology applications.