Products

Adjustable tripods are support structures specifically designed for flat-roof photovoltaic (PV) systems. They utilize the stabilizing principle of triangles to provide a tilt angle for the PV modules. This bracket can adjust the tilt angle according to different lighting conditions and roof layouts, helping to improve the power generation efficiency of the PV system. It is suitable for various types of concrete flat roofs, commercial building roofs, and industrial plant flat roofs.

Flat roof photovoltaic bracket - unidirectional ballast (aluminum alloy) is a non-penetrating photovoltaic support system developed for flat roof scenarios. It uses aluminum alloy profiles as the main structure and fixes the bracket and photovoltaic modules to the roof through cement ballast blocks or concrete counterweights, without drilling holes in the roof or damaging the original structure.

Designed specifically for flat roofs, this system utilizes high-strength aluminum alloy and a triangular stabilizing structure, and is pre-assembled at the factory. Secured by concrete ballast, it does not damage the roof and is compatible with various photovoltaic modules, making it a reliable base for flat roof power stations.

The aluminum alloy photovoltaic bracket - bidirectional ballast - is a non-penetrating fixed bracket system suitable for flat roof photovoltaic power stations. Utilizing a bidirectional ballast design, it stabilizes the photovoltaic array to the roof surface through counterweight modules (such as precast concrete blocks) placed on both the front and rear sides of the bracket. The entire system is constructed primarily of high-strength aluminum alloy, suitable for various flat roof structures such as concrete, asphalt, and roof rolls. No drilling or welding is required, allowing for photovoltaic system deployment without altering the original roof structure.

Waterproof gaskets (also known as waterproof bases) are specialized sealing and connecting components installed at the fixing points of photovoltaic brackets on corrugated steel roofs or tile roofs. This product combines physical covering and elastic sealing to specifically reduce the risk of water leakage caused by nailing (bolt fixing) when connecting photovoltaic brackets to the roof. As a core component of photovoltaic installation waterproofing systems, waterproof gaskets are suitable for new photovoltaic buildings and photovoltaic renovation projects of existing buildings, especially on roofs made of corrugated steel roofs or various types of tiles.

A rooftop photovoltaic (PV) support system is a photovoltaic panel support system specifically designed for pitched tiled roofs. It mainly consists of three components: hooks (connecting to the roof beams), guide rails (supporting the PV panels), and clamps (fixing the components). Its core feature is that the stress points are concealed beneath the tiles, using hooks that pass through the tile seams to connect to the structural layer, providing a stable foundation for the PV system without significantly compromising the roof's integrity. This system is suitable for various tile types, including ceramic tiles, glazed tiles, and slate tiles, and is typically made of stainless steel or aluminum alloy. It must meet requirements for wind and snow resistance, and its service life is generally over 25 years.

The Agricultural Solar Mount (or Agrivoltaic Mounting System) is a steel structure support system specifically designed for the "power generation on the slab, farming below" model. 

This carbon steel solar-powered cantilever carport features a column-free cantilever design for unobstructed parking and access. The roof integrates photovoltaic panels, providing power generation, sun shading, and rain protection. The carbon steel body is corrosion-resistant and wind-resistant (withstanding wind speeds of up to 60 m/s). Suitable for industrial parks, commercial areas, and family parking spaces, it can be equipped with charging stations, offering long-term benefits from a one-time investment.

Aluminum alloy solar carports can be viewed as a "photovoltaic carport system." They use photovoltaic modules instead of the traditional carport roof, providing not only shelter from wind and rain but also generating electricity from solar energy, achieving dual use of the land. The core component is the aluminum alloy structure, which brings several unique advantages.

Ramming Pile Solar Ground Mount - Slope Area is a highly efficient solution for complex terrains such as slopes and hills. It eliminates the need for large-scale land leveling; by driving steel piles directly into the ground as a foundation and then installing adjustable supports, photovoltaic power plants can be built quickly and stably on irregular ground.

Cast-in-place piles are a type of cast-in-place concrete pile foundation used to provide stable load-bearing capacity and anchoring for the ground support system of photovoltaic power plants. The principle is to mechanically drill holes at predetermined pile locations, insert a reinforcing cage, and then pour concrete on-site to form a monolithic pile column deeply embedded in the stable soil layer. This product is suitable for photovoltaic projects with complex geological conditions, high bearing capacity requirements, or highly corrosive environments, and is one of the most widely used foundation types in large-scale ground power plants.

Ground-mounted photovoltaic (PV) support systems are PV systems where foundation piles are driven directly into the soil using mechanical pressing or screwing methods, upon which PV modules are installed.