Flexible Solar Panel Mounting System Supplier,Flexible Solar Panel Mounting System Manufacturer

Flexible Solar Panel Mounting System

Huge Energy Flexible Solar Mounting System has three major advantages: high clearance, large span and high safety. It effectively addresses the issues of land occupation, limited reuse, and high construction costs associated with traditional solar mounts. It can better assist the comprehensive reuse of land and promote the application and popularization of comprehensive "PV +" projects, such as agricultural PV, forest PV, fishery PV and pastoral PV.

Material:

Steel Wire Rope

Wind Load:

≤ 60 m/s，Per Local codes

Snow Load:

1.6KN/M²，Per Local codes

Service life:

≥ 25 Years

Warranty:

15 Years

Installation Site:

Sewage Treatment Plants or Coal Plants or Breeding Plants

Max. span:

≤50m

Ballast PV System

Ballast PV System are applied to various kinds of flat roof projects. Main components made of hot-dip galvanized steel have good performance of structure strength, stability and anti-corrosion, and are compatible with varied solar modules. Patented structure design guarantees shorter installation time to save construction cost.

Metal Roof Solar Mounting System

The Metal Roof Solar brackets are suitable for roofing with corrugated sheet metal, or trapezoidal metal sheet. A Hanger bolt is available for the foot option, making the installation more convenient, competitive, and reliable. The systems fully comply with the Australian and other international standards on wind & snow load, making it suitable for a wide variety of climatic zones.

HDPE Water Ballast

All-round solution for flat roofs and floors Integrated design: great help to quick and easy installation amd reduce costs for installation, operation and maintenance. Proprietary material formula: resistant to aging, moisture, heat, and corrosion at extrem weather, ensuring long-term durability. Material testing: undergoes rigorous weather resistance testing, guaranteeing 25-year service life and 15-year product warranty. Reinforced structural design: enhanced connector design ensures strong wind resistance to provide added stability. Special Precaution: serve as a backup water source for fire extinguishing as an additional safety measure in case of fire.

Agrivoltaic Solar Mounting System

Dual-use in land for both agriculture and energy production can improve land use efficiency and increase crop production by over 30%. And it can provide an additional source of income for farmers, making it a financially attractive option.

Tilted photovoltaic bracket system

HUGE inclined photovoltaic bracket system is suitable for flat terrain and various uneven slopes, with strong wind and snow resistance. System stability, large-span design, minimal installation components, and low cost. Adjustable angles from east, west, north, and south, suitable for various inclined terrain. By using a pile driver to drive the foundation into the ground, construction is simple and installation efficiency is high.

Building-Integrated Photovoltaics (BIPV) System

Building-integrated photovoltaic (BIPV) systems have dual-purposes: They serve as both the outer layer of a structure and electricity generation for off-grid or on-grid. BIPV systems save construction material costs and electricity costs, reduce pollution.

Hanger Bolt Kit

The Metal Roof Solar brackets is suitable for roofing with corrugated sheet metal, trapezoidal metal sheet. Hanger Bolt Kit is available for foot option, making the installation more convenience, competitive and reliable. The systems are fully comply with the Australian and other international standards on wind & snow load, making it suitable for a wide variety of climatic zones.

SMD Horizontal Single-Axis Tracker

Solar tracking system is oriented north-south and tracks east-west. Powered by motors and guided by astronomical algorithms, it aligns the module with the sun's azimuth. This optimizes direct sunlight exposure on the PV module surface to enhance power generation.

PV Module Cable		Stabilizing Tie Rod		Load Bearing Cable		Wind-Resistant Cable
The two parallel module cables on the upper layer play the role in supporting and fixing the modules, using special connectors, the modules are installed through the sliding method, which effectively improves construction safety and shortens construction period.		The function of the stabilizing tie rod is to connect the module array into a whole, forming a spatial whole with the transverse connecting rope, thereby improving the overall spatial stiffness and overall stability, effectively resisting wind vibration, and ensuring the stable operation of the PV array.		A load-bearing cable on the lower layer is connected to the bottom of the stabilizing tie rod in the same direction as the module cable. Through the design of the tension stress of the load-bearing cable and the module cable, the disturbance of the module cable can be effectively controlled to improve the resistance to external loads such as wind/snow load.		The wind-resistant cable can reduce the amplitude of the module cable's oscillation in the wind, minimizing the impact of wind forces on the module cable. It effectively counteracts external loads caused by suction, decreases the cable's movement, and ensures the safety of the module cable.

Structural type	Double-layer cable flexible bracket	Module arrangement	Vertical/horizontal
Single span	10~60m	Module type	Compatible with all modules
Foundation form	PHC/cast-in-place	Pile String form	1*n
Clearance height	0.5～10米	Module inclination	0°-25°
Wind load standard value	0.3~1.0kN/m²	Normal use limit deflection	1/50L
Terrain adaptability	Mountain, fish pond, tidal flat, etc	Deflection under deadweight only	1/250L
Anti-corrosion coating	Mg-Al-Zn, hot-dip galvanized	Structural design service life	25 years
Material	High-strength low-relaxation prestressed galvanized steel strand, anti-loosening anchor, Steel structure (Q235, Q355, Q420, Q460 or equal strength materials), etc.
Bearing capacity limit state	Strictly meet the requirements of strength, stiffness and stability, cable force is less than 0.5 times the breaking force

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