Jchx Hot-DIP Galvanized Steel Structure Solar Mounting Structures

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Jchx Hot-DIP Galvanized Steel Structure Solar Mounting Structures

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Product Description

Overview

Model NO.	Solar Panel Mounting Bracket	Certification	GB, ISO, CE, RoHS
Application	Commercial	Material	Steel
Type	Solar Bracket	Coating	Hot DIP Galvanized or Zinc Al Mg Coating
Grade	Q235/355, etc.	Wind Load	60m/S
Snow Load	1.4kN/M²	Production Capacity	100000 Tons / Year

Product Description

Our hot-dip galvanized steel structure solar mounting structures are highly corrosion-resistant and popular photovoltaic bracket variety. It not only has good yield strength and tensile strength, but also has good wear resistance. The thick hot-dip galvanized protective layer on the surface can better adapt to various harsh climates such as drought, humidity, salt spray, rain and snow. Especially suitable for coastal climate.

Parameter	Specification
Material	High-strength carbon steel
NO. of Panel	Custom
Number of rows of racks	Custom
Wind Load	60m/s
Snow Load	1.4KN/M2
Coating	Hot-dipped galvanized / Zn Al Mg alloy coating
PV Tilt Angles	Within 15 to 45º
Application Scenarios	Ground
Installation Method	Fastener installation
Type of Piling	Cement-embedded steel piles or Steel ground screw pile
Corrosion Resistance	30 Year (salt spray and UV resistant)
Main Components	Guide rails, galvanized C-shaped steel, nuts/bolts, pressure plates, ground piles
System Height	18-36 inches above ground
Certifications	ISO 9001, CE, Rohs, ISO14001, ISO45001

Key Advantages

🛡️

Highly Corrosion-Resistant

Excellent weather resistance and fatigue resistance. It can resist external forces such as wind, snow, and earthquakes, ensuring the safety of solar modules.

🏗️

High Structural Strength and Stability

Made of carbon steel through Zinc aluminum magnesium coating treatment, providing sufficient structural strength to resist impact on bearing capacity.

Manufacturing Excellence

Global Expert in Intelligent Photovoltaic Bracket Manufacturing

✅ 10,000 sqm Base: Intelligent manufacturing facility ensuring robust capabilities.

✅ Advanced Matrix: 10 automated production lines producing 200,000 tons annually.

✅ Certifications: Global authoritative certifications including ISO triple system, CE, and Rohs.

Product Matrix

🔹 Hot-dip Galvanized: Protection for over 25 years.

🔹 Zinc-Aluminum-Magnesium: Self-repairing technology for harsh environments.

🔹 Aviation Aluminum: Lightweight and high-strength for rooftops.

Global Projects

Service Commitment

⭐ 1v1 Exclusive Butler: Full escort from design to installation guidance.

⭐ 24-hour Response: Uninterrupted global time zone response.

⭐ Free Experience: Free design and sample experience available.

Frequently Asked Questions

Q1: What is a solar ground mounting system and its advantages? A: It is a support structure for mounting PV panels on the ground, typically made of corrosion-resistant galvanized steel or aluminum. It offers high stability, easier maintenance, and better optimization for solar angles compared to rooftop systems.

Q2: What kind of foundation is required for installation? A: Foundations include Concrete (stable for most soils), Screw Piles (fast installation, minimal disturbance), and Ballasted Foundations (suitable where excavation is not possible).

Q3: What are the maintenance requirements? A: Maintenance includes annual inspections of connections/bolts, regular panel cleaning for efficiency, and vegetation management to prevent shading. Our systems are designed to last over 25 years.

Q4: How does the system handle extreme weather? A: The structures are engineered for high wind loads (up to 60m/s) and snow loads (1.4kN/M²), utilizing high-strength carbon steel and thick protective coatings.

Q5: Is customization available for different land types? A: Yes, the system height, tilt angles (15-45º), and piling types can be customized based on local geology and specific project requirements to maximize land use.

Q6: What is the typical lifespan of these mounting structures? A: Due to the hot-dip galvanized or zinc-aluminum-magnesium coatings, the structures offer a corrosion resistance lifespan of 30 years or more in standard environments.