Jchx PV Ground Mounting Structure for Solar Ground Power Station

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Jchx PV Ground Mounting Structure for Solar Ground Power Station

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Product Description

📊 Basic Information

Model NO.Solar Panel Mounts

CertificationGB, ISO, CE, RoHS

ApplicationCommercial

MaterialSteel

TypeSolar Bracket

CoatingHot DIP Galvanized or Zinc Al Mg Coating

Wind Load60m/S

Snow Load1.4kN/M²

Production Capacity100,000 Tons / Year

💡 Product Description

Our PV ground mounting structures for solar ground power stations are highly corrosion-resistant and popular photovoltaic bracket varieties. They offer excellent yield strength, tensile strength, and wear resistance. The thick hot-dip galvanized protective layer allows these brackets to adapt to harsh climates, including drought, humidity, salt spray, rain, and snow, making them especially suitable for coastal regions.

⚙️ Product Parameters

Parameter	Specification
Material	High-strength carbon steel
No. of Panel	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
Installation Method	Fastener installation
Piling Type	Cement-embedded steel piles or Steel ground screw pile
Corrosion Resistance	30 Year (salt spray and UV resistant)
Main Components	Guide rails, C-shaped steel, nuts/bolts, pressure plates, ground piles, gaskets
System Height	18-36 inches above ground
Warranty	5-year material warranty

🛡️ Key Advantages

✔ Highly Corrosion-Resistant: Excellent weather and fatigue resistance. It maintains uniform stress and resists external forces such as wind, snow, and earthquakes.
✔ High Structural Strength: Made of carbon steel with Zinc Aluminum Magnesium coating, providing stability under extreme load conditions.

🏗️ Manufacturing Excellence

As a global expert in intelligent photovoltaic bracket manufacturing, our facility in the industrial heart of North China sets new benchmarks.

✓ 10,000 m² BaseIntelligent Manufacturing facility with robust capabilities.

✓ Advanced Matrix10 automated CZU steel production lines, 200,000 tons annual capacity.

✓ CertificationsGlobal authoritative certifications including ISO triple system, CE, and Rohs.

🌍 Global Project Footprint

Our solutions are deeply involved in major energy strategic projects:

⭐Million Kilowatt-level Photovoltaic Oxygen Production Super Project
⭐90,000 kW Wind-Solar-Storage Integrated Demonstration Project
⭐Hundred Megawatt Poverty Alleviation Power Station
⭐Ecological Photovoltaic Project

✨ Service Commitment

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

24-hour Cloud Escort: Uninterrupted global time zone response.

Professional Support: Free design and sample experience services.

Professional team responds within 10 minutes. Sample delivered within 72 hours. 3D modeling provided within 48 hours.

❓ Frequently Asked Questions

Q1: What is a solar ground mounting system and its advantages? A solar ground mounting system is a support structure used to mount photovoltaic panels on the ground. It is made of corrosion-resistant materials like galvanized steel and anchored using concrete foundations or screw piles. It offers easier cleaning and maintenance compared to rooftop systems.

Q2: What kind of foundation is required for installation? Foundations depend on geology and climate. Common types include Concrete Foundations (stable and reliable), Screw Piles (fast installation, minimal soil disturbance), and Ballasted Foundations (ideal for sites where excavation is unsuitable).

Q3: What are the land area requirements? The land area depends primarily on the total system capacity, the efficiency of the panels, and the specific layout required to avoid shading between rows.

Q4: How often do these systems require maintenance? Ground-mount systems are low maintenance. We recommend inspecting connections once or twice a year, regular panel cleaning depending on dust levels, and trimming surrounding vegetation to prevent shading.

Q5: What is the typical lifespan and cost? High-quality mounting systems are designed to last over 25 years. While initial installation costs can be higher than rooftop systems, they often provide better long-term efficiency and easier accessibility.

Q6: Are the systems resistant to extreme weather? Yes, our systems are engineered for wind loads up to 60m/s and snow loads up to 1.4kN/m², using hot-dip galvanized steel to ensure maximum durability in harsh environments.