Product Description
Ground solar panel brackets racking systems usually consist of metal structures, concrete bases, and other spare parts to fix solar panels on a rack. It is highly suitable for large-scale projects such as commercial PV power stations.
Core Tracking Systems
- Fixed Tilt System: The simplest and most economic solution. Fixed structure with minimal maintenance requirements.
- Single Axis Tracking: Utilizes an electric motor to move panels in one direction, tracking the sun's movement throughout the day.
- Dual-axis Tracking: Uses two axes to track the sun horizontally and vertically, maximizing PV power production.
Key Components
Our photovoltaic panel racking system for ground projects consists of three essential parts:
- The Base: The support for the mounting system. It must hold the solar panels and withstand the strongest possible wind and snow loads.
- The Structure: Tailor-made rack system holding the panels firmly and safely, adjusted for latitude, longitude, and specific wind/snow loads.
- Clamps: Mid-clamps and end-clamps with bolts to fasten the solar panels securely onto the racking system.
Product Advantages
- Wide Adaption: Can be installed on variety of terrains, including uneven or sloping surfaces.
- Durability: Built with 6005 T5 anodized aluminum alloy profiles to withstand harsh weather.
- Economic Efficiency: Lightweight designs require less labor and materials for installation.
- Easy Maintenance: Accessible designs make simple repairs and cleaning straightforward.
- Sustainability: Minimizes disruption to existing structures and avoids the need for rooftop installation.
Frequently Asked Questions
1. What materials are used for the ground solar mounting system?
The systems are mainly constructed using 6005 T5 aluminum alloy extrusions, with some components utilizing carbon steel or Zinc-Aluminum-Magnesium alloys for enhanced durability.
2. What factors must be considered before installation?
Key factors include geographic location, local weather history, wind and snow loads, the dimensions and weight of the PV panels, and the required tilt angle and ground clearance.
3. How much wind and snow load can the bracket withstand?
Our engineers design structures to meet local environmental requirements, typically handling wind speeds up to 60m/s and snow loads up to 1.4KN/m2, depending on the scientific structure design.
4. How long does the installation of photovoltaic brackets take?
The installation cycle varies from a few days to several weeks. Methods using piling driving are generally quicker than concrete foundations which require several days for the base to set.
5. What is the typical warranty for these racking systems?
Generally, the systems come with a warranty ranging from 15 to 25 years, depending on the materials used and the specific installation methods employed.
6. What kind of maintenance is required?
Regular maintenance includes cleaning the panels and checking all bolts, nuts, and fasteners. Inspections are recommended after severe weather events like typhoons or heavy snow.
Trike Solar
