Home / Products / Ground Mounting System / Content

Products

Solar Mounts Concrete Foundation

Name:Concrete Foundation Solar Mounting Structure
Max wind speed:50m/s-60m/s
Max snow load:1.4-1.6kn
Module Orientation：Portrait (preferred/cost-effective) and landscape
Module Inclination：2V / 4H: 0 - 25 degrees ；3V / 5H: 0 - 15 degrees Purlins: ZAM S355 Rafters: ZAM S355
Support Frame: ZAM S355
Fixations: Stainless steel (SUS304) *(SUS316) & HDG available
Warranty: 25 yrs

Fast Delivery
Quality Assurance
24/7 Customer Service

Product Introduction

Solar mounts concrete foundation is an important part in the installation of solar power systems. It is mainly used to provide stable support and fixation for solar mounts. The following is a detailed introduction:

Structure and Composition

Foundation Body: It is usually made of reinforced concrete. The concrete is a mixture of cement, sand, gravel and water, which hardens into a solid structure after pouring. Steel bars are embedded in the concrete to enhance its tensile and compressive strength, improving the overall stability of the foundation.

Anchor Bolts: These are pre-embedded in the concrete foundation. They are used to connect the solar mounts to the foundation. The upper end of the anchor bolts is exposed above the concrete surface and has threads, which can be fastened to the solar mounts through nuts and washers to ensure a firm connection.

Working Principle

The solar mounts concrete foundation transfers the weight of the solar panels and the forces generated by wind, snow and other loads to the ground. The large contact area between the foundation and the ground distributes the load evenly, reducing the pressure on the ground per unit area. The anchor bolts play a key role in fixing the solar mounts, preventing the mounts from moving or tilting due to external forces.

Installation Process

Site Preparation: The construction site needs to be leveled and cleared of debris and loose soil. The soil conditions are inspected to ensure that the ground can bear the weight of the foundation.

Formwork Installation: Formwork is set up according to the design size and shape of the foundation. The formwork is used to hold the concrete in place during pouring and gives the foundation its required shape.

Reinforcement Placement: Steel bars are placed in the formwork according to the design requirements. The steel bars are tied or welded together to form a reinforcement framework to enhance the strength of the foundation.

Concrete Pouring: The prepared concrete is poured into the formwork. During the pouring process, it is necessary to ensure that the concrete is evenly distributed and compacted to avoid the formation of voids or honeycombs.

Curing and Finishing: After the concrete is poured, it needs to be cured for a certain period of time to allow it to harden and gain strength. This usually involves keeping the concrete surface moist and protecting it from extreme temperatures and mechanical damage. Once the concrete has reached the required strength, the formwork is removed and the surface of the foundation is leveled and finished.

Advantages

High Stability: It can provide a very stable support for solar mounts, which is able to withstand strong winds, heavy snow and other harsh weather conditions, ensuring the safe operation of solar power systems.

Long Service Life: With proper design and construction, concrete foundations can have a long service life, generally up to 25 years or more, which is consistent with the service life requirements of solar power systems.

Good Load-Bearing Capacity: It can bear the large weight of solar panels and related equipment, and can also withstand additional loads caused by external forces such as wind pressure and snow load.

Wide Applicability: It is suitable for various soil conditions and terrains. Through reasonable design and construction measures, it can be adapted to different geological environments, such as soft soil, rocky soil and so on.