Concrete Mat Applications | Solar Power Plants (SPP)

In Solar Power Plants (SPP), narrow passages between solar panel rows, sloped areas, and locations with limited access can make conventional concrete applications difficult. Especially in confined areas where concrete mixer trucks and concrete pumps cannot access, Concrete Mat provides a practical and fast alternative concrete solution.

Concrete Mat in Solar Power Plant (SPP) projects can be transported in rolls to the application area and laid directly onto the required surface. Without the need for concrete mixer trucks to access the site or for ready-mixed concrete to be transported into narrow areas, the Concrete Mat is laid, properly secured, and then hydrated with water. The special cementitious mixture contained within the material is activated by water, hardens, and forms a durable concrete layer on the applied surface.

This application method offers significant advantages particularly between solar panel rows, around panel support structures, in narrow service passages, drainage channels, ditches, and areas inaccessible to heavy construction equipment. Concrete applications can be carried out with minimal disruption to the existing layout of the solar power plant, helping construction and infrastructure works across large SPP sites to progress more quickly and efficiently.

Conventional concrete applications may require concrete mixer trucks to reach the application area, concrete pumps to be installed, concrete to be transported, and, in some cases, formwork to be prepared. Concrete Mat applications in Solar Power Plant sites, on the other hand, can be carried out by transporting the material to the required location, laying it onto the surface, securing it, and hydrating it with water. This makes it possible to create a durable concrete surface in areas with restricted vehicle access without the need for extensive heavy equipment.

Concrete Mat can also be used for SPP drainage channels, stormwater drainage systems, slope protection, and erosion control. Across large solar power plant sites, it can help manage surface runoff, reduce soil erosion, protect drainage infrastructure, and provide durable protection for channels and other exposed surfaces.

Particularly in Solar Power Plant projects requiring concrete applications in narrow and hard-to-access areas where concrete mixer trucks cannot enter, Concrete Mat provides an effective solution thanks to its ease of transportation, rapid installation, water-activated structure, and low equipment requirements. With these advantages, Concrete Mat offers an innovative concrete solution for both new Solar Power Plant projects and the improvement and protection of existing SPP infrastructure.