SM01: Ground Driven Steel Mounting System with 2 Vertical Panels
Ground-driven steel support and mounting system
with 2 vertical panels for open terrain solar panels.
The system is an optimal application solution for
installations of PV projects on large and
medium-sized terrains. The system, incorporating
a high-level engineering design, provides
assembly and cost advantages.
SM01-B: Ground Driven Steel Mounting System with 2 Vertical Panels
Ground-driven steel support and mounting system
with 2 vertical panels for open terrain solar panels.
The system is an optimal application solution for
installations of PV projects on large and
medium-sized terrains. The system, incorporating
a high-level engineering design, provides
assembly and cost advantages.
SM02: Ground Driven Steel Mounting System with 4 Horizontal Panels
Ground-driven steel support and mounting system
with 4 horizontal panels for open terrain solar
panels. The system is an optimal application
solution for installations of PV projects on large
and medium-sized terrains. The system,
incorporating a high-level engineering design,
provides assembly and cost advantages.
SM03: Ground Screwed Steel Mounting System with 2 Vertical Panels
Ground-screwed steel support and mounting system for open terrain
solar panels with 2 vertical panels installed to the ground with screw piles. The system is an optimal application solution for installations of
PV projects on irregular terrains. The screw piles have high-strength properties and can be used any time of the year for application purposes. They are not affected by vibrations generated by ambient conditions such as wind or storm due to their high load strength. The system, incorporating a high-level engineering design, provides assembly and cost advantages.
SM03-B: Ground screwed steel pipe mounting system with 2 vertical panels
SM04: Ground Screwed Steel Mounting System with 4 Horizontal Panels
Ground-screwed steel support and mounting system for open terrain solar panels with 4 horizontal panels installed to the ground with
screw piles. The system is an optimal application solution for installations of PV projects on irregular terrains. The screw piles have high-strength properties and can be used any time of the year for application purposes. They are not affected by vibrations generated by ambient conditions such as wind or storm due to their high load strength.The system, incorporating a high-level engineering design, provides assembly and cost advantages.
SM05: Concrete Base Anchored Steel Mounting System with 2 Vertical Panels
Concrete base anchored steel support and mounting system with 2 vertical panels for open terrain solar panels. The system is an ideal
application solution for PV project installations on slopped medium
and large-sized terrains. It provides the necessary strength and stability for application on loose ground. The system, incorporating a high-level engineering design, provides assembly and cost advantages.
SM06: Concrete Base Anchored Steel Mounting System with 4 Horizontal Panels
Concrete base anchored steel support and mounting system with 4 horizontal panels for open terrain solar panels. The system is an ideal
application solution for PV project installations on slopped medium and large-sized terrains. It provides the necessary strength and stability for
application on loose ground. The system, incorporating a high-level engineering design, provides assembly and cost advantages.
SM07: Concrete Embedded Steel Mounting System with 2 Vertical Panels
Concrete embedded steel support and mounting system with 2 vertical panels for open terrain solar panels. The system is an ideal application solution for PV project installations on medium and large-sized terrains with loose ground. Necessary strength is achieved by application in loose ground. The system, incorporating a high-level engineering design, provides assembly and cost advantages.
SM08: Concrete Embedded Steel Mounting System with 4 Horizontal Panels
Concrete embedded steel support and mounting system with 4 horizontal panels for open terrain solar panels. The system is an ideal application solution for PV project installations on medium and
large-sized terrains with loose ground. Necessary strength is achieved by application in loose ground. The system, incorporating a high-level engineering design, provides assembly and cost advantages.
SM09: Ground Driven Single Column Steel Mounting System With 2 Vertical Panels
Ground-driven single-column steel support and mounting system with 2 vertical panels for open terrain solar panels. The system is an optimal
application solution for installations of PV projects on large and medium-sized terrains. It is used extensively on hard ground to decrease the number of legs and cost. The system, incorporating a high-level engineering design, provides assembly and cost advantages.
SM-AAS: Adjustable Angle System
An angle adjustment system achieved by manually adjusting the interlocking rear columns. Easy assembly and adjustment to the desired angle is possible depending on the installation location. The
system features easy mounting with special anchors secured to the columns using iron stakes driven into the ground.
SM-TSS:Agricultural Irrigation System
Regular and sustainable irrigation of agricultural lands is of great importance in terms of increasing agricultural productivity. In agricultural irrigation activities, groundwater wells, particularly those located in rural areas and regions far from urban centers, are commonly used to provide the required water supply. However, extracting water from these wells and transferring it to irrigation systems requires a significant amount of energy.
Solar energy-powered agricultural irrigation systems have emerged as one of the leading solutions for meeting this energy demand. Especially in rural areas where access to the electrical grid is unavailable or economically impractical, irrigation pumps can be operated by generating electricity from solar energy. The fact that solar energy is a renewable resource, has low operating costs, and can provide high efficiency under suitable conditions makes these systems increasingly preferable for agricultural irrigation applications.
Consequently, solar-powered irrigation systems make it possible to ensure regular irrigation of agricultural lands while reducing energy costs and establishing a sustainable irrigation infrastructure.