EPC service is the solution that covers the management, design, material supply and assembly process of the entire project.
Solar energy systems EPC (Engineering, Procurement, Construction) service is a turnkey solution that covers the entire project management, design, material supply, assembly, commissioning processes.
Assembly and installation of solar power systems is critical to keeping them running smoothly.
The assembly and installation process is carried out by teams specially trained for solar energy systems. Proper positioning, panel layout, cable management, and system connections are important steps in the correct assembly and installation process.
The choice of mounting system is very important for the efficiency, performance and durability of the system.
The choice of mounting system is very important for the efficiency and durability of the system. The mounting system to be selected should be suitable for panel dimensions, roof type and local weather conditions.
Solar energy systems stand out as an environmentally friendly energy source today and are widely used in both industrial and home and office areas. The installation, assembly and management of these systems require a highly specialized and specialized service. At this point, EPC (Engineering, Procurement, Construction) companies come into play. EPC service provides services at every stage of solar energy projects, ensuring the successful completion of turnkey projects. These services include project design, equipment supply, construction, installation, testing and commissioning, operation and maintenance. EPC services help provide a cost-effective, high-quality and reliable solar system installation for investors and operators.
Solar mounting systems design pre-study is one of the most important steps for solar system installation. This step includes the design work necessary for the correct installation of the system.
The size of the solar system is calculated based on consumption needs and energy requirements. System sizing includes selection of solar panels count, panel wattage, inverter capacity, wiring and other components.
The correct selection of the area where the solar panels will be placed and the optimum level of solar radiation increase the efficiency of the system. Therefore, site selection and solar radiation analysis are very important for the system.
Correct placement of solar panels is one of the most important conditions for efficiency. Orienting the panels at right angles and placing them in a high area allows more sunlight to be received.
A suitable system must be selected for installation. The mounting system is important for the placement of the panels, the optimal use of the sun's rays, the secure holding of the panels and the longevity of the system.
The wiring and connections used in the solar energy system must be correctly designed to increase the efficiency of the system. The cables must be of the correct size, type and securely installed.
Solar system installation costs vary depending on system size, quality of components, and mounting system selection. Therefore, cost analysis is an important part of system design.
Solar energy systems installed in the fields have a long life when they are regularly maintained and repaired. Therefore, employing an expert technical team for the maintenance and repair of the system is important to ensure the efficient operation and longevity of the system.