The cost of a photovoltaic project is influenced by much more than the amount of Steel used in its support structures. Site geometry, module configuration, foundation conditions, corrosion exposure, number of components, installation tolerance, and assembly time can all influence the technical and economic outcome. For this reason, Solar Steel Structures should be engineered around the specific project rather than selected as a generic support frame.
ÇEPAŞ Gonvarri Industries' Solar Fixed Structures are designed to adapt to project and customer requirements. The company evaluates module size, orientation, string size, angle, site layout, soil and environmental corrosivity, and pull-out test results to determine a technical and economic solution for each project.
CAPEX is often discussed as a procurement issue, but many cost drivers are determined much earlier. If a structure requires excessive civil work, too many components, complex assembly steps, or a foundation solution that does not match site conditions, those decisions can add cost before the system is even commissioned.
International technical frameworks also influence photovoltaic system design. The International Electrotechnical Commission's renewable energy standards work provides a global reference environment for PV and related technologies. ÇEPAŞ states that it reviews the applicable codes in the project country and incorporates site-specific engineering data into its structural solution.
ÇEPAŞ supports single- and dual-post structures as well as landscape and portrait module orientation. Its documented system compatibility includes monofacial, bifacial, and thin-film modules, including M10, M12, and other cell formats. These options allow Solar Steel Structures to be configured around the actual module strategy of the project.
Uneven terrain can increase civil works if the support system cannot accommodate changes in elevation. ÇEPAŞ states that its fixed structures can adapt to high slopes in both N-S and E-W directions. The objective is to reduce the need for civil works while maintaining the required structural arrangement.
The company uses specific software to assess environmental and soil corrosivity. This information is relevant when defining Steel protection and foundation decisions. ÇEPAŞ lists HDG steel and Magnelis® or similar options within its coating configurations, together with HDG 8.8 quality, stainless steel, and ZN-N fastener-related options on the product page.
Foundation assumptions can have a significant impact on material quantities and site work. ÇEPAŞ states that its engineering team analyzes pull-out test results to evaluate the most suitable foundation for each project. This keeps foundation design tied to actual site data rather than a fixed generic assumption.
ÇEPAŞ specifically positions reduced assembly time as part of its CAPEX optimization approach. The company states that fewer components and greater assembly tolerance help speed up installation. Its on-site technical advisory team also supports the correct assembly of the structures in line with quality requirements.
This is an important distinction. The economic value of Solar Steel Structures is not limited to the price of the structural material. Installation labor, site preparation, assembly sequence, and the ability to accommodate terrain all influence the total project investment.
The documented ÇEPAŞ solar solution brings several project variables into one engineering workflow:
The company's use of Galvanized and other documented coating options is therefore one part of a wider project-specific engineering process rather than a standalone product feature.
The most effective CAPEX decisions are often made by removing unnecessary complexity before it reaches the site. Matching the support structure to the module, terrain, foundation behavior, corrosion environment, and installation method can help reduce avoidable material and construction requirements.
ÇEPAŞ Gonvarri Industries approaches Solar Steel Structures through this project-specific lens. By combining structural sizing, foundation assessment, corrosion analysis, slope adaptability, configuration flexibility, and installation considerations, the company develops the technical-economic solution around each project's documented conditions.
Support structures influence civil works, foundation requirements, component count, installation time, and labor. ÇEPAŞ explicitly designs its fixed structures to reduce assembly time and support CAPEX optimization.
Yes. ÇEPAŞ states that its structures are adaptable to high slopes in both N-S and E-W directions, helping minimize civil works.
Yes. The engineering team analyzes pull-out test results to evaluate the most suitable foundation for each project.
To evaluate project-specific Solar Steel Structures and CAPEX-oriented engineering options for your photovoltaic project, contact ÇEPAŞ Gonvarri Industries.
Çepaş, promises a world-class production to its business partners with its service quality as well as the product quality. It supports this quality understanding it stood by with the quality laboratory it comprised.
Copyright 2024 © Cepas . All Rights Reserved.