Services in the Basic Project for Photovoltaic Plants
What do we take care of?
Technical and Economic Feasibility Analysis:
- Evaluation of the solar potential of the site.
- Study of the topography and terrain conditions.
- Shading and obstruction analysis.
- Estimation of solar energy production.
Engineering design:
- Sizing of the photovoltaic system.
- Selection of solar panel technologies.
Preparation of Plans and Specifications:
- Development of detailed plans for the design of the photovoltaic system.
- Preparation of technical specifications for the acquisition of equipment.
Basic Project for Photovoltaic Plants and Engind.
Engind's "Basic Project for Photovoltaic Plants" service represents a crucial stage in the implementation of solar energy projects. Our multidisciplinary team, made up of architects and engineers specialized in renewable energy, is dedicated to carrying out an exhaustive analysis of the technical and economic feasibility of each project.. This initial phase is essential to determine the suitability of the site, evaluate the solar potential, analyze the topography of the land and calculate the expected production of solar energy.
In the engineering design process, We focus on appropriately sizing the photovoltaic system and selecting the most efficient and appropriate technologies for each project.. This detailed design includes the optimal arrangement of the solar panels, the specification of electrical components such as inverters and cables, and the preparation of technical drawings that will guide the construction of the photovoltaic plant.
In addition, the Engind team is responsible for preparing all the necessary documents for the execution phase of the project, such as detailed drawings, technical specifications and safety and regulatory requirements. This meticulous approach ensures that the construction of the photovoltaic plant is carried out efficiently and in accordance with the most rigorous quality and safety standards.
Finally, Our commitment to excellence and sustainability is reflected in the incorporation of environmental and social mitigation measures in each project. This includes environmental impact assessment, consultation with local communities and the implementation of responsible practices that contribute to the sustainable development of the regions where photovoltaic plants are implemented.
