Fixed Structural Systems for Photovoltaic Energy
At Grupo IEP, we offer fixed structures and structural systems designed to support photovoltaic energy installations, ensuring maximum efficiency, durability, and adaptability for projects of any scale. Manufactured with high-quality materials and customized according to the specific conditions of each site, our structures are ideal for solar projects in agricultural, industrial, or rural areas.
General Features
At Grupo IEP, we specialize in the design, manufacturing, and installation of fixed structural systems for photovoltaic energy, offering robust and customized solutions tailored to the needs of each project. Our structures, made from high-quality materials such as galvanized steel, ensure durability and resistance to various climatic and terrain conditions. We focus on maximizing the efficiency of solar installations by integrating our structures with agricultural and livestock systems, providing automation and monitoring solutions for optimized maintenance.
Custom Fixed Structures
Our fixed structures are designed and manufactured in-house, allowing us to maintain full control over production and assembly, ensuring efficient delivery times even for large-scale projects. Made from galvanized steel through a hot-dip zinc coating process, they offer exceptional corrosion resistance, with advanced coating options in Zinc-Aluminum-Magnesium or Aluminum for harsher environments such as coastal or high-humidity areas. These structures are customized based on:
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Soil calculations: Adapted to the topographic and geotechnical characteristics of each site, ensuring stability.
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Climatic conditions: Designed to withstand strong winds, snow loads, or extreme temperatures, complying with local regulations.
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Regulatory requirements: Aligned with international standards and safety certifications for photovoltaic installations.
Their robust and modular design allows support for solar panels of any size, optimizing tilt angles to maximize solar radiation capture.
Versatile Anchoring Systems
To adapt to different types of terrain and project requirements, our fixed structures offer multiple installation options:
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Direct Ground Driving: Ideal for soft or agricultural soils, where supports are driven in without the need for foundations, reducing costs and installation time.
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Screw Foundations: Perfect for harder soils or projects requiring reinforced bases, ensuring a solid fixation.
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Ballasting: Designed for terrains where drilling is not possible, using concrete blocks or other counterweights to guarantee stability without altering the soil.
These options make our structures versatile, allowing implementation across a wide range of environments, from agricultural fields to industrial or urban areas.
Comprehensive Design and Assembly Services
At Grupo IEP, we offer a complete service that includes:
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Custom Design: We conduct detailed studies of the terrain, structural load, and solar exposure to optimize the configuration of the structures.
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In-House Manufacturing: We control the entire process at our facilities, ensuring quality and timely delivery.
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Professional Assembly: Our specialized team guarantees fast and precise installation, minimizing disruptions to the site.
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Technical Support: We assist our clients in obtaining permits and certifications, ensuring regulatory compliance.
Automation and Monitoring for Efficient Maintenance
To ensure optimal performance of photovoltaic installations, we offer automation systems that include:
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Inclination and wind sensors to monitor the stability of structures in real time, detecting possible deviations or damage.
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Remote management software that allows monitoring of energy production and panel status from any device.
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Automatic alarms to alert about structural failures or adverse weather conditions, minimizing risks and maintenance costs.
These solutions guarantee efficient operation and extended lifespan of photovoltaic systems.
Sustainability and Durability
Committed to sustainability, our structures are made with recyclable materials and galvanizing processes that minimize environmental impact.
The use of advanced coatings such as Zinc-Aluminum-Magnesium extends the lifespan of the structures to 30 years or more, even under extreme weather conditions, reducing the need for replacements and associated costs.
The possibility of integrating the structures with treated wastewater for panel cleaning reinforces our focus on the circular economy.
