The 5 most used solar structures in 2025 (and why they make a difference)

The projected growth of solar energy in 2025 is driving a clear evolution in the design and selection of photovoltaic structures. Installers and industry professionals are seeking faster-to-assemble, safer solutions that are adaptable to different types of roofs.

In this article we analyze the 5 most used solar structures in 2025 , why they are gaining prominence and which one to choose according to your project.

1. Ballasted structures for flat roofs

Ballasted structures remain the most installed option on industrial roofs, especially in logistics warehouses and factories.

Why are they ideal?

    • They do not require deck drilling.
    • Quick and safe installation
    • Compatible with TPO type covers
    • Reduction of leak risks

Ideal for:

    • Industrial roofing
    • Projects where drilling is not allowed
    • Self-consumption installations

2. Coplanar structures

Coplanar structures are used on sloping roofs, where the panels are placed parallel to the roof.

Main advantages:

    • Aesthetic integration
    • Less visual impact
    • Good wind resistance

Most common applications:

    • Industrial roofs with single sheet metal
    • Residential dwellings with tile or sheet metal roofs

3. Structures with optimized inclination

More and more projects are opting for structures that maximize production through a specific inclination.

Why they’re growing in 2025:

    • Greater energy efficiency
    • Orientation optimization
    • Improving the project’s ROI

Widely used in:

    • Large industrial facilities
    • Rooftop photovoltaic plants

4. Elevated or canopy-type structures

Elevated structures allow for the use of spaces such as parking lots or open areas.

Key trends:

    • Integration with electric mobility
    • Shadow generation + energy
    • High profitability in parking lots

Use cases:

    • Company parking lots
    • Shopping centers
    • Service areas

5. Ground-mounted structures

Ground-level installations remain key in large-scale projects.

Advantages:

    • Maximum design flexibility
    • Greater generation capacity
    • Easy maintenance

Highlights include:

    • Solar farms
    • Utility-scale projects
    • Agricultural installations (agrivoltaics)

EUFON SEGOVIA MUNIELLOS

Which solar structure should you choose in 2026?

The choice depends on several factors:

  • Type of roof or terrain
  • Local regulations
  • Allowable structural load
  • Energy production target

In industrial projects, ballasted structures continue to lead due to their balance between safety, cost and speed of installation.

Frequently asked questions about solar structures

What is the most commonly used solar structure in 2025?

Ballasted structures for flat roofs are the most commonly used, especially in industrial environments.

Which structure is best for TPO covers?

Ballasted structures are the best option, as they prevent perforations and protect the waterproofing.

Which type of structure offers the highest production?

Structures with optimized inclination usually offer greater energy efficiency.

Which structure requires less maintenance?

Coplanar and ballasted structures stand out for their low maintenance.

Are you looking for the best structure for your project?

The photovoltaic market in 2025 is clearly geared towards efficient, safe, and quick-to-install solutions. Choosing the right structure not only improves energy production but also reduces long-term costs and risks.

At Alusín Solar we design solutions tailored to each type of installation, with optimized systems for industrial roofs and large-scale projects.

Contact us and we’ll help you choose the ideal structure. Request a technical consultation here.

 

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