Solar Systems

We don't produce electricity. We produce what holds it up.

Rooftop • Ground-mounted • Carport • Agrivoltaics

Every panel needs support. Every solar power plant needs a load-bearing structure that withstands wind, snow, and 30+ years of operation.

Last updated: 2026-03-16

30+
Years protection
EN 1090
Certified
EC3
Design code
S+Al
Materials

Systems

Substructure for every solar installation.

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Rooftop (pitched)

For industrial halls, trapezoidal sheet. Alu/steel profiles. Follows roof pitch.

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Rooftop (flat)

Triangular supports with ballast. Tilt 10°-30°.

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Ground-mounted

Steel posts + hot-dip galvanized supports. For 1+ MW solar farms.

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Solar Carport

Parking canopy with panels as roof. Span 5-15 m.

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Agrivoltaics

Tall posts (3-5 m) for panels above crops. Agriculture + electricity.

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Facade (BIPV)

Substructure for panel integration into facades.

Critical

The panel produces electricity. Without us — it falls.

Wind, corrosion and inadequate design are the three greatest enemies of solar power plants.

▲ Wind — suction force lifts panels
▲ Corrosion — destroys substructure in 5-10 years
▲ Design without Eurocode = collapse risk under snow
✓ Structural design per Eurocode 1+3
✓ Hot-dip galvanizing for 30+ years protection
✓ EN 1090 certified production

Materials

Steel or aluminum — optimal choice.

Steel S235 (galvanized)
Ground-mounted, carport
Steel S355 (galvanized)
Large plants, agrivoltaics
Aluminum EN AW-6060
Rooftop installations (lightweight)
Corrosion protection
Hot-dip galvanizing 30-50 years
Certificates
EN 1090 • ISO 9001 • CE
Design code
Eurocode 1+3 (wind, snow)

FAQ

Frequently asked questions

30+ years of protection. Because solar isn't for one season.

Let's discuss your solar power plant.

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