SF-V2M36-B
4Root System
- No concrete required
- No heavy piling machinery
- Adjustable support “boots”
- Reduced installation complexity and site disturbance
Lithuanian Manufacturer · Verified Engineering · Made in Europe
Engineered Solar Mounting Systems for European Projects
SolarFrames designs and manufactures ground-mounted and fence-mounted solar structures in Lithuania. Our systems are engineered for efficient installation, structural durability, and long-term outdoor performance.
- Trust indicator
- Made in Lithuania
- Trust indicator
- CE / EN 1090
- Trust indicator
- Engineering collaboration with Kaunas University of Technology
- Trust indicator
- European steel
Three Engineered Systems
One frame platform, three ways to mount it
Each system is engineered for a different foundation approach and project scale. We do not combine them into a single generic product.
SF-V2M36-A
Hammered System
- Direct-to-ground hammered piles
- No concrete required
- 36° standard configuration for Lithuania
- Fast installation
Solar Fence System
- Dual-purpose fence and energy system
- East–West generation profile
- Modular sizing
- Modern boundary solution
Why SolarFrames
Validated by Engineering, Not Marketing
KTU structural verification
Structural performance verified in cooperation with Kaunas University of Technology.
Computational simulations
Structural behaviour assessed through engineering simulation before manufacturing.
Physical load testing
Wind and snow load performance evaluated through physical testing.
SIGMA profile geometry
A proprietary profile engineered for higher bending and torsional resistance than a standard C-profile.
Z330 / Magnelis corrosion-resistant steel
DX51D Z330 galvanized steel, or S350GD + ZM310 Magnelis®, per EN 10346.
Quality-controlled manufacturing in Lithuania
Structures are manufactured in Lithuania from European steel under controlled production processes.
Structural performance has been evaluated through engineering calculations, simulations, and physical testing in cooperation with Kaunas University of Technology.
Profile Engineering
Engineered Profile Geometry for Higher Structural Resistance
~14%
~14% higher bending resistance than a standard C-profile
~23%
~23% higher torsional resistance than a standard C-profile
- Optimized load distribution across the profile cross-section
- Efficient material use without sacrificing structural stiffness
- Precision manufacturing to consistent tolerances
- Pre-punched connection points and one-sided “Helicopter” clamp installation
Comparative percentages come from the supplied structural evaluation against a standard C-profile and should not be presented as a universal guarantee for every configuration.
Project Scale
Modular systems, configured to your project
SolarFrames systems are not locked to fixed kW packages. Layouts are modular and configured according to panel dimensions, site conditions, wind/snow requirements, and overall project scale.
01
Residential / small business
Smaller ground-mount or fence layouts sized to household or small-site energy needs.
02
Commercial / agricultural
Repeatable multi-row layouts for farms, warehouses, and commercial sites.
03
Utility-scale / industrial
Larger deployments engineered for efficient, repetitive installation across extended layouts.
B2B Process
From project details to installed structure
- Step 1
Send project details
- Step 2
Engineering review
- Step 3
System recommendation
- Step 4
Project-specific quotation
- Step 5
Manufacturing in Lithuania
- Step 6
Delivery and installation guidance
Manufacturer
Engineering Excellence, Built in Lithuania
SolarFrames is a Lithuanian manufacturer of solar mounting structures. The products are engineered specifically for photovoltaic applications and manufactured using European steel under controlled production processes. The company supports residential, commercial, agricultural, industrial, and utility-scale projects across Europe.
- Lithuanian manufacturing
- Solar-specific engineering
- CE / EN 1090 documentation
- KTU cooperation
- Corrosion protection for demanding outdoor conditions
- Project-specific system configuration