Fixed STF structures designed ad-hoc for the very best resource optimisation
Based on continuous improvement of our engineering, the fixed STF structure is calculated and designed ad-hoc for better optimisation of material resources and increased competitiveness within the sector.
The STF is capable of adapting to all types of terrain, as well as offering the possibility of installing continuous sections for better use of plant surface. This is true for any type of photovoltaic module (monofacial, bifacial, framed or not).
Using the best quality steel on the market, the STF is made of HDG steel and/or Magnelis coated.
All of the STF structure’s joints are bolted joints with high tolerance to positioning errors, facilitating assembly with practically zero structural maintenance.
|Module configuration.||All our structures are capable of being set up Horizontally (3H, 4H) and Vertically (2V, 3V)|
|Structure configuration.||The STF can be assembled using a single post or double post structure, always adapted to each project, as well as offering the Possibility of Continuous Sections|
|Foundation Options.||Depending on the terrain where the structure is mounted, the foundation options are: Driving (with or without pre-drilling), foundation bolts or footings|
|Terrain adaptability.||We study everything down to the minutest detail to guarantee complete adaptation to any terrain.|
|Structure materials.||The STF is made of hot-dip galvanised steel and/or Magnelis.|
|Mechanical fasteners||The structures are bolted using A2 and GV stainless steel bolts in 8.8 and/or 10.9 quality.|
|Module fastening.||The modules are fastened using aluminium staples, EPDM fasteners and/or Screws|
|Module types.||Our fixed structure is compatible with all types of modules.|
|Standards||UNE-EN 1990, UNE-EN 1991, UNE-EN 1993, UNE-EN-ISO 1461 UNE-EN ISO 14713, CTE DB-SE-A, CTE DB-SE-AE|
|Installation and maintenance.||The STF is designed to ensure quick assembly with minimal maintenance|
Projects adapted to complex terrains
Double post section in 3V layout