SFOne: 1P solar tracker built to fit any project and run at maximum efficiency
Our tracker with highest module load-bearing capacity and best structural optimization per MWp.
Product description
The SFOne is the 1P tracker developed by Soltec, launched in 2021 it has a strong track record globally.
Our tracker combines an optimized structure, sized and adjusted for each project, with a design that reduces component count, built to ease installation and minimize maintenance tasks, ensuring the system runs perfectly.
It’s compatible with all our production-boosting algorithms, Solboost, weather-event protection, SolDefense, and plant care, Solcare. It features a fully wireless communications system, Full Wireless, plus an autonomous power system based on its own battery and a dedicated photovoltaic panel.
It can be supplied both in independent-row configuration, for full plant control, and in double-row configuration, mechanically connected via an articulated cardan-joint system, which optimizes installation and reduces electrical component count.
Technical architecture
1P solar tracker, independent-row or double-row
Max length up to 130m per row
Drive capacity of 1 to 6 photovoltaic module strings
Self-powered system via dedicated panel
Wireless communication (Full Wireless System)
Centralized control system (TMS)
Engineering and installation
Soltec designs each project to its specific requirements, yielding competitive solutions for every case.
SFOne’s structural design adapts to project needs, allowing fewer piles for installation vs other trackers depending on our clients’ needs.
This adaptable system design enables fast installation and significantly cuts assembly time.
The structural design, based on the independently certified Dy-WIND methodology, effectively and representatively evaluates both static and dynamic wind loads the tracker may face over its full service life.
The tracker’s installation process is built to require minimal resources, using only commercial tools.
Adaptability
System built to adapt to varied terrain and weather conditions, enabling deployment across different terrain types.
