Sun-facing motion
Azimuth and elevation movement are explored together to keep the array oriented through changing solar positions.
SOLAR INFRASTRUCTURE / UNITED STATES
Our 2024 Tonopah solar project is part of our experience. Separately, we plan to develop a two-axis tracker with a rounded, serviceable form.
Solarnod LLCDelaware, USA
FIELD EXPERIENCE / TONOPAH
In 2024, Suntomine LLC of Delaware — now Solarnod LLC — was a contracting party for the Tonopah solar project. The project began under the Suntomine name and continued through later phases of equipment delivery and installation. The dual-axis tracker concept on this site is a separate future initiative; it was not used at Tonopah.
See the Suntomine project reference
Tonopah is part of our solar project history. Developing a dual-axis tracker is a distinct next step that we are planning now.
NEXT-GENERATION RACKING
EARLY CONCEPT STUDYWe plan to develop a dual-axis tracking system that could follow the sun’s daily and seasonal path. Our early concept study explores movement, protection and service access in a form with fewer exposed sharp edges.
Azimuth and elevation movement are explored together to keep the array oriented through changing solar positions.
Radiused frame corners, capped rail ends and guarded interfaces guide the external form and reduce exposed hard edges.
A central support, protected drive locations and considered cable routing are part of the concept from the start.
Design intent only. Performance, dimensions, materials, loads and stow positions require engineering validation before manufacture.
MOTION STUDY
Move the controls to see a simplified motion study. The illustration is explanatory, not a kinematic or performance model.
Illustrative range only; actual travel limits remain to be engineered.
PRELIMINARY DRAWINGS
Our first drawing sheet lays out the core geometry: a four-module table, two rotation axes, a single support, the movement envelope and a rounded perimeter detail. A 2 × 2 layout using 750 W-class bifacial modules is the initial study basis; module selection and all dimensions remain open.
DEVELOPMENT PATH
Define the platform
Module format, table size, site environment and foundation strategy.
Resolve the mechanics
Drive selection, ranges of motion, guarding and service access.
Validate the structure
Site-specific loads, wind response, stow logic and prototype testing.
THE COMPANY
Solarnod LLC is a Delaware limited liability company focused on solar infrastructure and the development of future dual-axis tracking structures.
START A CONVERSATION