The problem with empty gaps
A sun-following tracker makes far more power than a fixed panel — but the rows have to sit further apart, so a turning panel never throws its shadow on the next row. In a pure-tracker plant, those gaps between the rows sit empty. It's usable land producing nothing.
How the hybrid model works
Instead of leaving the gaps empty, Aran fills them with regular fixed panels:
- Aran tracker rows follow the sun through the day for the biggest power gain.
- The gaps between those rows are filled with fixed panels, angled to catch the midday sun.
- Both the tracker rows and the fixed fill panels run on one monitoring system.
- The land is fully used — and total plant output rises by about 50% over an all-fixed layout.
Illustrative default values — request a site-specific quotation.
What you get
~50% more power
Tracker rows plus fixed fill panels make about 50% more than an all-fixed plant on the same land.
No land wasted
The empty gaps a tracker layout normally leaves are put to work.
One monitoring system
Tracker and fixed panels are watched and managed together, as one plant.
Better return per acre
More units from the same plot means more savings and a stronger payback.
Balanced output
Trackers spread power across the morning and evening; fixed fill adds a strong midday base.
Aran's own approach
Designed in-house and being readied for pilot deployment.
All-fixed plant vs Aran Hybrid
Illustrative default values — request a site-specific quotation.
Honest note
The hybrid model is Aran's own approach and is being readied for pilot deployment. Talk to us about your land and load, and we'll tell you exactly what's ready for your project today — and lay out the numbers for your site.
Built on the Aran tracker
The hybrid model uses the same Aran solar tracker at its core, so you get the tracker's sun-following power gain plus the extra output from the fixed fill panels. See the solar tracker →
Common questions
What is a hybrid solar tracker model?
A hybrid model combines two things on one plant: Aran tracker rows that follow the sun, and fixed panels placed in the gaps between those rows that a tracker layout normally leaves empty. Both run on one monitoring system, so no land is wasted and total output goes up.
How much more power does the hybrid model make?
On the same land, the tracker rows plus the fixed fill panels together make about 50% more power than an all-fixed plant. Figures are illustrative; ask for a site-specific estimate.
Why do tracker rows leave gaps?
Tracker rows must sit further apart so a turning panel doesn't shade the next row. In a normal tracker layout those gaps sit empty. The hybrid model puts fixed panels in the gaps so the land is fully used.
Is the hybrid model available now?
The hybrid model is Aran's own approach and is being readied for pilot deployment. Talk to our team about your site and we'll tell you exactly what's available for your project today.
Ask about the hybrid model for your land
Tell us about your plot and power need, and we'll come back with how the hybrid model fits — and an illustrative estimate of the extra power it can make. No obligation.
Thanks — we've got your details and will get back to you soon.
Message us on WhatsApp now