+49%Reference simulation
Make more of the sunlight
Versus fixed modules tilted 30° south in the Vienna clear-sky reference run. Calculate your own site separately.
Compare yieldIntelligent solar trackingMore from
More from
your roof.
Moving solar modules and digital site planning for roofs, terraces and open spaces. Explore whether tracking fits your site before planning your next steps.
An initial conversation about your site and the next planning steps.
For installers & partnersDeveloped in Vienna · Somos-Co GmbH
Follow the sunlight
The modules move with the sun instead of staying in a fixed orientation.
Designed for your roofscape
Exchangeable modules in terracotta, red, black, dark green or dark blue.
Plan before you commit
Compare site conditions, shading and yield in the digital twin.
Meet the product
Movement. In every detail.
Move the sun and watch the modules follow. Or control the actuators yourself.
In development
Preparing the interactive view…P02 · Two modules · Three moving actuators
Motion study · Travel limits and mounting subject to validation.The digital twin
What could your site produce?
Compare fixed modules with tracking. Then explore the potential for your region and roof orientation.
Digital twin · Vienna reference run
Specific yield by configuration
13 Nov 2024 – 14 Nov 2025 · kWh/kWp
| Configuration | kWh/kWp |
|---|---|
| Flat-mounted modules0° tilt · baseline | |
| Fixed tilted panels30° south · baseline | |
| RayAlign tracker±30° · simulated configuration | |
| Unrestricted tracking±90° · theoretical reference |
- vs. flat-mounted modules
- 1.98×
- vs. fixed 30° panels
- +49%
- additional potential beyond ±30°
- +17%
Historical clear-sky reference run without shading, shown as a modelled upper bound. ±90° is a theoretical comparison, not a product. The regional calculator below uses newly calculated reference locations and an adjustable weather/site factor.
Region · Roof orientation · P01 or P02
The digital twin appSimulate the roof.
Simulate the roof.
Before you climb it.
See what tracking could change at your site before installation. Our 3D app brings together your roof, the sun’s path and yield calculations — for your own plans and your next customer conversation.
Set the location & roof
Choose the location, build the roof in 3D and set its orientation, modules and tracker.
Include the surroundings
Place trees, neighbouring buildings and obstacles. Explore how their shadows affect the installation.
Compare a year of sunshine
Compare fixed modules and tracking over your chosen period, with calculated energy yield and adjustable losses.
Partner app with login. Request access ↗
What goes into the calculation?
You set
- Location
- Period
- Roof tilt
- Orientation
- Modules
- Tracker
The simulation computes
- Sun position
- Air mass
- Incidence angle
- Cell temperature
- Shading
- Losses
- Energy yield
Results depend on the building model and the selected weather, shading and loss assumptions. The simulation does not replace an on-site survey.
For your own roof
Compare orientations and configurations before making your decision.
For customer conversations
Make tracking and shading easy to understand in a 3D model.
For the next planning step
Save models in your account and return to them as the project develops.
The benefitsEngineered to make
Engineered to make
every sunny hour count.
Moving hardware. Informed planning. A solution that fits your space.
3DDigital twin
Understand the fit before you build
Consider the roof, orientation and obstacles together. Compare configurations on the same basis.
Explore the app5 coloursColour concept
Part of your roofscape
From terracotta to dark blue. Exchangeable modules with a finish that complements the surroundings.
Explore the coloursP01 · P02In development
Designed for different spaces
Pitched roof, carport or open space: explore both designs and discuss the mounting that suits your project.
Explore the trackersLet's move forwardLet’s explore
Let’s explore
your roof’s potential.
Tell us about your site. Together, we’ll discuss the possibilities and your next planning step.
The team behind RayAlign
Developed in Vienna. In conversation with you.
At Somos-Co GmbH, electronics, software and project delivery work together. Your enquiry reaches the team developing RayAlign.
- Vencel SomosElectronic Design & Programming
- Peter SomosProject Management
Currently in development
What you can do today.
Explore the prototypes and planning software, then discuss your site or a partnership with us.
The pilot programme is planned. Mounting, travel limits and performance targets are still being validated. The yields shown come from simulations.
Meet our partners & explore the pilot programme