A global tablet dashboard showing solar yield, climate indicators, seasonal outlook, region comparison, recent locations, and interactive earth-scale solar potential layers.
1/3
Solaris Solar Intel
Global solar intelligence app for solar yield, climate indicators, cloud cover, wind patterns, site suitability, and regional comparison.
Year
2025
Duration
5 months
Location
Basel, Basel-Stadt, Switzerland
Surfaces
desktop, tablet, mobileStack
Architecture
Mapping
Code
AI
Conceptual application work, created with the listed platforms and APIs and tested across the indicated surfaces.
Details
Built as a solar site-selection and yield-intelligence product for energy developers, analysts, planners, and sustainability teams.
Combines earth-scale solar potential layers with regional comparison, recent locations, seasonal outlook, climate indicators, and interactive timeline controls.
Supports tablet dashboard workflows for comparing countries, regions, yield classes, irradiance patterns, and climate conditions on a larger map surface.
Supports mobile overview workflows for scanning global solar potential, cloud cover, temperature anomaly, high-yield regions, and monthly time slices.
Supports mobile site analysis workflows with 3D terrain, annual irradiance, cloud cover, wind speed, temperature anomaly, seasonal outlook, and recommended utility-scale PV use.
Uses solar, weather, satellite, and terrain data to evaluate location suitability beyond a simple sunlight score.
Uses AI-assisted site-selection summaries to explain yield drivers, compare candidate regions, flag climate constraints, and recommend next analysis steps.
Designed for global portfolio screening as well as site-level review, allowing users to move from planetary context to a single candidate project area.