Agrivoltaic energy –
measured, verified, settled.
A 10 MW academic prototype that unifies IoT telemetry, AI decision support, and audited carbon settlement under one operations platform.
Six systems, one chain of evidence.
Every reading, every decision and every credit can be traced from the sensor in the field to the auditor’s screen.
IoT / Simulation Layer
Ingest field telemetry such as irradiance, soil moisture, panel temperature and yield.
AI Decision-Support
Analyzes context and generates recommendations. Sensitive operations remain subject to human validation.
Continuous trust scoring
Credit and production indicators recalculated from available measurements and audit records.
NDVI & PVsyst fusion
Remote-sensing vegetation indices reconciled against PVsyst P50 models for accurate yield curves.
Auditable settlement
Marketplace orders flow through a deterministic state machine with configurable payment hooks.
Mobile-first operations
Companion app gives field engineers the same data the operator sees in the browser.
One platform. Four perspectives.
From sunlight to settled carbon credit.
Four stages, each with its own data contract. No silent steps, no spreadsheets in between.
Generate
The 10 MW Tajerouine agrivoltaic plant produces clean energy while olive cultivation continues under the panels.
Measure
Sensor and weather records are ingested through the backend telemetry model. Modeled data is clearly labeled.
Verify
Output is reconciled against PVsyst models and NDVI satellite data to compute carbon avoidance.
Settle
Approved listings and orders remain traceable through marketplace statuses and audit logs.
A boring stack on purpose.
Battle-tested components, picked for operability and long-term maintainability rather than novelty.
Operate a real plant with software you can actually audit.
SOLARIS is developed in partnership with BBC Group, with technical advisory from Feki Kacem. The codebase, data contracts and policy engine are all open to inspection inside the platform.