PATENTED MODEL
Solar Digital Twin
Minute-by-minute generation forecasting from module to plant level using irradiance, temperature, PVsyst, and weather inputs to simulate performance, identify losses, and predict faults.
Two patented digital twin models Solar and BESS continuously updated against live telemetry, weather, and operational data. The foundation layer for smarter dispatch, market bidding, and predictive intelligence.
TWO PATENTED MODELS
PATENTED MODEL
Minute-by-minute generation forecasting from module to plant level using irradiance, temperature, PVsyst, and weather inputs to simulate performance, identify losses, and predict faults.
PATENTED MODEL
Physics-based and AI-driven intelligence predicting degradation, validating dispatch, and forecasting lifecycle performance real-time closed-loop with EMS and BMS for warranty-safe operation.
SOLAR DIGITAL TWIN
From a single module to total plant output Solvyn's Solar Digital Twin generates minute-by-minute forecasts at every level of the generation stack, using real weather and plant data.
STEP 01
Solvyn X
Cell-level irradiance and temperature
STEP 02
Solvyn SCADA
String current mis-match fault detection
STEP 03
Digital Twin
Clipping efficiency diagnostics
STEP 04
AURA
Loss modelling thermal loading
STEP 05
Solvyn EMS
Total output PR capacity factor
HOW IT WORKS TOGETHER
Most battery models use one approach. Solvyn's BESS Digital Twin combines physics-based simulation with AI-driven inference giving you a model that is both scientifically grounded and continuously learning from your actual plant.
01 CELL LEVEL
Voltage-SOC curves, resistance modelling, cell temperature dynamics simulated at the individual cell level for maximum accuracy.
02 RACK LEVEL
Rack voltage balancing, thermal gradient tracking, charge/discharge dynamics aggregated from cell-level simulation for rack level intelligence.
03 CONTAINER LEVEL
Full container SOC/SOH, thermal management, dispatch validation, and warranty-safe operation the layer that talks directly to EMS and BMS.
04 PHYSICS-BASED
Degradation estimated using temperature driven Arrhenius equations and current driven Peukert's law not just cycle counting.
05 AI-DRIVEN
Extended Kalman Filter-based SOC estimation with sensor fusion and confidence scoring continuously calibrated against real BMS telemetry.
06 LIFECYCLE
SOH projected across the full asset lifecycle CAPEX vs revenue modelling, optimal sizing recommendations, and warranty boundary enforcement.
ECOSYSTEM CONNECTIONS
The Digital Twin doesn't just model your plant it actively feeds intelligence into every other layer of the Solvyn platform, making every system smarter.
STEP 01
FEEDS
Live plant model makes AURA's predictions accurate anomaly detection, failure simulation, and prescriptive guidance all run on Digital Twin data.
STEP 02
FEEDS
Forecasting and degradation data flows directly into EMS dispatch, enabling degradation-aware scheduling and optimal battery operation.
STEP 03
POWERS
Solar and BESS twins continuously recalculate schedule using live weather and plant data EMS executes all DSM-linked corrections automatically.
STEP 04
INFORMS
Minute-level generation forecasts feed IEX DAM/RTM bidding 96-block schedules built on the most accurate model of your actual plant.
WHAT IT DELIVERS
Generation forecasting
Module to plant level the most granular solar forecast available in any EMS platform.
BESS dispatch
Every dispatch decision validated against degradation limits before EMS executes it.
Closed-loop operation
Continuously updated against live telemetry not a static model, a living one.
Dual-model architecture
Two separate patents Solar DT (P1) and BESS DT (P4) purpose-built for each asset class.
Talk To Our Team About Your Plant Type And Operational Context. We'll Show You Exactly How The Solar And BESS Digital Twins Map To Your Assets.
