CPM & Smart Sensor
Architecture
One weak module can drag down a whole string and it is nearly impossible to find without module-level telemetry. CPM makes it trivial.
Currently in final platform development phase. Open for strategic investment & technology partnerships.
REAL-TIME TELEMETRY & I-V CURVE
DIAGNOSTIC CONSOLE
Simulated Field Stream • Module-Level I-V Curve Visualization • Rapid Shutdown Safety Control (NEC 690.12)
LIVE I-V / P-V CURVE
MODULE PERFORMANCE VISUALIZATION
Normal operating temperature
Simulated sunlight intensity on PV cells
Instantaneous Metrics
LIVE MODULE TELEMETRY
Rapid Shutdown Control
NEC 690.12 SAFETY SYSTEM
Instantly de-energize PV modules or series strings during thermal runaway, over-current, or emergency field maintenance.
The Core Problem
Series strings hide failures in aggregated averages.
In a standard solar string, 24 modules are wired in series. If one module degrades by 30%, string current drops proportionally but the inverter only reports total string output. The fault is invisible.
A CPM Smart Sensor on every module converts invisible degradation into an instant GPS-tagged field ticket eliminating hours of manual IV-curve tracing and thermal drone flights.
Series String Model: 8 Modules
System Architecture
The CPM data pipeline.
Stage 1 of 5
Smart Sensor Hardware
Edge Intelligence LayerCPM Smart Sensors attach directly to each PV module terminal. They sample voltage, current, temperature, and irradiance at sub-second intervals across the entire string.
Fault Detection Library