Watch every generation asset like the moving target it is.
Solar, wind and storage, one console.
Real-time monitoring for generators, inverters, switchgear and environmental conditions across renewable and conventional generation sites, engineered for where weather, grid and uptime all bite.
- Inverters & strings
- Turbine fleet
- BESS & grid
- Weather-correlated
Across the whole site
Every generation asset, watched as one.
Real-time visibility for inverters, turbines, storage and switchgear, paired with the weather that drives them.
Inverter-string visibility
String-level current, voltage and temperature alongside POA irradiance, so an under-performing array surfaces before the next bill.
- String-level
- POA
- Performance ratio
Turbine fleet telemetry
Yaw, pitch, generator and gearbox vibration in one view, paired with met-mast wind speed and direction for true baselining.
- Vibration
- Met-mast
- Per-turbine
BESS & grid intertie
Cell, module and string-level state of charge plus inverter set-points, from cabinet to grid feed-in, in one console.
- State of charge
- Set-points
- Feed-in
One console for the whole site
Production and conditions, side by side.
No bouncing between OEM portals and a separate SCADA. Strings, turbines, storage and weather in one live picture, so under-performance and failing components surface early.
Solar strings
String 4 under-performing
Wind fleet
T3 gearbox vibration
BESS state of charge
68%
charging · grid feed-in ready
< 60 s
Telemetry cadence
PV · Wind · BESS
Asset families covered
One
Console for all sites
99.9%
Data-completeness target
From the field
Built for real generation sites.
Capabilities
Six things every renewables operator wants, from one console.
Real-time telemetry
Sub-minute samples from inverters, BESS, switchgear and met-masts, streamed, not scraped.
Weather correlation
POA irradiance, wind speed and ambient temperature paired with power output for real performance ratio.
Fault prediction
Vibration, temperature and current trends fed into ML models that flag failing components before they trip.
Grid feed-in metering
Settlement-grade kWh and reactive power at the point of interconnection, auditable for utility reconciliation.
ESG & regulatory reports
One-click export of generation, availability and CO2-avoided data, formatted for sustainability disclosure.
Remote operations
Operate distributed generation sites without a truck-roll, diagnostics, set-points and runbooks from the NOC.
How it works
From raw telemetry to a dispatch decision.
The same data pipeline runs at every site. What changes is the assets you wire in.
1. Sense
Sample inverters, BESS, switchgear and weather every few seconds, on-site.
2. Correlate
Pair production with conditions to compute real performance ratio, availability and yield.
3. Forecast
ML on trended fleet data flags maintenance windows and production forecasts.
4. Optimize
Dispatch crews, schedule charge cycles and submit clean ESG numbers.
Part of the platform
Generation, on one platform.
Explore at your own pace
Not ready for a demo? Take the next step.
FAQ
Frequently asked questions
Common questions from renewable and critical-infrastructure operators.
Can ProDCIM monitor remote, harsh, multi-vendor sites?
Does it work across distributed generation and storage assets?
What protocols does it support for industrial and energy equipment?
Can it run in isolated or air-gapped environments?
Does it apply AI to generation and environmental data?
See your whole generation fleet on one screen
Book a walkthrough and we'll map your inverters, turbines and storage into one monitoring platform.