ENERGY CONTROL. CLEARER OPERATIONS.
Energy control.
Connected intelligence.
SCADA, PPC, EMS and cloud-based analysis for solar, storage and hybrid assets. Building intelligence for the wider grid.
01 / YOUR APPLICATION
Built around
your system.
For EPCs, developers and plant owners.
Start with the assets and operating objectives.
Solar SCADA & PPC
Plant visibility and project-defined power control. Sub-second PPC control and CEA compliance.
Explore solar02 / THE ENERCOG PLATFORM
Connected by purpose.
Synapse connects and controls at the edge. Cortex analyses plant data in the cloud. Clarity brings the operating view together. Explore the product family.
03 / CLARITY UI
See the plant.
Find what matters.
Plant performance, device status and operating context in one view.
Explore Clarity UI
INTRODUCING ENRA
Meet ENRA.
The AI assistant.
Discuss AI assistance for plant insights and alerts.
Availability, supported workflows, data access and approval boundaries are confirmed during project review.
Talk to our team04 / ENERGY INTELLIGENCE
Forecast. Detect.
Understand.
Grounded in the data
your plant provides.
Machine-learning forecasting
Planning support
Generation forecasts support scheduling and BESS energy planning. Availability and validation are defined for the project; no accuracy guarantee is implied. Explore forecasting ↗
Edge anomaly detection
Model validation ongoing
Compare inverter and MPPT behaviour with history and same-site peers to flag deviations for investigation. Model validation is ongoing. This is not independent electrical protection or automatic protective tripping.
Sensorless soiling analytics
Data-quality dependent
Estimate soiling-related loss without dedicated soiling sensors. Results depend on available plant data, its quality and the ability to separate other loss causes. Explore soiling analysis ↗
GRID INTELLIGENCE
A wider view of energy.
Grid intelligence is an active development area at EnerCog, alongside our plant-level control and analytics. Discuss your use case with our team to review the current scope.
Discuss grid intelligenceFROM DISCUSSION TO DEFINITION
Start with the engineering.
01Map the assets.
Bring an asset list, equipment details and the single-line diagram if available.
02Define the scope.
Review operating objectives, interfaces and control authority before confirming scope.
03Validate the system.
Check integration and testing requirements before confirming the delivery scope.
A FEW USEFUL ANSWERS
Before we talk.
How are SCADA, PPC and EMS different?
SCADA provides plant visibility and operational supervision. PPC coordinates plant-level power controls. EMS coordinates energy decisions across assets and operating objectives. Interfaces and authority are defined for the project. For storage projects, see how BMS, PCS, EMS, PPC and SCADA responsibilities fit together.
Can EnerCog work with equipment already on site?
Existing equipment can be assessed for integration. The engineering review checks supported communications, available data, control permissions and testing requirements before confirming scope.
Which functions run locally and which use the cloud?
The project architecture separates local control from cloud-based analysis and operator workflows. Local functions, control authority and communications-loss and recovery behaviour are confirmed during project review. Equipment protection remains with the responsible local systems.
Where does ENRA fit?
ENRA is the AI assistant within EnerCog’s operator experience. Its availability, supported workflows and scope are confirmed during project review. It is not presented here as an autonomous plant controller.
What should we bring to the first discussion?
An asset list, equipment details, operating objectives and reporting needs are useful. Share the single-line diagram if available.
LET’S BUILD THE RIGHT SYSTEM