ENERGY, INTELLIGENTLY DECODED • SCADA & EMS PLATFORM
AI-First SCADA and EMS for Solar, Wind, BESS & Hybrid Power Plants
Enercog delivers procurement-grade SCADA and EMS for solar, wind, BESS, and hybrid power plants. We connect multi-vendor plant telemetry, high-speed edge RTU controllers, deterministic closed-loop PPC controls, and cloud AI analytics into one unified operating picture for EPCs, IPPs, and asset owners.
Actionable discovery: Start with your plant single-line diagram (SLD), equipment scope, and operating questions. We map the technical review around verified register point lists, IEC 60870-5-104 SLDC telemetry, and deterministic closed-loop Solar PPC and BESS EMS setpoints.
Live Telemetry Pipeline · Plant Signals to Cloud Insight
Engineered Solutions Suite
Choose Your Operating Route: SCADA and EMS for Solar, Wind & Storage
Follow the operational path that matches your plant type, grid interconnection requirements, and project stage. Each route connects to a dedicated solution architecture backed by verifiable engineering evidence.
Solar SCADA & RMS Monitoring
Centralized plant supervisory control, string-level visibility, and single-line diagram dashboards tailored for solar EPCs, IPPs, and O&M contractors.
- Sub-second inverter and transformer telemetry polling
- Single-line diagram (SLD) interactive plant views
- Automated PR, CUF, and generation reporting
Solar Power Plant Controller (PPC)
Autonomous closed-loop active power curtailment, dynamic power factor, and voltage regulation meeting CEA technical standards and SLDC grid codes.
- Sub-second closed-loop active and reactive control
- Dynamic ramp-rate and frequency response loops
- Deterministic hardware runtime with zero cloud dependency
BESS Energy Management System (EMS)
Multi-mode battery storage orchestration coordinating BMS cell health, PCS power conversion, peak shaving, and solar-plus-storage hybrid dispatch.
- Multi-mode dispatch: Peak shaving, firming, time-of-day
- Real-time SOC, SOH, and cell thermal monitoring
- Deterministic interlocks and emergency trip protocols
PM-KUSUM & Distributed Asset Monitoring
Scalable telemetry logging for distributed agricultural feeders, solar water pumps, and rooftop portfolios with automated State SEDM compliance push.
- Store-and-forward local buffering for rural networks
- Automated SEDM and state portal data forwarding
- Multi-tenant fleet management dashboards
System Boundary & Architecture
The Vertically Integrated Renewable Control Stack
Unlike system integrators stitching together disconnected third-party components, Enercog designs and builds the complete technology stack in-house. Each tier retains explicit authority boundaries from field telemetry to cloud intelligence across the Product Portfolio.
Custom DIN-rail industrial RTU with 4kV optical isolation, -40°C to +85°C tolerance, and non-volatile local memory buffering up to 3 months during network outages.
Bare-metal embedded firmware executing sub-second closed-loop active/reactive power curtailment (PPC) and native IEC 60870-5-104 / IEC 61850 SLDC dispatch with zero cloud latency.
Cloud-native physics-informed machine learning for 15-minute Day-Ahead generation forecasting, sensorless soiling analytics, and string-level fault localization.
Real-time single-line diagram (SLD) supervisory dashboards, automated IEC 61724 PR calculations, and automated daily generation dispatch reports.
The Intelligence Layer
AI in Renewable Operations: Physics-Informed Machine Learning
Enercog combines high-resolution plant telemetry with physics-based models to deliver actionable operational insights for plant engineers and asset managers.
Generation Forecasting
Combines plant electrical models with numerical weather predictions to forecast solar and wind output for SLDC scheduling and DSM compliance.
Sensorless Soiling Analytics
Physics-guided machine learning isolates dust and soiling losses from inverter degradation, optimizing washing cycles without extra optical sensors.
Edge Anomaly Detection
Identifies string shading, blown DC fuses, and tracking misalignment in real-time, giving site engineers actionable fault localization.
Predictive Maintenance
Correlates transformer temperatures, PCS switching harmonics, and battery cell delta-V to plan interventions before failures become outages.
Engineering Delivery Process
From Plant Single-Line Diagram to Live Commissioning
Our delivery model is built around rigorous engineering discovery, interface mapping, and site acceptance testing (SAT).
01. Frame & Discover
Review the plant single-line diagram (SLD), OEM inverter models, weather sensors, revenue meters, and SLDC grid compliance specifications.
02. Map & Configure
Map Modbus register tables, configure Synapse Edge controller I/O point lists, build SCADA SLD screens, and calibrate PPC control loop setpoints.
03. Validate & Commission
Execute Factory Acceptance Testing (FAT), site wiring verification, SLDC telemetry signal validation, and live closed-loop ramp-rate testing.
Credibility by Design
Engineering Evidence Over Marketing Promises
We believe that the strongest technical conversation begins with an inspectable system architecture, verified point lists, and transparent compliance standards.
“The strongest first conversation is not a promise. It is a clear map of the plant single-line diagram, the equipment interfaces, and the verifiable telemetry required to approve the next engineering step.”
Enercog Delivery Principle — Built for Renewable Engineers, EPCs, and IPPs.Technical Questions
Frequently Asked Questions: SCADA and EMS for Solar Plants
Clear technical answers for EPC engineers, plant operators, and asset managers evaluating Enercog solutions.
What is the difference between SCADA and EMS for solar and BESS plants?
Solar SCADA provides centralized plant supervisory control, inverter telemetry acquisition, alarm management, and real-time monitoring. An Energy Management System (EMS) coordinates battery storage dispatch, state-of-charge (SOC) balancing, grid firming, and peak shaving based on plant generation and tariff schedules.
Can Enercog integrate with existing inverters and meters at our site?
Yes. Synapse Edge Controllers feature open multi-protocol acquisition supporting standard SunSpec Modbus, proprietary OEM register maps, IEC 60870-5-104, IEC 61850, and CAN buses across leading string, central, and hybrid inverter manufacturers.
Does the Solar Power Plant Controller require cloud connectivity to operate?
No. Enercog’s Solar Power Plant Controller (PPC) executes active power curtailment, dynamic power factor, and voltage regulation closed loops deterministically on local edge hardware with sub-second response times, completely independent of cloud or internet connectivity.
How does store-and-forward edge buffering protect plant data during network outages?
Synapse Edge Controllers cache up to 3 months of timestamped telemetry records locally in non-volatile solid-state storage during cellular or fiber network dropouts. Once connection is restored, data is automatically replayed chronologically to cloud historians and regulatory SLDC servers.
Ready for an Engineering Discovery?
Bring Your Plant Single-Line Diagram. We’ll Bring the Architecture.
Share your plant capacity, equipment list, and grid interconnection requirements. Our engineering team will prepare an interface map, point list, and technical architecture review.
Product names, protocols, control functions, and compliance metrics are configured to project-specific plant design, single-line diagrams, and site acceptance criteria. Enercog Innovations Private Limited.