Solar SCADA, RMS & Central Monitoring System for Indian Solar EPCs & IPPs
Enercog provides an AI-powered Solar SCADA system, RMS & EMS for EPCs and IPPs in India, combining 1-second intelligent edge data acquisition via Synapse iRTU, Cortex AI forecasting, and Clarity UI dashboards. The system delivers grid-compliant telemetry and active power plant control (PPC) to replace traditional SCADA+NOC stacks or sit on top of existing OEM SCADA.
SCADA & RMS tailored for each segment
- For EPCs & O&M Companies: Enercog’s Solar SCADA & RMS reduces commissioning friction and standardises monitoring across inverter OEMs.
- For IPPs & Asset Owners: We focus on portfolio‑level PR, availability and curtailment management, unified across SCADA and EMS.
- For Industrial & C&I Consumers: Solar SCADA & RMS is combined with EMS and BESS control to tackle ToD tariffs and PF penalties.
Solar SCADA system for utility & C&I plants
Enercog’s utility-scale Solar SCADA system integrates 1-second Synapse edge RTU telemetry and Cortex AI cloud analytics to provide active closed-loop grid power control. The system complies with IEC 61724 performance standards, IEC 60870-5-104 telecontrol, and IEC 61850 substation automation protocols to manage active power, reactive power, and voltage regulation at the Point of Common Coupling.
Indian Grid Challenges & Environmental Stress
A traditional Solar SCADA system records historical events but fails to manage active grid compliance. Utility and Commercial & Industrial (C&I) solar assets in India operate under severe environmental stress that degrades performance ratios (PR) and triggers unexpected curtailment:
- Extreme Heat (Rajasthan): Ambient temperatures exceeding 48°C cause inverter thermal derating and solar cell efficiency drop.
- High Humidity (Maharashtra): Monsoonal moisture accelerates PID (Potential Induced Degradation) and compromises electrical enclosures.
- Saline Dust Deposition (Coastal Tamil Nadu): Salt-laden dust film reduces panel transmissivity, necessitating dynamic soiling wash scheduling.
Flexible Integration Pathways
Enercog’s stack supports flexible integration pathways depending on your active site requirements:
- SCADA + NOC Replacement: Acts as a complete, modern replacement for legacy SCADA systems and Network Operations Center (NOC) monitoring setups.
- OEM SCADA Overlay: Sits directly on top of existing OEM SCADA systems (such as ABB, SMA, Kehua, Huawei, Sungrow, or Siemens) without disrupting active field infrastructure.
- Industrial Integration: Contact our team to review a customized industrial solutions integration plan tailored for your portfolio.
1-Second Closed-Loop Control Sequence
The 1-second telemetry acquisition and closed-loop control sequence operates as follows:
- Sub-Second Sampling: The Synapse Edge iRTU samples telemetry at 1-second intervals (900x faster than traditional 15-minute SCADA polling) to capture grid transients.
- On-Site PID Dispatch: High-frequency data feeds the local Power Plant Controller (PPC) running real-time feedback loops.
- Fast Inverter Control: The PPC executes control logic to dispatch active and reactive power setpoints to solar inverters in less than 500 milliseconds.
- Grid Compliance: This active regulation ensures compliance with the Central Electricity Authority (CEA) Technical Standards for Grid Connectivity.
“Traditional SCADA acts as a passive black box, recording historical errors but doing nothing to prevent them. By coupling 1-second edge intelligence with cloud-based machine learning, we convert monitoring from a compliance cost into an active yield-protection asset,” notes Shrikant Meshram, founder of Enercog Innovations.
1-Second Telemetry
Sub-second sampling captures transients 900x faster than traditional systems.
Grid Protocols
Native support for IEC 60870-5-104, IEC 61850, and Modbus RTU/TCP.
Closed-Loop PPC
Active power factor correction, Volt-VAR, and zero-export limits.
AI Cloud Analytics
Sensorless soiling analytics and day-ahead generation forecasting.
Traditional SCADA vs. Enercog SCADA + EMS Stack
| Feature / Capability | Traditional Solar SCADA | Enercog AI SCADA + EMS Stack |
|---|---|---|
| Data Polling Interval | 10–15 minutes (passive logs) | 1-second real-time sampling |
| Control Mechanism | Manual setpoints / Passive HMI | Algorithmic Closed-Loop Control (sub-500ms response) |
| BESS Integration | Separate, decoupled PLC | Native, chemistry-aware EMS (100ms response) |
| Soiling Diagnostics | Requires dedicated optical soiling sensors | Sensorless physics-ML soiling analytics (uses existing pyranometers, no specialized optical sensors needed) |
| Grid Compliance | Telemetry only | Active PPC (Zero-Export, SLDC Curtailment, PF/kVAr Control compliant with CEA and CERC) |
PM‑KUSUM RMS / SCADA for Component-A
Enercog’s PM-KUSUM Solar SCADA system and RMS solution provides MNRE MIS-compliant secure data streams and automated daily logs for decentralized solar plants (0.5 MW to 2.0 MW). Integrating local edge caching that buffers up to 30 days of telemetry, it guarantees 100% data transmission to state DISCOM portals like MSEDCL (Maharashtra) and GUVNL (Gujarat) to prevent payment holds and grid compliance penalties.
Decentralized solar plants under PM-KUSUM Component A face strict regulatory standards where performance and payment security are directly tied to telemetry:
- Strict Compliance Mandates: Plants must operate under the guidelines set by state electricity commissions, where any telemetry gaps trigger immediate penalties.
- Risk of Payment Holds: A communication drop between the plant Remote Monitoring System (RMS) and the state database can lead directly to payment holds on generated power.
- MNRE Guidelines: Under the Ministry of New and Renewable Energy (MNRE) PM-KUSUM Component A guidelines, a highly reliable Solar SCADA system is required to guarantee continuous data transmission.
The Synapse Edge controller maintains high uptime and regulatory compliance through these features:
- 30-Day Edge Caching: Buffers up to 2.5 million telemetry points locally during cellular outages to prevent data loss.
- Automated DISCOM Upload: Re-establishes connection and automatically posts cached historical logs in the required JSON formats to state portals like MSEDCL (Maharashtra) and GUVNL (Gujarat).
- Reverse Power Protection: Executes active zero-export control to prevent solar generation from backfeeding into rural distribution feeders.
- Active PF Correction: Manages local reactive power to maintain power factor compliance and avoid DISCOM penalties.
IoT SCADA + EMS for BESS plants
Enercog’s BESS EMS and IoT Solar SCADA system stack coordinates sub-second active (P) and reactive (Q) power dispatch to maintain battery frequency within strict grid deviation bands. The platform combines 1-second telemetry with Cortex AI chemistry-aware degradation models to extend battery cycle life by up to 15% and minimize CERC Deviation Settlement Mechanism (DSM) penalties.
Integrating battery energy storage systems (BESS) into grid-connected solar plants in India introduces complex operating requirements:
- Strict DSM Alignment: Operators must align plant output with the Central Electricity Regulatory Commission (CERC) Deviation Settlement Mechanism (DSM) ±5% deviation bands.
- SCADA Control Gaps: Simple solar SCADA system designs lack the active control loops necessary to regulate charging and discharging dynamically.
- Real-Time SoC Coordination: Traditional systems cannot coordinate dynamic solar generation forecasting with battery state-of-charge (SoC) in real-time.
Enercog’s EMS addresses these BESS integration constraints through the following mechanisms:
- Sub-100ms Dispatch: Executes localized charging and discharging commands directly on the Synapse Edge controller in less than 100 milliseconds.
- 15% Lifetime Extension: Cortex Cloud runs chemistry-aware battery health models to dynamically adjust charge cycles, reducing capacity fade.
- ₹2–4 Lakh/MW Savings: Mitigates thermal stress and lithium-ion degradation, saving an estimated Rs 2–4 lakh per MW in premature battery cell replacements.
- ToD Tariff Arbitrage: Optimizes power dispatch schedules to maximize yield during high-tariff Time-of-Day windows.
Learn more about our technical operations by checking our active openings on the careers page.
Capabilities that power our Solar SCADA & RMS
- PM‑KUSUM Compliance: RMS + MIS‑format exports for MNRE / DISCOM portals under PM‑KUSUM and Surya Ghar.
- BESS & Energy Storage: EMS + PPC for peak‑shaving, ToD arbitrage and degradation‑aware dispatch on top of SCADA.
- Zero Export Control: Feeder‑level zero‑export enforcement integrated with RMS/SCADA signals.
- DG‑Solar Hybrid: Active telemetry and dynamic diesel-solar hybrid synchronization under SCADA.
- Energy Management System: AI-driven EMS algorithms integrating battery state-of-charge with SCADA outputs.
- Generation Forecasting: High-accuracy solar generation forecasting models feeding live SCADA dashboards.