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Solar SCADA

Welcome to our next-generation SCADA System, engineered for real-time monitoring, intelligent control, and predictive analytics across solar power plants. Designed for complete operational visibility, our SCADA platform automates critical assets and enhances overall plant performance. The Logics PowerAMR SCADA System seamlessly collects monitoring and control data from all key components of a PV power plant—including inverters, combiner boxes, MV transformers, RMU panels, breakers, protection relays, multifunction meters, auxiliary equipment, and weather stations. This unified data flow enables faster detection and response to any abnormal conditions. With support for a wide range of analog and digital I/Os, along with both local and remote control capabilities, the system ensures smooth integration with diverse field devices.

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Key Features of Our SCADA System

Our SCADA platform offers an extensive suite of capabilities for real-time monitoring, intelligent control, and data-driven analytics, ensuring efficient and reliable operation across power and industrial infrastructures.

Local & Remote Monitoring

Real-time access and control from onsite or remote locations ensures rapid fault response and reliable, uninterrupted plant operations.

Transformer WTI/OTI Monitoring

Real-time monitoring of WTI and OTI signals enhances transformer protection, prevents overheating, and supports predictive maintenance.

Numerical Relay Integration

Seamless relay integration enables fault detection, event recording, real-time monitoring, and remote configuration for enhanced system reliability.

VCB & Inverter Control

Control VCBs and inverter signals via DO outputs and Modbus RS485 for safe switching, automation, and centralized system monitoring.

Analog & Digital Signal Processing

Supports diverse analog values and digital signals including alarms, breaker status, and system feedback for precise control and monitoring.

Annunciator Panel

Provides instant visual and audible alerts, enabling operators to quickly respond to alarms and abnormal conditions.

Weather Monitoring Sensors

Captures wind speed, humidity, temperature, and irradiation data essential for renewable systems and outdoor monitoring applications.

Line Loss Monitoring

Tracks real-time line losses between generation and load, supporting efficiency improvement and operational cost reduction.

Frequently Asked Questions

Find answers to the most common queries below

Yes. The system supports both local and remote access, allowing operators to monitor plant performance and control devices from anywhere with secure connectivity.

A SCADA system provides real-time monitoring, control, and analytics of plant equipment. In solar plants, it ensures efficient performance, quick fault detection, and uninterrupted operation.

Absolutely. It seamlessly integrates with inverters, transformers, weather stations, relays, meters, and other field devices using industry-standard communication protocols.

The system supports widely used protocols such as Modbus RTU/TCP, IEC standards, and digital/analog I/O signals for quick and reliable integration.

Through real-time data collection, event recording, and integration with numerical relays, the system identifies faults instantly and notifies operators with alerts and alarms.

Yes. Weather monitoring sensors capture parameters like irradiation, temperature, humidity, and wind speed, helping optimize renewable energy generation.

Yes. The platform is fully scalable and can be expanded easily for large solar farms or multiple plant locations without performance limitations.

The system uses encrypted communication, secure user authentication, and role-based access control to protect plant data and prevent unauthorized access.