Rayzen – Solar Plant Intelligence & SCADA Analytics Platform

Rayzen is a utility-scale solar plant monitoring and analytics platform developed for large solar installations. The platform combines SCADA telemetry ingestion, real-time monitoring, operational intelligence, and advanced performance analytics into a single unified dashboard.

Designed for plant operators and administrators, Rayzen helps monitor inverter health, block performance, energy generation, environmental conditions, and operational anomalies across large solar assets.

A full-stack solar intelligence platform was developed with automated data ingestion, analytics processing, and real-time visualization.

The platform provides:

• CSV ingestion automation
• SFTP-based data transfer
• Real-time file monitoring
• Celery-based processing engine
• Data validation and normalization
• Automatic retry and recovery mechanisms

• Daily generation analytics
• Performance Ratio (PR)
• Capacity Utilization Factor (CUF)
• Specific Yield calculations
• Plant-level KPI monitoring

• Real-time inverter health monitoring
• Efficiency tracking
• Yield benchmarking
• Power generation analysis
• Inverter status monitoring
• Historical trend analysis

• Block-level generation monitoring
• CUF and PR calculations
• Sync deviation analysis
• Daily yield tracking
• Automated anomaly identification

• Real-time 340 inverter heatmap
• Color-coded performance mapping
• Instant identification of underperforming assets
• Drill-down diagnostics

• Communication fault detection
• Performance anomaly detection
• Equipment fault identification
• Weather-related alerts
• Unified alert dashboard

• Irradiance monitoring
• Module temperature tracking
• Weather station analytics
• Sensor health monitoring

• Daily performance reports
• Environmental impact reports
• CO₂ savings calculations
• Energy export and import analytics
• Operational KPI reporting

Eliminated manual SCADA file handling through a fully automated ingestion pipeline.

Enabled early detection of inverter failures, flatline conditions, and performance degradation.

Provided plant operators with real-time visibility across 340 inverters and 10 power blocks.

Enabled engineers to identify underperforming assets and improve energy production.

Delivered actionable insights through analytics, diagnostics, and automated reporting.