• Aging infrastructure and complex grid topology making it difficult to monitor and manage energy flows in real-time
• Frequent unplanned outages and delayed fault detection, impacting customer satisfaction and regulatory compliance
• Inefficient energy distribution leading to higher losses and increased operational expenses
• Difficulty integrating diverse data sources from generation plants, substations, and smart meters into a unified view
• Increasing regulatory pressure to improve sustainability and energy efficiency

Objective: Develop a robust Energy Management System (EMS) to enable real-time monitoring, predictive fault detection, and optimized energy distribution.

• Real-time monitoring of energy flows, equipment status, and grid conditions via sensor networks and SCADA integration
• Fault detection and alerting system enabling faster identification and response to outages or equipment failures
• Energy load balancing algorithms to optimize distribution across generation and consumption points, reducing losses
• Data integration platform aggregating information from smart meters, substations, and power plants for centralized analysis
• Dashboard and reporting tools providing operators with actionable insights and compliance reports