Smart Grid Monitoring & Operations Platform

Building a real-time grid monitoring and flexible asset management platform for renewable energy integration.

The Challenge

The client operates high-voltage transmission infrastructure across a major European region, managing the integration of rapidly growing wind and solar capacity. Their legacy SCADA systems couldn't handle the variability of renewable generation or support the flexible grid operations needed for the energy transition. Grid frequency must be maintained at exactly 50 Hz—deviations of 0.2 Hz trigger emergency protocols.

Why a Long-Term Partner

Energy grid software operates under constraints most developers never encounter: real-time processing requirements, safety-critical reliability, and regulatory frameworks that span decades. The client needed a team that could work within their existing SCADA infrastructure while building modern capabilities—not a greenfield rewrite that would take years.

Our Approach

• Built integration layer connecting legacy SCADA with modern streaming infrastructure
• Designed for 99.999% availability with graceful degradation under all conditions
• Implemented predictive models for wind and solar generation forecasting
• Created real-time visualization for grid operators with sub-second updates
• Developed automated redispatch and congestion management workflows

Technical Solution

Event-driven architecture processing 50,000+ sensor readings per second from substations across the network. Time-series database cluster for grid state history and analytics. Machine learning models for renewable generation forecasting and load prediction. React-based operator console with WebSocket streaming for real-time grid visualization. Integration with European interconnector systems for cross-border grid coordination.