Fleet-level management and intelligence platform
Mission Control is a fleet-level management and intelligence platform for decentralized energy systems. It continuously monitors the operational state of all stations within a user's fleet, regardless of climate class, location, or application domain.
The integrated AI layer analyzes system telemetry, performance trends, and component behavior in real time. When anomalies, degradation, or early signs of failure are detected, Mission Control generates a structured service notification, including the identified issue, GPS coordinates of the station, recommended spare parts, required tools, and optimal service route.
In parallel, Mission Control continuously evaluates localized weather forecasts for each station. Based on predicted environmental conditions — such as storms, extreme heat, cold waves, or high winds — the platform proactively transitions stations into predefined preparation modes. In these modes, each station operates according to its internal, climate-specific scenario, optimized for protection, stability, and continuity of operation.
All critical control logic remains executed locally at the station level. Mission Control functions as the supervisory and analytical layer, enabling predictive maintenance, coordinated fleet behavior, and long-term operational optimization across geographically distributed installations.
Continuous surveillance of all system parameters including voltage, current, temperature, and state of charge across the entire fleet.
AI-powered analysis of component wear patterns and performance degradation to schedule maintenance before failures occur.
Integration with weather forecasting services to optimize energy generation and storage strategies based on upcoming conditions.
Comprehensive dashboards and reports providing insights into fleet-wide performance, efficiency metrics, and optimization opportunities.
AI continuously analyzes telemetry data to identify performance deviations, component degradation, or early failure indicators.
System classifies the detected issue by severity, affected component, and urgency level to prioritize service response.
Structured notification generated with GPS coordinates, recommended spare parts, required tools, and estimated repair time.
If multiple stations require service, Mission Control calculates the optimal route for field technicians.
All critical control logic remains executed locally at the station level. Mission Control functions as the supervisory and analytical layer.