Today’s energy systems face increasing complexity – rising energy prices, decentralized production, battery storage, and high demands for operational stability. AORTA+ was created in response to these challenges and provides intelligent energy management based on artificial intelligence and advanced optimization algorithms.
The basis of AORTA+ is its ability to predict future consumption and production trends and, on this basis, make advance decisions on the optimal use of available resources. The system analyzes historical data, the current status of equipment, weather forecasts, and market price signals, and is able to adjust its management strategy in real time.
AORTA+ actively manages battery storage, renewable sources, flexible appliances, and energy exchange with the grid. In practice, this means reducing peak consumption, better utilization of local production, cost optimization, and greater stability of the entire energy infrastructure.
A key feature of the solution is its direct integration with real devices. AORTA+ is not just an analytical or monitoring tool—it generates specific control commands that are transmitted directly to physical technologies via standard communication interfaces. As a result, artificial intelligence decisions are immediately reflected in real-world operations.
ACKNOWLEDGEMENT:
This work was supported by the project: IPCEI_IE_FLOW_BESS_012021_2. Phase