Flexible and resilient microgrids controlled by Artificial Intelligence in the Defense and Civil Sectors
Predictive and immediate management of local microgrids to increase their resilience, self-sufficiency and economic profitability in crisis areas, the defense sector, but also in civilian use.
Artificial intelligence no longer just optimizes advertising campaigns; it now decides in real time how energy flows. A team from a software company that has been developing an AI platform for energy over the past six years shows that the same technology helps save costs, meet ESG goals, and at the same time increase infrastructure resilience. In both civilian and defense environments it has one common goal: to keep the lights on for as long and as cleanly as possible. Recent years have tested the power system as well as company budgets. After the energy crisis, pressure arose to radically optimize consumption and energy procurement, while the commercial sector simultaneously tracks its carbon footprint so as not to be disadvantaged in the European market. The war in Ukraine exposed the fragility of critical infrastructure, and the shift to green energy has brought further stress to grid stability. The result is a need for tools that maintain real-time balance between generation, consumption, and storage.Energy crisis, war, and the green transition: reasons for change
