The project RESINET addresses the main topic of resilience of energy grids, taking into account the transformation of the framework conditions from centralized, unidirectional systems to grids with a significantly higher share of renewable, fluctuating energy feeders ("prosumers"), increasing storage capacities in the grid interconnection and controllable loads. Specifically, the goals of this project are to:

• Develop a methodology for numerical assessment of power system resilience
• Development of a methodology to design the production topology for lowest possible vulnerability to grid outages as well as outage-minimized behavior during grid outages
• Development of a dynamic, real-time control of generation and consumption devices for grid stabilization
• Development of load and generation forecasts in energy grids and integration into dynamic control
• Evaluate the use of thermal and electrical energy storage devices to increase the resilience of energy grids and develop requirements and appropriate state sensor technology for these storage devices