1 Introduction
2 FUSE goals
-
Intra-Microgrid Management: Exploration of methods for microgrid self-management (stabilization, optimization) based on data collection and situation-dependent decision processes.
-
Inter-Microgrid Management: Investigation of methods to autonomously control the interactions in a grid of microgrids, which includes processes for situation-dependent decisions regarding interconnections and islanding options.
-
Microgrid Security: Investigation of security methods to prevent, detect and mitigate attacks as basis for self-protection functions in intra- and inter-microgrid communication.
3 State of the art: microgrids and grid monitoring
4 Overview of the FUSE experimental facility
4.1 FUSE energy grid
4.2 FUSE ICT architecture
4.3 Time synchronization
5 Planned experiments
-
Data required from testbed: Sensor data from PMUs and other metering devices, accurate time measurements, packet-delay measurements
-
Collected results: Detection rate, stabilization time, accurate fine grained supervision data from all phases
-
Testbed requirements: Islanding capability, capability to invoke failures and unstable situations without influencing the public power grid, accurate clock synchronization, capability to combine simulation, emulation and testbed devices
-
Data required from testbed: Sensor data from several distributed sensors, accurate time measurements from devices
-
Collected Results: Grid behavior models and model parameters
-
Testbed requirements: Capability to set different grid states, accurate clock synchronization, capability to combine simulation, emulation and testbed devices
-
Data required from testbed: Sensor data from several distributed sensors, log files from devices, network measurement data (different layers), accurate time measurements
-
Collected Results: Detection speed, detection quality
-
Testbed requirements: Islanding capability, capability to invoke passive and active attacks (eavesdropping, man-in-the middle, denial of service), capability to combine simulation, emulation and testbed devices, accurate clock synchronization