D-GITT (Detailed Grid Inner Topology Timeseries) is about giving access to node-breaker description timeseries of power grids, starting with 6-month history at 5' intervals for the French transmission grid. This experimentation shall be part of the LF Energy project OpenSynth.
CRESYM's GA decided on 08.04.2025 to set up a pool of independent experts, who would challenge the Association's roadmap, every project goals & consistency, and the research results, according to the principles set forth in our new "Independent Adviser Charter".
CRESYM's master NDA granting to signatory organisation the "Observer" status, enabling them to access the Association's debates and preserving everyone's confidentiality information.
Opensource R&I results owners can ask CRESYM to maintain them and make them publicly available on their behalf in CReDIT. Check out the 12 basic services that they can ask CRESYM to implement.
Dynaωo is an hybrid C++/Modelica complete and coherent open source suite of simulation tools for power systems, aiming at ease collaboration and cooperation in the power system community.
VILLAS framework is a toolset for local and geographically distributed real-time co-simulation.
DPsim is a real-time capable power system simulator that supports dynamic phasor and electromagnetic transient simulation as well as continuous powerflow. It primarily targets large-scale scenarios on commercial off-the-sheld hardware that require deterministic time steps in the range of micro- to milliseconds.
The Small Signal Stability Toolbox (SSST) is a collection of Matlab functions for the analysis and control of small signal stability of power systems: load flow solution, output of load flow solution, linear model, eigenvalue analysis, output of the eigenvalue analysis, linear responses, reduced order eigenvalue analysis, sensitivities with respect to FACTS devices modulation, design of a single damping controller and coordinated design of multiple damping controllers.
CRESYM is proud to release its first year of activity's report 🎉 - Check it out!
