An open-source C++ based framework capable of simulating all components in hybrid power systems stability assessment studies.
Grab the source of Harmony. You can find previous and current all versions!
Latest release →Documentation for Harmony, along with tutorials and guides, are available here.
API reference (Doxygen) →Harmony will deliver a mathematical framework capable of simulating all components in hybrid power systems (HPS) for stability assessment studies. The tool is designed to be comprehensive and user-friendly for analyzing stability and mitigating instabilities in the power systems of interest.
It will efficiently investigate multi-terminal HVDC systems (offshore/onshore), transmission–distribution interconnections, controller interoperability, and HVDC protection. Existing commercial tools typically require costly equipment, long model-development cycles, and time-consuming simulations (minutes to hours). In contrast, Harmony targets execution times of several seconds on general-purpose CPUs.
If you use the Harmony code in your work, please cite Advanced simulation framework for AC/MTDC power systems .
