2025-09-09 –, 203
Extended abstract for a User Presentation at the SSP User Meeting. The potential of the SSP standard to describe system structures to drive an end-to-end credible simulation process from the definition of an abstract analysis architecture to the evaluation of the overall system behavior in a co-simulation setup, is evaluated in this application to a heat pump system. From practitioners perspective the benefits and short-comings are compared against current best practices using proprietary solutions.
Technology architecture director, working on Dymola development in a broad sense since 1992. Also active in the SSP design group and in ProSTEP ivip Smart System Engineering. Former member of ISO WG21 C++.
Peter Lobner holds a degree in Computer Science from the University of Ulm and brings over 12 years of software-development experience across e-learning, energy, automotive, and intellectual-property domains. At eXXcellent solutions, he serves as project manager for orchideo | easySSP, a cloud platform enabling credible, traceable simulations based on the Modelica Association’s SSP standard. He is an active member of the SSP and SSP Traceability working groups and of prostep ivip’s SmartSE initiative, contributing to the evolution of open simulation standards.
