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Semantic 3D city models play an important role in solving complex real-world problems and are being adopted by many cities\udaround the world. A wide range of application and simulation scenarios directly benefit from the adoption of international standards\udsuch as CityGML. However, most of the simulations involve properties, whose values vary with respect to time, and the current\udgeneration semantic 3D city models do not support time-dependent properties explicitly. In this paper, the details of solar potential\udsimulations are provided operating on the CityGML standard, assessing and estimating solar energy production for the roofs and\udfacades of the 3D building objects in different ways. Furthermore, the paper demonstrates how the time-dependent simulation results\udare better-represented inline within 3D city models utilizing the so-called Dynamizer concept. This concept not only allows\udrepresenting the simulation results in standardized ways, but also delivers a method to enhance static city models by such dynamic\udproperty values making the city models truly dynamic. The dynamizer concept has been implemented as an Application Domain\udExtension of the CityGML standard within the OGC Future City Pilot Phase 1. The results are given in this paper

SOLAR POTENTIAL ANALYSIS AND INTEGRATION OF THE TIME-DEPENDENT SIMULATION RESULTS FOR SEMANTIC 3D CITY MODELS USING DYNAMIZERS