Design integrated system for power plant development

In the KIT activities for the development of Tokamak fusion reactors are performed since more than one decade. Recently an approach has been launched for the creation of a design integrated system. This system will support the analysis work towards an optimized Tokamak DEMO reactor configuration. A system analysis tool aiming to describe main plasma physics and engineering features will be combined with semiautomatic systems for creation of reactor configurations and sets of boundary conditions Thus, data is generated and provided to different engineering platforms dedicated to each reactor system respectively. These platforms are the basis for detailed optimization and improvement of conceptual designs. This paper focuses of the semi-automatic computational tools in between the system code and the engineering platforms which will be used to create and provide analysis data and boundary conditions.