EBSILON GuD-KWK Simulation Support
Budget: €36 – €0 EUR
This is an academic project conducted within the framework of an engineering degree program. The objective is the design and thermodynamic simulation of a combined-cycle CHP (GuD-CHP) plant with district heating extraction using EBSiLON Professional.
The focus is on the modeling of the main components (gas turbine, heat recovery steam generator, and steam turbine) as well as the integration of a district heating extraction system. Existing assumptions and boundary conditions will be provided. The project requires technical support in model development, plausibility checking of simulation results, and optimization of efficiency and relevant energy performance indicators.
The work will be carried out remotely. The goal is not a complete execution of the project by the freelancer, but rather technical support, model validation, and professional explanations to ensure that the results can be clearly understood and properly documented.
Expertise in power plant simulation, thermodynamics, combined- cycle and CHP systems, as well as practical experience with EBSiLON, is required.
The focus is on the modeling of the main components (gas turbine, heat recovery steam generator, and steam turbine) as well as the integration of a district heating extraction system. Existing assumptions and boundary conditions will be provided. The project requires technical support in model development, plausibility checking of simulation results, and optimization of efficiency and relevant energy performance indicators.
The work will be carried out remotely. The goal is not a complete execution of the project by the freelancer, but rather technical support, model validation, and professional explanations to ensure that the results can be clearly understood and properly documented.
Expertise in power plant simulation, thermodynamics, combined- cycle and CHP systems, as well as practical experience with EBSiLON, is required.