Cogeneration Hybrid Energy System Modelling TRNSYS

@leftya8

Your project isn’t just about building a TRNSYS model — the real challenge is correctly integrating cogeneration, renewables, and storage into a stable simulation that clearly shows how the system performs. If component connections, control strategies, or load interactions are not configured properly, the results can become inaccurate and difficult to explain during evaluation. I can develop a clean, well-structured TRNSYS model that integrates the micro gas turbine with heat recovery, PV system, wind turbine, solar thermal collectors, electrical battery storage, and hot-water thermal storage. The system will be configured in load-following mode to realistically meet the building’s electrical demand and domestic hot water load while interacting properly with the grid. I will also run annual simulations using realistic weather data and load profiles to analyze electrical and thermal demand coverage, fuel consumption of the gas turbine, renewable contribution, and storage utilization. You’ll receive: • Complete TRNSYS project model • Proper component configuration and control logic • Annual simulation results and performance graphs • Clear outputs showing demand coverage and storage behavior • A short explanation suitable for academic presentation The goal is a stable, easy-to-understand model that clearly demonstrates the benefits of integrating cogeneration with renewables and storage. Message me now to discuss your project and the simulation setup so we can get started.