Economic Dispatch for Natural Gas-Electricity Networks

Economic Dispatch for Natural Gas-Electricity Networks free download

Apply Python & GAMS for Optimisation & Data Science to Electricity & Natural Gas Grids

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- Course Overview: This course, "Economic Dispatch for Natural Gas-Electricity Networks," provides a comprehensive introduction to the modelling, formulation, and implementation of coupled energy systems. It focuses on the economic dispatch problem, where the goal is to minimise the cost of supplying energy while considering the physical and operational constraints of both electricity and natural gas networks. The course begins with an overview of the system and its mathematical formulation, followed by downloadable materials that include the model files in Python and GAMS. Students are introduced to a simplified yet realistic system where electricity and natural gas interact through common infrastructure, such as gas-fired power plants.

In the implementation section, the course guides learners through the development of Python and GAMS-based models. This includes defining input data for both systems, setting up variables, and coding relevant constraints. Participants will solve and interpret the optimisation results using both platforms. The final section explores model extensions and summarises key takeaways. The course is ideal for students, researchers, and professionals in energy systems engineering who seek practical insights into integrated energy modelling and decision-making under economic criteria.