As an outcome of my master's thesis, the simple models developed in my thesis could be added to the OSeMOSYS test suite.
The fictional one-node model includes one fuel import technology, one energy conversion technology and one demand applied for one timestep.
It can be used to understand mathematical operating principles of OSeMOSYS in practice.
The two-node model represents the metropolitan region Berlin-Brandenburg including fossil-fuel energy conversion, renewable energy conversion, trade between the nodes, and is applied to three different temporal resolutions as well as dispatch and investment mode. Energy storages are not included.
It can be used as an example of a way to set-up multi-node models for teaching purposes.
You can find the models in the repository of my master's thesis explained in more detail.
As an outcome of my master's thesis, the simple models developed in my thesis could be added to the OSeMOSYS test suite.
The fictional one-node model includes one fuel import technology, one energy conversion technology and one demand applied for one timestep. It can be used to understand mathematical operating principles of OSeMOSYS in practice.
The two-node model represents the metropolitan region Berlin-Brandenburg including fossil-fuel energy conversion, renewable energy conversion, trade between the nodes, and is applied to three different temporal resolutions as well as dispatch and investment mode. Energy storages are not included. It can be used as an example of a way to set-up multi-node models for teaching purposes.
You can find the models in the repository of my master's thesis explained in more detail.