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Hi Liya
Here are a couple of pointers:
- You must be using NEMO to model energy storage. Storage is not (yet) supported either in simulation-based scenarios, nor when using OSeMOSYS.
- To model storage your module/scenario must be marked to be optimized. I recommend using NEMO with the free CBC solver, so in your electric generation module set the Optimize variable to "NEMO(Cbc)".
- Add one or more storage technologies as processes within your electricity generation module. When you add a process you can mark it as a storage technology using the dialog that pops up (shown below). Storage technologies have no feedstock fuels.
Once you have a storage process, you will see new variables relevant only to storage processes such as: Full Load Hours, Starting Charge and Minimum Charge. The Process Efficiency variable is also relevant as it governs charge/discharge efficiency. The Full load hours variable is used to translate the power capacity (in MW) into storage capacity (MWhr).
We don't (yet) have new training materials on storage, but suggest you take a look at the sample "Time Slice Demo" data set (using Area: Install: Install from Internet menu option in LEAP). Below is a screenshot showing Power Generation by time slice. Notice how energy goes into and out of the storage process depending on demand and availability of variable renewables processes.
Hope this helps,
Charlie