Diego Alejandro Tejada Arango
Diego Alejandro Tejada Arango
### Description As part of the M2 and the developments for the investment module for seasonal & non-seasonal storage, we need to improve the storage investment representation. We must create...
# Pull request details ## Describe the changes made in this pull request As part of the changes in epic #575, this PR updates the documentation in the formulation and...
Update formulation and how-to to explain how the user can set up the option of having an investment in the energy capacity of the storage asset Part of #575
### Description Two use cases need this feature to represent the assets' physics correctly: 1. Cogeneration or combined heat and power (CHP): For each flow of electricity, an X amount...
### Description **This epic issue is part of the different levels of detail in the operation module for M3.** The base periods allow for inter-representative period constraints since they recover...
### What and Why We need to update the list of authors for the repo in the cff file. Talk to @g-moralesespana before updating this file. ### Possible Drawbacks _No...
### Description Create methods to have two levels of detail for the unit commitment: - no unit commitment - basic/simple version **NOTE: The more complex version of the unit commitment...
### What and Why We have the capacity in MW for storage assets, which is the same for charging and discharging. However, some storage assets can have different charging and...
### Description When analyzing the results of energy models, one key answer is to determine who the marginal plant (an asset in Tulipa) is. The solution is not straightforward for...
### Description Implement early work from Maaike's research to improve the energy storage constraints: https://www.overleaf.com/project/6454fde7fdf7f1c73ceeb2a0 ### Sub issues - [x] Write the equations in this issue using the Tulipa names...