### Generators - [ ] Hydro - [ ] Full and partial outages - [ ] Unit commitment - [ ] Minimum generation levels (I think related to unit commitment) - [ ] Seasonal ratings - [ ] Renewable energy entrants outside REZs - [ ] Reserves ### Network - [ ] Seasonal ratings - [ ] Network losses - [ ] interregional loss equations Would need to be done with custom constraints - [ ] Different contributionts to forward and reverse limits for expansion ### Policy constraints Integration of major policy constraints. Likely implemented through custom constraints. Including but not limited to: - [ ] Global carbon budget constraint(s) - [ ] Renewable Energy Target(s) - [ ] Including-state based targets ### Temporal resolution reduction - [ ] Sampled chronology?? Used in AEMO Single Stage Long-term model - [ ] Fitted chronology?? Used in AEMO Detailed Long-term model ### Spatial resolution reduction - [ ] Subregional - [ ] option to have rez generators connected directly to subregion nodes - [ ] Regional - [ ] templater chooses network subregional connection cross region boundary to represent interregional connection - [ ] rezs as separate nodes connected to regions as distinct nodes - [ ] option to have rez generators connected directly to region nodes - [ ] choose just once subregion/rez to use build cost from per region - [ ] Single region - [ ] rezs as separate nodes connected to region as distinct nodes - [ ] option to have rez generators connected directly to single region - [ ] choose just once subregion/rez to use build cost from per region
Generators
Network
Would need to be done with custom constraints
Policy constraints
Integration of major policy constraints. Likely implemented through custom constraints. Including but not limited to:
Temporal resolution reduction
Used in AEMO Single Stage Long-term model
Used in AEMO Detailed Long-term model
Spatial resolution reduction
Subregional
Regional
represent interregional connection
Single region