jnnr commented 1 year ago

Task: Build an oemof.tabular datapackage for the minimal example and conceptualize all the steps that are necessary to transform the input data into the target datapackage.

We defined the example to contain:

Electricity demand
Gas turbine
Battery storage
Wind turbine (onshore)

The input data can be found here:

The corresponding oemof.tabular datapackage will look like this:

├── data
│   ├── elements
│   │   ├── bus.csv
│   │   ├── commodity.csv
│   │   ├── conversion.csv
│   │   ├── load.csv
│   │   ├── storage.csv
│   │   └── volatile.csv
│   └── sequences
│       ├── load_profile.csv
│       └── volatile_profile.csv
├── datapackage.json

jnnr commented 1 year ago

These steps have to be performed to transform the input data into the target datapackage:

elements

bus

commodity

conversion

Use this data https://energy.databus.dbpedia.org/felixmaur/modex/modex_tech_generator_gas/
map parameter names/do some calculations installed_capacity: capacity variable_costs: fixed_costs: part of capacity_cost capital_costs: use it to calculate capacity_cost (annuised) lifetime: use it to calculate capacity_cost (annuised) input_ratio output_ratio emission_factor fuel_costs: carrier_cost expansion_limit:

load

storage

Use this data https://energy.databus.dbpedia.org/felixmaur/modex/modex_tech_storage_battery/
map parameter names/do some calculations installed_capacity: capacity variable_costs fixed_costs capital_costs lifetime input_ratio output_ratio e2p_ratio expansion_limit

volatile

Use this data https://energy.databus.dbpedia.org/felixmaur/modex/modex_tech_wind_turbine_onshore/
map parameter names/do some calculations expansion_limit installed_capacity capital_costs fixed_costs lifetime

sequences

Take these data, unstack timeseries and plug them into load_profile.csv and volatile_profile.csv

FelixMau commented 11 months ago

Outdated

sedos-project / data_adapter_oemof

Minimal working prototype is missing #2