Provided Data & Personal Data Setup

Units

Timestep (input data) - h
Power - MW
Energy - MWh
length - km

Provided Data

The package provides data for:

name	nodes	lines	years	tech
GER-1	1 – germany as single node	none	2006-2016	Pv, wind, coal, oil, gas, bat-e, bat-in, bat-out, h2-e, h2-in, h2-out, trans
GER-18	18 – dena-zones within germany	49	2006-2016	Pv, wind, coal, oil, gas, bat-e, bat-in, bat-out, h2-e, h2-in, h2-out, trans
CA-1	1 - california as single node	none	2014-2017	Pv, wind, coal, oil, gas, bat-e, bat-in, bat-out, h2-e, h2-in, h2-out, trans
CA-14	14 – multiple nodes within CA (no installed capacities currently)	23	2014-2017	Pv, wind, coal, oil, gas, bat-e, bat-in, bat-out, h2-e, h2-in, h2-out, trans
TX-1	1 – single node within Texas	none	2008	Pv, wind, coal, nuc, gas, bat-e, bat-in, bat-out

Personal Data Setup

Folder Structure

costs.csv
nodes.csv
techs.yml
lines.csv - optional
TS - subfolder containing time-series-data
[timeseries name].csv

Time Series data

`Timestamp`	`year`	[nodes...]
[some iterator]	relative value of installed capacity for renewables or absolute values for demand or so
...	...

costs.csv

Note

The different LCA-impact category columns define the impact-set. The different years within the column year define the year-set.

`tech`	`year`	`account`	[currency]	[LCA-Impact categories...]
[tech]	year of this price	`cap` or `fix` or `var`	Cost per unit Power(MW) or Energy (MWh)	Emissions per unit Power(MW) or Energy (MWh)...
...	...	...	...	...

nodes.csv

Note

The different nodes within the column node define the node-set

`node`	`region`	`infrastruct`	`lon`	`lat`	[`techs`...]
[node...]	region of this node	`ex` - existing or `lim` - limiting capacity	Latitude in °	Longitude in °	installed capacity of each tech at this node in MW or MWh
...	...	...	...	...

techs.yml

Note

The technologies within the group techs define the tech-set

Note

The currently supported technology-groups are

demand: For example the electricity demand
non_dispatchable_generation: For generation technologies like e.g. PV, wind
dispatchable_generation: For generation technologies like gas
storage: A technology that stores e.g. electricity or hydrogen
conversion: A technology that converts from one carrier to another
transmission: For transmission technologies that have no capacity (CAP) per node, but capacities (TRANS) per line

Note

The implementation of storage typically needs the conversion from one carrier like electricity to another carrier like hydrogen. The integration of a carrier technology allows more complex energy systems. A single storage technology like hydrogen can be connected with one technology that converts electricity to hydrogen and another technology that runs a solar powered electrolysis.

techs.yml needs to have the following structure:

tech_groups: defines parent groups for techs or other tech_groups
techs: defines the technologies, the elements are used to declare the dimension tech

We allow technologies to have parents to reduce unnecessary and mistake enabling repitions within the techs.yml-file. The information of the single techs is combined with the information provided from their parent techgroups. One technology can have multiple techgroups, if the parant has a parant. The combined information must contain:

name: A detailed description of the technology
tech_group: a technology-group that the technology belongs to. Groups can be: demand, generation, dispatchable_generation, non_dispatchable_generation, storage, conversion, transmission
plant_lifetime: the physical expected lifetime of this technologies plant [a]
financial_lifetime: financial time to break even [a]
discount_rate: discount rate for technology [a]
structure: node or line depending on the structure of the technology
unit: the unit that the capacity of the technology scales with. It can be power[MW] or energy[MWh]
input: the input can be a carrier like e.g. electricity carrier: electricity, atimeserieslike e.g.timeseries: demand_electricity, or afuellike e.g.fuel: gas`

The information can conatin:

constraints: like an efficiency like e.g. efficiency: 0.53 or cap_eq (e.g. discharge capacity is same as charge capacity) cap_eq: bat_in

lines.csv

Note

The different lines within the column line define the line-set

Note

Each node_start and node_end has to be a node in the file nodes.csv.

`line`	`node_start`	`node_end`	`reactance`	`resistance`	`power_ex`	`power_lim`	`voltage`	`circuits`	`length`
[line...]	`node` - line starts	`node` - line ends	reactance	resistance	exisitng capacity in MW	capacity limit in MW	voltage or description	number of circuits included	length in km
...	...	...	...	...	...	...	...	...	...