Data requirements for a European energy system model - Revision history

Wided Medjroubi: /* Work To Do */

2016-10-09T09:54:10Z

‎Work To Do

2016-10-09T09:49:55Z

‎Gas network

2016-05-03T14:46:48Z

‎Transport demand

2016-04-28T08:35:20Z

‎Work To Do

2016-04-28T08:33:43Z

‎Bottom-up approach

2016-04-26T16:11:31Z

2016-04-26T12:46:16Z

2016-04-24T11:11:44Z

2016-04-24T11:10:32Z

2016-04-21T19:12:31Z

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 Read ENTSO-G map?
 == Work To Do ==
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 <span style="font-family: Arial, Helvetica, sans-serif; font-size: 13px;">Open Grid Europe GmbH designs, engineers, installs, and operates natural gas transmission pipeline network in Germany. On the webpage of OpenGridEurope there is a so called: [https://www.open-grid-europe.com/cps/rde/oge-internet/hs.xsl/Netzdaten-233.htm Network Data] , where one can navigate an i[https://transparencybo.open-grid-europe.com/BOE/OpenDocument/1608031852/OpenDocument/opendoc/openDocument.faces?logonSuccessful=true&shareId=0 nteractive map of the gas network] in Germany and read samples of csv files of the network topology. However, the data is not public nor available to third parties.</span><br/>
-*<br/>
+*National Grid Network:
 <br/>
 == Current Status ==

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 Still needs lots of work.
 = Gas network =
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 == Work To Do ==
-Work out what data is out there and who has the rights to it.
+<span style="background-color: rgb(255, 255, 255);">Work out what data is out there and who has the rights to it.</span><br/>
 == Current Status ==
 Still needs lots of work.
 = Heating network =

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 <br/>
 = Transport demand =
 People (passenger-km) versus cargo (tonne-km) transport demand.
 == Work To Do ==
 Literature review.
 = Energy Efficiency =

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 The [http://e3p-beta.jrc.nl/ European Energy Efficiency Platform] may be useful.
 == Work To Do ==
 Literature review.
 = Weather data for availability of wind/water/solar power plants =

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 = Electricity demand =
 == Bottom-up approach ==
 In an ideal world, one would build a bottom-up model of industrial and residential demand profiles to build time series for each and every region (e.g. [https://en.wikipedia.org/wiki/Nomenclature_of_Territorial_Units_for_Statistics NUTS 3] regions), which could then be validated against historical data. This bottom-up model could then be re-run to include future changes to electrical demand, such as increased presence of heat pumps, electric vehicles and other changes to consumption.
 == Simple top-down approach ==

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 The [[Transmission network datasets#GridKit European Dataset|GridKit European Dataset]] already provides an extract of this information, but it needs post-processing/cleaning to turn it into an electrical network model.
-Advantage: Open data, no licencing issues, transparency, no worries about deliberate distortion.
+Advantage: Open data, no licencing issues, transparency, no worries about deliberate distortion, methodology easily extends to any part of the planet
 Disadvantage: Data quality/completeness: OSM doesn't yet always list numbers of circuits/wires/voltages accurately, so data quality needs to be improved; currently heuristics must be used to infer the grid topology, i.e. how everything connects together.
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 Advantage: Public domain licence, model has electrical properties
-Disadvantage: Non-algorithmic origin based on manual matching with ENTSO-E map
+Disadvantage: Non-algorithmic origin based on manual matching with ENTSO-E map; only covers continental Europe (old UCTE area)
 <br/>

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 People (passenger-km) versus cargo (tonne-km) transport demand.
 == Work To Do ==
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 There are several open databases of power plants: [http://globalenergyobservatory.org/ GEO], Enipedia, CAMRA, Wikipedia, OpenStreetMap, some of which, e.g. Enipedia, already link nicely to other databases.
-See also [[Power plant portfolios]].
+See also [[Power plant portfolios|Power plant portfolios]].
 Many network operators/regulators have online datasets, see the [http://open-power-system-data.org/data-sources#Other_European_countries OPSD list of European countries with power plant databases]

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 The dataset should be completely transparent from raw input data (e.g. weather data, national curated datasets on power plants) to model input data, with free software used whenever data is processed (see the nice picture in the [http://openmod-initiative.org/manifesto.html openmod manifesto]).
-See also [[Data]].
+See also [[Data|Data]].
 = Electricity demand =
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 There are several open databases of power plants: [http://globalenergyobservatory.org/ GEO], Enipedia, CAMRA, Wikipedia, OpenStreetMap, some of which, e.g. Enipedia, already link nicely to other databases.
 Many network operators/regulators have online datasets, see the [http://open-power-system-data.org/data-sources#Other_European_countries OPSD list of European countries with power plant databases]

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 = Power plant database =
-There are several open databases of power plants: GeOS, Enipedia, CAMRA, Wikipedia, OpenStreetMap, some of which, e.g. Enipedia, already link nicely to other databases.
+There are several open databases of power plants: [http://globalenergyobservatory.org/ GEO], Enipedia, CAMRA, Wikipedia, OpenStreetMap, some of which, e.g. Enipedia, already link nicely to other databases.
 Many network operators/regulators have online datasets, see the [http://open-power-system-data.org/data-sources#Other_Europan_countries OPSD list of European countries with power plant databases]