new naming

Notes.txt

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+In the TEMBA_03_07_Reference scenario I have changed the demands for the following countries since in the previous model the electricity demand was decreasing between 2016 and 2021.
+Botswana
+Ghana
+Lesotho
+Mali
+Mozambique
+Namibia
+Swaziland
+Zambia
+Zimbabwe
+
+Oil demands:
+Benin
+Botswana
+Mauritania
+Namibia
+Swaziland
+
+Biomass projection:
+Democratic Republic of the Congo
+Equatorial Guinea
+Ethiopia
+Gabon
+Guinea-Bissau
+Liberia
+Mozambique
+Nigeria
+United Republic of Tanzania
+Uganda
+Zambia
+Zimbabwe
+
+
+Coal:
+Lesotho
+Nigeria
+
+I updated the investments in Geothermal in Ethiopia (also in the other scenarios)
+I updated the electricity export/import prices for trades outside of Africa assuming 0.3 USD/kWh or 85 USD/GJ to 100 USD/GJ to 115 USD/GJ to 130 USD/GJ
+
+
+I updated the Capital costs of LNG and Regasification terminals. The variable cost of the technology is not included.
+
+I update the max capacity investments in solar in Cameroon, TD, CAF, CG, TD
+
+
+In the TEMBA_05_07_1.5 model I have increased the annual emission limit of DZ and LY the period 2068-2070 since the model was giving an error in 2069.
+
+
+I updated the Gas demands and Coal of the Northern countries.
+
+The 23 version has the solar CF for the following technologies updated:
+Only for Solar (no storage) the CF for PV. Reducing it at night to .05 (daypart2). Upping it during the day (daypart 1) to take up what was removed from the night (daypart 2)
+Zambia, Zimbabwe, Botswana, Somalia, Kenya.
+
+The 27th revision includes:
+The following changes have been implemented:
+- 100 MW burundi geothermal potential
+- Chad set up a lower upper limit on solar investments annualy
+- BF block nuclear investments
+- Zimbabwe hydro potential 2.2 GW
+- Namibia 2 GW of hydropotential
+- Allow Diesel investments in the first years on the countries that have backstop technologies
+(CF: until 2020, CM: until 2019, Guinea Bissau: until 2018, Mali: until 2019, SO: until 2019, TZ: until 2019)
+
+1.5oC:
+- Namibia hydro potential (2 GW)
+- South Africa 2.285 Max capacity (no new investments)
+- Mozambique 5.569GW max capacity hydro potential
+- Zimbabwe hydro potential 2.2GW
+
+Allow investments on LFO stand alone generators to all the countries starting from 2015.
+
+Version: 13_09
+- Updated the water factors for CCS technologies
+- Updated the water factors for nuclear power plants - assign 0 water factor for nuclear plants to the coastal countries
+
+Version: 21_10
+- Include water withdrawal in uranium extraction technologies
+- Updated the capital costs of LNG terminals
+- Updated variable costs of wind, solar and uranium extraction (BW,GN,NE,TZ,ZM) technologies
+- Include transportation losses for the non-electricity fuels (5% assumed)

fix_naming_convention/README.md

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+# New Naming conventions
+
+## Country codes: 3 characters
+
+## Fuel codes: 6 characters (Except from the intermediate fuels for NG pipeline)
+
+
+`^^^___`: first three characters 01-03 represent country code
+
+`___^^^`: last three characters 04-06
+- list of fuels: `ETH, CO1, CO2, BIO, COA, LFO, GAS, HFO, SOL, WIN, URN, CHA, WA1, WA2, EL1, HE2, EL2, FW3, HE3, EL3, HF3, LF3, CH3, GA3, CO3, BO3, CR3, DEL, DLG, DNG`
+- the fuels that have number `3` at the end represent the final energy demand `FW3, HE3, EL3, HF3, LF3, CH3, GA3, CO3, BO3, CR3`
+- the fuels that have the description `GASP` at the end represent the intermediate fuels for NG pipeline
+
+** Note: `CO1, CO2, CO3, BO3` the first two are characters and only the last one is a number
+
+## Tech codes: 12 characters
+
+### Currently not following any coding
+
+`BACKSTOP`
+
+### Power generation technologies/Power plants:
+
+`^^^_________`: first three characters 01-03 represent country code
+
+`___^^^______`: character 04-06 represent the type of fuel (`BIO, COA, CHA, CO1, CO2, EL1, EL2,
+ETH, GEO, HE2, HFO, HYD, LFO, NGA, BIO, URN, SOL, WA2, WIN, LNG`) . Note `LNG` is not in the list of fuels but it has been added as a code in the technologies to distinguish between natural gas imports and LNG imports.
+
+`______^^____`: character 07-08 represent the type of technology (`CH`: biomass CHP plant, `SC`:Superctritical coal, `CV`: conventional geothermal, `GC`: gas cycle, `LS`: large size hydro, `MS`: medium size hydro, `SS`: small size hydro, `SA`: stand alone, `RC`: LFO, `CC`: combined cycle, `PW`: pressurized water reactor (nuclear), `CN`: CSP (without storage), `CS`: CSP (with                           storage), `PU`: PV(utility), `PR`: PV(roof top), `PS`: PV (with storage), `ON`: onshore (wind), `OF`: offshore (wind)
+
+`________^___`: character 09 represent if the technology includes CCS or not. (`P`: its a power
+generation tech. without CCS, `C`: its a power generation tech. with CCS)
+
+`_________^^_`: character 10-11 represent the cooling type (`00`: means that the cooling type is not one of the following; `01`-`04`: `AIR, MDT, NDT, OTF/OTS`.
+
+Hint: If it is `00` then that means that a cooling type of the following: AIR, MDT, NDT, OTF/OTS has
+not been assigned to the power generation technology (example: hydro, wind).
+In example Solar PV has `00` as cooling type but a water factor has been assigned to that technology.
+
+`___________^`: character 12 represent if the power plant is Old (code: O) or New (code: N) or if there is no distinction (code: X)
+
+### Extraction/import/export technologies:
+
+`^^^_________`: first three characters 01-03 represent country code
+
+`___^^^______`: character 04-06 represent the type of fuel (BIO, COA, CHA, CO1, CO2, EL1, EL2, ETH, GEO, HE2, HFO, HYD, LFO, NGA, BIO,                   URN, SOL, WA2, WIN, LNG)
+
+`______^^____`: character 07-08 represent the type of technology (IM: imports, PR: production, EX: exports).
+                Hint: Exports are represented in a different way in this model
+
+`________^___`: character 09 will be P in this case.
+
+`_________^^_`: character 10-11 represent the cooling type, so code:00 since a cooling type has not been assigned to the technology
+
+`___________^`: character 12 since there is no distinction (code: X)
+
+
+### Transmission & distribution, Process:
+
+`^^^_________`: first three characters 01-03 represent country code
+
+`___^^^______`: character 04-06 represent the type of fuel (`BIO, COA, CHA, CO1, CO2, EL1, EL2, ETH, GEO, HE2, HFO, HYD, LFO, NGA, BIO, URN, SOL, WA2, WIN, LNG`)
+
+`______^^____`: character 07-08 represent the type of technology (
+    `TR`: transmission, `DI`: distribution)
+                Hint: the process technologies have `DI` as code.
+
+`________^___`: character 09 will be `P` in this case.
+
+`_________^^_`: character 10-11 represent the cooling type, so code: `00` since a cooling type has not been assigned to the technology
+
+`___________^`: character 12, since there is no distinction the code: `X`
+
+
+### Conversion technologies (new naming ???):
+
+- (old) `CRUDPROX`	--> (new) `CO1??????`	= Crude oil refinery capacity
+- (old) `CRUDRE1X` --> (new) `CO2??????`	= Crude oil refinery 1
+- (old) `CRUDRE2X` --> (new) `CO2??????`	= Crude oil refinery 2
+
+## Trade links (new naming ?):
+
+### Exports_EL
+
+  (old) `^^EL^^BP00`: where ^^ country codes
+  (new) `^^^EL1EX????`
+
+         2) Exports_NG
+  (old) `^^NG^^BP00`: where ^^ country codes
+  (new) `^^^NGAEX????`
+
+     VII) Intermediate_NG:
+  (old)`^^NG00IPIX`: where ^^ country codes
+  (new)`^^^NGA??????`
+
+
+## Emission factors: 6 characters
+
+`^^^___`: first three characters 01-03 represent country code
+
+`___^^^`: last three characters represent `CO2`, `REN`.
+*the other emission factors have not been used.
+
+## Timeslices: 4 characters
+
+`^^__`: first two characters represent season (S1-S4)
+
+`__^^`: last two characters represent dayparts (D1,D2)
+
+
+# Old Naming conventions
+
+(Vignesh has already the scripts to read the technologies/fuels --> to be checked)
+