diff --git a/PV_ICE/baselines/CarbonLayer/baseline2100_aluminium_frames_MFGing_countrymarketshare.csv b/PV_ICE/baselines/CarbonLayer/baseline2100_aluminium_frames_MFGing_countrymarketshare.csv index 3f7bc4f..b6fa58b 100644 --- a/PV_ICE/baselines/CarbonLayer/baseline2100_aluminium_frames_MFGing_countrymarketshare.csv +++ b/PV_ICE/baselines/CarbonLayer/baseline2100_aluminium_frames_MFGing_countrymarketshare.csv @@ -1,4 +1,4 @@ -,China,Canada,Iceland,India,Russia,UAE,USA,SouthAfrica,Brazil,Australia,World +,China,Canada,Iceland,India,Russia,UAE,USA,South Africa,Brazil,Australia,World 2000,11.93,9.88,1.65,2.06,13.17,2.06,14.81,5.2,5.4,9.2,25.06 2001,13.58,10.29,2.06,1.65,13.17,2.47,11.11,7.6,5.5,11.8,21.19 2002,16.92,9.23,3.85,1.15,11.92,3.46,9.62,6.9,5.2,11,20.75 diff --git a/PV_ICE/baselines/CarbonLayer/baseline2100_backsheet_MFGing_countrymarketshare.csv b/PV_ICE/baselines/CarbonLayer/baseline2100_backsheet_MFGing_countrymarketshare.csv index de24ea4..9ed5499 100644 --- a/PV_ICE/baselines/CarbonLayer/baseline2100_backsheet_MFGing_countrymarketshare.csv +++ b/PV_ICE/baselines/CarbonLayer/baseline2100_backsheet_MFGing_countrymarketshare.csv @@ -1,4 +1,4 @@ -,China,Germany,HongKong,India,Italy,Japan,SKorea,Netherlands,Poland,Spain,Turkey,USA +,China,Germany,Hong Kong,India,Italy,Japan,South Korea,Netherlands,Poland,Spain,Turkey,USA 2000,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 2001,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 2002,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 diff --git a/PV_ICE/baselines/CarbonLayer/baseline2100_copper_MFGing_countrymarketshare.csv b/PV_ICE/baselines/CarbonLayer/baseline2100_copper_MFGing_countrymarketshare.csv index 69affb5..a32f879 100644 --- a/PV_ICE/baselines/CarbonLayer/baseline2100_copper_MFGing_countrymarketshare.csv +++ b/PV_ICE/baselines/CarbonLayer/baseline2100_copper_MFGing_countrymarketshare.csv @@ -1,4 +1,4 @@ -,Australia,Canada,Chile,China,CongoDRC,India,Indonesia,Japan,Kazakhstan,SKorea,Mexico,Peru,Poland,Russia,USA,Zambia,World +,Australia,Canada,Chile,China,CongoDRC,India,Indonesia,Japan,Kazakhstan,South Korea,Mexico,Peru,Poland,Russia,USA,Zambia,World 2000,5.432815526,4.949079559,29.56411751,6.523903778,0.075290021,0.891323738,5.500952408,4.761049814,3.548950413,1.582673353,3.037033985,4.151539721,3.94285516,4.966311968,11.5855479,2.325307164,7.161247983 2001,5.621526828,4.901540498,29.43480571,6.72298411,0.072040676,1.031815733,5.642569906,4.494739481,3.670787199,1.505610692,2.931048416,4.849370693,3.900654047,5.126197175,10.51144904,2.530506832,7.05235297 2002,5.866549821,4.526054317,28.68021737,7.006453012,0.019049251,1.2808381,6.154534833,4.379651765,3.853848954,1.494653223,2.835156948,5.495851842,4.124399765,5.560280198,8.888974548,2.779487073,7.053998981 diff --git a/PV_ICE/baselines/CarbonLayer/baseline2100_encapsulant_MFGing_countrymarketshare.csv b/PV_ICE/baselines/CarbonLayer/baseline2100_encapsulant_MFGing_countrymarketshare.csv index 41ba217..94b99d4 100644 --- a/PV_ICE/baselines/CarbonLayer/baseline2100_encapsulant_MFGing_countrymarketshare.csv +++ b/PV_ICE/baselines/CarbonLayer/baseline2100_encapsulant_MFGing_countrymarketshare.csv @@ -1,4 +1,4 @@ -,Austria,Brazil,China,France,Germany,India,Italy,Japan,SKorea,Netherlands,Norway,Poland,SaudiArabia,Singapore,Spain,Taiwan,Thailand,Turkey,UnitedKingdom,USA +,Austria,Brazil,China,France,Germany,India,Italy,Japan,South Korea,Netherlands,Norway,Poland,Saudi Arabia,Singapore,Spain,Taiwan,Thailand,Turkey,United Kingdom,USA 2000,0.89,0.89,40.18,1.79,5.36,10.71,2.68,4.46,5.36,0.89,0.89,0.89,1.79,1.79,0.89,1.79,1.79,4.46,0.89,11.61 2001,0.89,0.89,40.18,1.79,5.36,10.71,2.68,4.46,5.36,0.89,0.89,0.89,1.79,1.79,0.89,1.79,1.79,4.46,0.89,11.61 2002,0.89,0.89,40.18,1.79,5.36,10.71,2.68,4.46,5.36,0.89,0.89,0.89,1.79,1.79,0.89,1.79,1.79,4.46,0.89,11.61 diff --git a/PV_ICE/baselines/CarbonLayer/baseline2100_glass_MFGing_countrymarketshare.csv b/PV_ICE/baselines/CarbonLayer/baseline2100_glass_MFGing_countrymarketshare.csv index efbad18..cf481b0 100644 --- a/PV_ICE/baselines/CarbonLayer/baseline2100_glass_MFGing_countrymarketshare.csv +++ b/PV_ICE/baselines/CarbonLayer/baseline2100_glass_MFGing_countrymarketshare.csv @@ -1,4 +1,4 @@ -year,China,EU,USA,Japan,SKorea,Malaysia,Russia,Brazil,India,World +year,China,EU,USA,Japan,South Korea,Malaysia,Russia,Brazil,India,World 2000,19,18,28,0,0,0,2,4,3,26 2001,19,18,28,0,0,0,2,4,3,26 2002,19,18,28,0,0,0,2,4,3,26 diff --git a/PV_ICE/baselines/CarbonLayer/baseline2100_module_countrymarketshare.csv b/PV_ICE/baselines/CarbonLayer/baseline2100_module_countrymarketshare.csv index 37a9bba..939b075 100644 --- a/PV_ICE/baselines/CarbonLayer/baseline2100_module_countrymarketshare.csv +++ b/PV_ICE/baselines/CarbonLayer/baseline2100_module_countrymarketshare.csv @@ -1,4 +1,4 @@ -,China,India,Taiwan,Germany,Japan,SKorea,Canada,Mexico,USA,VietNam,Malaysia,Thailand,Singapore,Turkey,Poland,Switzerland,Brazil,SouthAfrica,Philippines,ElSalvador +,China,India,Taiwan,Germany,Japan,South Korea,Canada,Mexico,USA,Viet Nam,Malaysia,Thailand,Singapore,Turkey,Poland,Switzerland,Brazil,South Africa,Philippines,El Salvador 2000,39.62264151,24.21383648,4.716981132,15.09433962,0,0,11.00628931,0,0,0,0,0,0,0,0,4.716981132,0,0,0,0 2001,39.62264151,24.21383648,4.716981132,15.09433962,0,0,11.00628931,0,0,0,0,0,0,0,0,4.716981132,0,0,0,0 2002,39.62264151,24.21383648,4.716981132,15.09433962,0,0,11.00628931,0,0,0,0,0,0,0,0,4.716981132,0,0,0,0 diff --git a/PV_ICE/baselines/CarbonLayer/baseline2100_silicon_MFGing_countrymarketshare.csv b/PV_ICE/baselines/CarbonLayer/baseline2100_silicon_MFGing_countrymarketshare.csv index 6a731c8..0cca01b 100644 --- a/PV_ICE/baselines/CarbonLayer/baseline2100_silicon_MFGing_countrymarketshare.csv +++ b/PV_ICE/baselines/CarbonLayer/baseline2100_silicon_MFGing_countrymarketshare.csv @@ -1,4 +1,4 @@ -,Australia,Bosnia,Brazil,Canada,China,France,Germany,Iceland,India,Japan,Kazakhstan,Laos,Malaysia,Netherlands,Norway,Philippines,Qatar,Russia,SKorea,Singapore,Slovakia,SouthAfrica,Spain,Taiwan,Thailand,USA,Ukraine,UnitedKingdom,Uzbekistan,VietNam +,Australia,Bosnia,Brazil,Canada,China,France,Germany,Iceland,India,Japan,Kazakhstan,Laos,Malaysia,Netherlands,Norway,Philippines,Qatar,Russia,South Korea,Singapore,Slovakia,South Africa,Spain,Taiwan,Thailand,USA,Ukraine,United Kingdom,Uzbekistan,Viet Nam 2000,0.345556019,0.114527138,1.313112873,0.296190874,16.92755404,1.184763495,0.347974911,0,9.799456674,11.86903436,0,0,0,0,1.439309931,0,0,0.533143573,0.505006272,0,0,0.493651456,0.315936932,2.945869921,0,51.56891153,0,0,0,0 2001,0.345556019,0.114527138,1.313112873,0.296190874,16.92755404,1.184763495,0.347974911,0,9.799456674,11.86903436,0,0,0,0,1.439309931,0,0,0.533143573,0.505006272,0,0,0.493651456,0.315936932,2.945869921,0,51.56891153,0,0,0,0 2002,0.345556019,0.114527138,1.313112873,0.296190874,16.92755404,1.184763495,0.347974911,0,9.799456674,11.86903436,0,0,0,0,1.439309931,0,0,0.533143573,0.505006272,0,0,0.493651456,0.315936932,2.945869921,0,51.56891153,0,0,0,0 diff --git a/PV_ICE/baselines/CarbonLayer/baseline_aluminium_frames_MFGing_countrymarketshare.csv b/PV_ICE/baselines/CarbonLayer/baseline_aluminium_frames_MFGing_countrymarketshare.csv index ca64430..a6f028f 100644 --- a/PV_ICE/baselines/CarbonLayer/baseline_aluminium_frames_MFGing_countrymarketshare.csv +++ b/PV_ICE/baselines/CarbonLayer/baseline_aluminium_frames_MFGing_countrymarketshare.csv @@ -1,4 +1,4 @@ -,China,Canada,Iceland,India,Russia,UAE,USA,SouthAfrica,Brazil,Australia,World +,China,Canada,Iceland,India,Russia,UAE,USA,South Africa,Brazil,Australia,World 1995,11.01,10.57,0.88,2.64,13.22,2.2,15.86,4.8,5.3,8.8,25.15 1996,11.01,10.57,0.88,2.64,13.22,2.2,15.86,4.8,5.3,8.8,25.15 1997,11.01,10.57,0.88,2.64,13.22,2.2,15.86,4.8,5.3,8.8,25.15 diff --git a/PV_ICE/baselines/CarbonLayer/baseline_backsheet_MFGing_countrymarketshare.csv b/PV_ICE/baselines/CarbonLayer/baseline_backsheet_MFGing_countrymarketshare.csv index fc33d54..4f83fea 100644 --- a/PV_ICE/baselines/CarbonLayer/baseline_backsheet_MFGing_countrymarketshare.csv +++ b/PV_ICE/baselines/CarbonLayer/baseline_backsheet_MFGing_countrymarketshare.csv @@ -1,57 +1,57 @@ -,China,Germany,HongKong,India,Italy,Japan,SKorea,Netherlands,Poland,Spain,Turkey,USA -1995,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -1996,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -1997,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -1998,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -1999,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2000,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2001,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2002,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2003,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2004,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2005,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2006,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2007,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2008,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2009,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2010,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2011,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2012,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2013,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2014,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2015,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2016,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2017,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2018,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2019,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2020,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2021,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2022,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2023,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2024,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2025,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2026,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2027,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2028,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2029,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2030,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2031,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2032,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2033,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2034,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2035,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2036,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2037,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2038,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2039,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2040,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2041,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2042,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2043,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2044,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2045,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2046,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2047,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2048,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2049,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 -2050,47.83,8.70,1.45,7.25,2.90,10.14,8.70,1.45,1.45,1.45,1.45,7.25 +,China,Germany,Hong Kong,India,Italy,Japan,South Korea,Netherlands,Poland,Spain,Turkey,USA +1995,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +1996,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +1997,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +1998,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +1999,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2000,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2001,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2002,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2003,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2004,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2005,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2006,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2007,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2008,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2009,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2010,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2011,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2012,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2013,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2014,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2015,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2016,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2017,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2018,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2019,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2020,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2021,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2022,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2023,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2024,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2025,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2026,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2027,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2028,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2029,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2030,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2031,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2032,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2033,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2034,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2035,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2036,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2037,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2038,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2039,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2040,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2041,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 +2042,47.83,8.7,1.45,7.25,2.9,10.14,8.7,1.45,1.45,1.45,1.45,7.25 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-year,USA,Australia,Belgium,Bulgaria,Canada,China,Germany,India,Japan,Kazakhstan,Skorea,Mexico,Netherlands,Norway,Peru,Poland,Russia,Uzbekistan,,,,,,,,, -1995,13.27,3.88,9.83,0,9.76,15.45,7.02,0,17.36,7.44,0,9.48,0,0,0,0,6.5,0,,,,,,,,, -1996,13.27,3.88,9.83,0,9.76,15.45,7.02,0,17.36,7.44,0,9.48,0,0,0,0,6.5,0,,,,,,,,, -1997,13.27,3.88,9.83,0,9.76,15.45,7.02,0,17.36,7.44,0,9.48,0,0,0,0,6.5,0,,,,,,,,, -1998,13.27,3.88,9.83,0,9.76,15.45,7.02,0,17.36,7.44,0,9.48,0,0,0,0,6.5,0,,,,,,,,, -1999,13.27,3.88,9.83,0,9.76,15.45,7.02,0,17.36,7.44,0,9.48,0,0,0,0,6.5,0,,,,,,,,, -2000,13.27,3.88,9.83,0,9.76,15.45,7.02,0,17.36,7.44,0,9.48,0,0,0,0,6.5,0,,,,,,,,, -2001,4.59,2.55,8.37,0,7.96,16.2,7.42,0,16.8,7.42,12.69,9.58,0,0,0,0,6.41,0,,,,,,,,, -2002,5.61,2.81,0,0,7.19,20.05,3.38,3.61,20.05,4.81,15.24,9.62,0,0,0,0,7.62,0,,,,,,,,, -2003,4.82,2.52,0,0,10.07,17.99,3.24,3.45,17.99,9.71,13.31,10.07,0,0,0,0,6.83,0,,,,,,,,, -2004,3.43,2.18,0,0,11.78,17.47,3.99,3.05,13.93,11.85,13.1,9.98,0,0,3.32,0,5.93,0,,,,,,,,, -2005,5.8,2.03,0,0,9.23,16.25,3.47,2.26,12.45,10.84,15.71,8.67,3.12,0,2.61,0,7.59,0,,,,,,,,, -2006,3.9,2.23,0,0,9.54,16.73,3.57,2.51,12.77,11.15,18.13,7.81,3.18,0,2.34,0,6.13,0,,,,,,,,, -2007,3.83,1.82,0,0,10.95,20.85,3.34,3.02,10.06,10.95,17.72,8.44,2.61,0,2.19,0,4.22,0,,,,,,,,, -2008,4.19,1.78,0,0,7.01,23.17,2.16,3.23,11.42,11.32,15.63,8.68,2.86,0,2,2.26,4.31,0,,,,,,,,, -2009,3.59,2.1,0,0,7.38,24.42,2.27,3.46,10.34,10.22,17.04,6.87,2.78,0,2.13,3.41,3.98,0,,,,,,,,, -2010,3.1,1.7,0,0,6.33,35.04,1.95,3.02,9.98,8.76,12.17,7.2,2.82,0,1.95,2.58,3.41,0,,,,,,,,, -2011,0,1.86,0,0,8.42,33.3,1.43,3,8.37,6.66,19.03,7.04,2.71,0,2.72,2.14,3.33,0,,,,,,,,, -2012,0,1.9,0,2.1,5.5,36.47,0,3.1,8.99,6.49,14.99,8.11,2.8,0,3.42,2.65,3.5,0,,,,,,,,, -2013,0,1.81,0,1.9,6.67,33.33,0,2.14,8.71,5.71,19.04,7.09,2.67,0,3.31,1.9,5.71,0,,,,,,,,, -2014,0,1.66,0,1.66,6.22,33.21,0,1.8,8.68,5.69,19.03,6.69,3.04,0,3.65,2.98,5.69,0,,,,,,,,, -2015,0,1.74,0,1.64,5.3,34.7,0,0,8.95,6.85,19.18,5.94,2.92,0,3.47,2.88,6.44,0,,,,,,,,, -2016,0,0,0,0,10.72,38.07,0,0,9.24,6.96,16.71,5.52,2.92,0,3.81,0,6.04,0,,,,,,,,, -2017,0,0,0,0,7.83,35.66,0,0,9.31,6.52,24.35,5.04,2.61,0,3.47,0,5.22,0,,,,,,,,, -2018,0,0,0,0,7.37,35.99,0,0,8.69,6.58,21.94,5.97,4.83,0,3.36,0,5.27,0,,,,,,,,, -2019,0,0,0,0,8.17,37.15,0,0,9.06,6.8,19.94,6.32,4.98,0,3.5,0,4.08,0,,,,,,,,, -2020,0,0,0,0,8.17,37.15,0,0,9.06,6.8,19.94,6.32,4.98,0,3.5,0,4.08,0,,,,,,,,, -2021,0.97,1.63,0,1.25,7.28,40.43,1.69,0,7.68,4.85,16.17,3.47,3.45,1.42,2.43,2.02,4.04,1.21,,,,,,,,, -2022,0.94,1.45,0,1.5,7.97,38.51,1.42,0,7.97,4.43,17.7,5.18,2.54,1.86,2.04,1.11,4.43,0.97,,,,,,,,, -2023,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2024,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2025,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2026,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2027,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2028,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2029,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2030,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2031,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2032,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2033,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2034,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2035,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2036,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2037,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2038,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2039,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2040,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2041,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2042,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2043,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2044,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2045,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2046,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2047,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2048,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2049,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, -2050,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96,,,,,,,,, +year,USA,Australia,Belgium,Bulgaria,Canada,China,Germany,India,Japan,Kazakhstan,South Korea,Mexico,Netherlands,Norway,Peru,Poland,Russia,Uzbekistan +1995,13.27,3.88,9.83,0,9.76,15.45,7.02,0,17.36,7.44,0,9.48,0,0,0,0,6.5,0 +1996,13.27,3.88,9.83,0,9.76,15.45,7.02,0,17.36,7.44,0,9.48,0,0,0,0,6.5,0 +1997,13.27,3.88,9.83,0,9.76,15.45,7.02,0,17.36,7.44,0,9.48,0,0,0,0,6.5,0 +1998,13.27,3.88,9.83,0,9.76,15.45,7.02,0,17.36,7.44,0,9.48,0,0,0,0,6.5,0 +1999,13.27,3.88,9.83,0,9.76,15.45,7.02,0,17.36,7.44,0,9.48,0,0,0,0,6.5,0 +2000,13.27,3.88,9.83,0,9.76,15.45,7.02,0,17.36,7.44,0,9.48,0,0,0,0,6.5,0 +2001,4.59,2.55,8.37,0,7.96,16.2,7.42,0,16.8,7.42,12.69,9.58,0,0,0,0,6.41,0 +2002,5.61,2.81,0,0,7.19,20.05,3.38,3.61,20.05,4.81,15.24,9.62,0,0,0,0,7.62,0 +2003,4.82,2.52,0,0,10.07,17.99,3.24,3.45,17.99,9.71,13.31,10.07,0,0,0,0,6.83,0 +2004,3.43,2.18,0,0,11.78,17.47,3.99,3.05,13.93,11.85,13.1,9.98,0,0,3.32,0,5.93,0 +2005,5.8,2.03,0,0,9.23,16.25,3.47,2.26,12.45,10.84,15.71,8.67,3.12,0,2.61,0,7.59,0 +2006,3.9,2.23,0,0,9.54,16.73,3.57,2.51,12.77,11.15,18.13,7.81,3.18,0,2.34,0,6.13,0 +2007,3.83,1.82,0,0,10.95,20.85,3.34,3.02,10.06,10.95,17.72,8.44,2.61,0,2.19,0,4.22,0 +2008,4.19,1.78,0,0,7.01,23.17,2.16,3.23,11.42,11.32,15.63,8.68,2.86,0,2,2.26,4.31,0 +2009,3.59,2.1,0,0,7.38,24.42,2.27,3.46,10.34,10.22,17.04,6.87,2.78,0,2.13,3.41,3.98,0 +2010,3.1,1.7,0,0,6.33,35.04,1.95,3.02,9.98,8.76,12.17,7.2,2.82,0,1.95,2.58,3.41,0 +2011,0,1.86,0,0,8.42,33.3,1.43,3,8.37,6.66,19.03,7.04,2.71,0,2.72,2.14,3.33,0 +2012,0,1.9,0,2.1,5.5,36.47,0,3.1,8.99,6.49,14.99,8.11,2.8,0,3.42,2.65,3.5,0 +2013,0,1.81,0,1.9,6.67,33.33,0,2.14,8.71,5.71,19.04,7.09,2.67,0,3.31,1.9,5.71,0 +2014,0,1.66,0,1.66,6.22,33.21,0,1.8,8.68,5.69,19.03,6.69,3.04,0,3.65,2.98,5.69,0 +2015,0,1.74,0,1.64,5.3,34.7,0,0,8.95,6.85,19.18,5.94,2.92,0,3.47,2.88,6.44,0 +2016,0,0,0,0,10.72,38.07,0,0,9.24,6.96,16.71,5.52,2.92,0,3.81,0,6.04,0 +2017,0,0,0,0,7.83,35.66,0,0,9.31,6.52,24.35,5.04,2.61,0,3.47,0,5.22,0 +2018,0,0,0,0,7.37,35.99,0,0,8.69,6.58,21.94,5.97,4.83,0,3.36,0,5.27,0 +2019,0,0,0,0,8.17,37.15,0,0,9.06,6.8,19.94,6.32,4.98,0,3.5,0,4.08,0 +2020,0,0,0,0,8.17,37.15,0,0,9.06,6.8,19.94,6.32,4.98,0,3.5,0,4.08,0 +2021,0.97,1.63,0,1.25,7.28,40.43,1.69,0,7.68,4.85,16.17,3.47,3.45,1.42,2.43,2.02,4.04,1.21 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+2033,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2034,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2035,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2036,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2037,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2038,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2039,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2040,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2041,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2042,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2043,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2044,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2045,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2046,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2047,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2048,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2049,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 +2050,0.96,1.65,0,1.48,7.82,39.11,0,0,7.82,4.35,17.38,4.78,3.26,1.65,3.43,1,4.35,0.96 diff --git a/PV_ICE/baselines/CarbonLayer/baseline_copper_MFGing_countrymarketshare.csv b/PV_ICE/baselines/CarbonLayer/baseline_copper_MFGing_countrymarketshare.csv index 3957700..5f0f7c2 100644 --- a/PV_ICE/baselines/CarbonLayer/baseline_copper_MFGing_countrymarketshare.csv +++ b/PV_ICE/baselines/CarbonLayer/baseline_copper_MFGing_countrymarketshare.csv @@ -1,4 +1,4 @@ -,Australia,Canada,Chile,China,CongoDRC,India,Indonesia,Japan,Kazakhstan,SKorea,Mexico,Peru,Poland,Russia,USA,Zambia,World +,Australia,Canada,Chile,China,CongoDRC,India,Indonesia,Japan,Kazakhstan,South Korea,Mexico,Peru,Poland,Russia,USA,Zambia,World 1995,2.383228409,5.684662357,19.86042522,9.164835781,0.42506565,1.129204683,0,12.59663774,3.679011614,3.577531825,4.388864913,4.143885676,4.659574086,5.754672226,19.39415094,3.158248888,0 1996,2.383228409,5.684662357,19.86042522,9.164835781,0.42506565,1.129204683,0,12.59663774,3.679011614,3.577531825,4.388864913,4.143885676,4.659574086,5.754672226,19.39415094,3.158248888,0 1997,2.383228409,5.684662357,19.86042522,9.164835781,0.42506565,1.129204683,0,12.59663774,3.679011614,3.577531825,4.388864913,4.143885676,4.659574086,5.754672226,19.39415094,3.158248888,0 diff --git a/PV_ICE/baselines/CarbonLayer/baseline_countrygridmix.csv b/PV_ICE/baselines/CarbonLayer/baseline_countrygridmix.csv index 9d23be8..f4d2bb7 100644 --- a/PV_ICE/baselines/CarbonLayer/baseline_countrygridmix.csv +++ b/PV_ICE/baselines/CarbonLayer/baseline_countrygridmix.csv @@ -1,4 +1,4 @@ -,Afghanistan_Bioenergy,Afghanistan_Coal,Afghanistan_Gas,Afghanistan_Hydro,Afghanistan_Nuclear,Afghanistan_Other Fossil,Afghanistan_Solar,Afghanistan_Wind,Africa_Bioenergy,Africa_Coal,Africa_Gas,Africa_Hydro,Africa_Nuclear,Africa_Other Fossil,Africa_Solar,Africa_Wind,Albania_Bioenergy,Albania_Coal,Albania_Gas,Albania_Hydro,Albania_Nuclear,Albania_Other Fossil,Albania_Solar,Albania_Wind,Algeria_Bioenergy,Algeria_Coal,Algeria_Gas,Algeria_Hydro,Algeria_Nuclear,Algeria_Other Fossil,Algeria_Solar,Algeria_Wind,American Samoa_Bioenergy,American Samoa_Coal,American Samoa_Gas,American Samoa_Hydro,American Samoa_Nuclear,American Samoa_Other Fossil,American Samoa_Solar,American Samoa_Wind,Angola_Bioenergy,Angola_Coal,Angola_Gas,Angola_Hydro,Angola_Nuclear,Angola_Other Fossil,Angola_Solar,Angola_Wind,Antigua and Barbuda_Bioenergy,Antigua and Barbuda_Coal,Antigua and Barbuda_Gas,Antigua and Barbuda_Hydro,Antigua and Barbuda_Nuclear,Antigua and Barbuda_Other Fossil,Antigua and Barbuda_Solar,Antigua and Barbuda_Wind,Argentina_Bioenergy,Argentina_Coal,Argentina_Gas,Argentina_Hydro,Argentina_Nuclear,Argentina_Other Fossil,Argentina_Solar,Argentina_Wind,Armenia_Bioenergy,Armenia_Coal,Armenia_Gas,Armenia_Hydro,Armenia_Nuclear,Armenia_Other Fossil,Armenia_Solar,Armenia_Wind,Aruba_Bioenergy,Aruba_Coal,Aruba_Gas,Aruba_Hydro,Aruba_Nuclear,Aruba_Other Fossil,Aruba_Solar,Aruba_Wind,ASEAN_Bioenergy,ASEAN_Coal,ASEAN_Gas,ASEAN_Hydro,ASEAN_Nuclear,ASEAN_Other Fossil,ASEAN_Solar,ASEAN_Wind,Asia_Bioenergy,Asia_Coal,Asia_Gas,Asia_Hydro,Asia_Nuclear,Asia_Other Fossil,Asia_Solar,Asia_Wind,Australia_Bioenergy,Australia_Coal,Australia_Gas,Australia_Hydro,Australia_Nuclear,Australia_Other Fossil,Australia_Solar,Australia_Wind,Austria_Bioenergy,Austria_Coal,Austria_Gas,Austria_Hydro,Austria_Nuclear,Austria_Other Fossil,Austria_Solar,Austria_Wind,Azerbaijan_Bioenergy,Azerbaijan_Coal,Azerbaijan_Gas,Azerbaijan_Hydro,Azerbaijan_Nuclear,Azerbaijan_Other Fossil,Azerbaijan_Solar,Azerbaijan_Wind,Bahamas (the)_Bioenergy,Bahamas (the)_Coal,Bahamas (the)_Gas,Bahamas (the)_Hydro,Bahamas (the)_Nuclear,Bahamas (the)_Other Fossil,Bahamas (the)_Solar,Bahamas (the)_Wind,Bahrain_Bioenergy,Bahrain_Coal,Bahrain_Gas,Bahrain_Hydro,Bahrain_Nuclear,Bahrain_Other Fossil,Bahrain_Solar,Bahrain_Wind,Bangladesh_Bioenergy,Bangladesh_Coal,Bangladesh_Gas,Bangladesh_Hydro,Bangladesh_Nuclear,Bangladesh_Other Fossil,Bangladesh_Solar,Bangladesh_Wind,Barbados_Bioenergy,Barbados_Coal,Barbados_Gas,Barbados_Hydro,Barbados_Nuclear,Barbados_Other Fossil,Barbados_Solar,Barbados_Wind,Belarus_Bioenergy,Belarus_Coal,Belarus_Gas,Belarus_Hydro,Belarus_Nuclear,Belarus_Other Fossil,Belarus_Solar,Belarus_Wind,Belgium_Bioenergy,Belgium_Coal,Belgium_Gas,Belgium_Hydro,Belgium_Nuclear,Belgium_Other Fossil,Belgium_Solar,Belgium_Wind,Belize_Bioenergy,Belize_Coal,Belize_Gas,Belize_Hydro,Belize_Nuclear,Belize_Other Fossil,Belize_Solar,Belize_Wind,Benin_Bioenergy,Benin_Coal,Benin_Gas,Benin_Hydro,Benin_Nuclear,Benin_Other Fossil,Benin_Solar,Benin_Wind,Bermuda_Bioenergy,Bermuda_Coal,Bermuda_Gas,Bermuda_Hydro,Bermuda_Nuclear,Bermuda_Other Fossil,Bermuda_Solar,Bermuda_Wind,Bhutan_Bioenergy,Bhutan_Coal,Bhutan_Gas,Bhutan_Hydro,Bhutan_Nuclear,Bhutan_Other Fossil,Bhutan_Solar,Bhutan_Wind,Bolivia_Bioenergy,Bolivia_Coal,Bolivia_Gas,Bolivia_Hydro,Bolivia_Nuclear,Bolivia_Other Fossil,Bolivia_Solar,Bolivia_Wind,Bosnia Herzegovina_Bioenergy,Bosnia Herzegovina_Coal,Bosnia Herzegovina_Gas,Bosnia Herzegovina_Hydro,Bosnia Herzegovina_Nuclear,Bosnia Herzegovina_Other Fossil,Bosnia Herzegovina_Solar,Bosnia Herzegovina_Wind,Botswana_Bioenergy,Botswana_Coal,Botswana_Gas,Botswana_Hydro,Botswana_Nuclear,Botswana_Other Fossil,Botswana_Solar,Botswana_Wind,Brazil_Bioenergy,Brazil_Coal,Brazil_Gas,Brazil_Hydro,Brazil_Nuclear,Brazil_Other Fossil,Brazil_Solar,Brazil_Wind,Brunei Darussalam_Bioenergy,Brunei Darussalam_Coal,Brunei Darussalam_Gas,Brunei Darussalam_Hydro,Brunei Darussalam_Nuclear,Brunei Darussalam_Other Fossil,Brunei Darussalam_Solar,Brunei Darussalam_Wind,Bulgaria_Bioenergy,Bulgaria_Coal,Bulgaria_Gas,Bulgaria_Hydro,Bulgaria_Nuclear,Bulgaria_Other Fossil,Bulgaria_Solar,Bulgaria_Wind,Burkina Faso_Bioenergy,Burkina Faso_Coal,Burkina Faso_Gas,Burkina Faso_Hydro,Burkina Faso_Nuclear,Burkina Faso_Other Fossil,Burkina Faso_Solar,Burkina Faso_Wind,Burundi_Bioenergy,Burundi_Coal,Burundi_Gas,Burundi_Hydro,Burundi_Nuclear,Burundi_Other Fossil,Burundi_Solar,Burundi_Wind,Cabo Verde_Bioenergy,Cabo Verde_Coal,Cabo Verde_Gas,Cabo Verde_Hydro,Cabo Verde_Nuclear,Cabo Verde_Other Fossil,Cabo Verde_Solar,Cabo Verde_Wind,Cambodia_Bioenergy,Cambodia_Coal,Cambodia_Gas,Cambodia_Hydro,Cambodia_Nuclear,Cambodia_Other Fossil,Cambodia_Solar,Cambodia_Wind,Cameroon_Bioenergy,Cameroon_Coal,Cameroon_Gas,Cameroon_Hydro,Cameroon_Nuclear,Cameroon_Other Fossil,Cameroon_Solar,Cameroon_Wind,Canada_Bioenergy,Canada_Coal,Canada_Gas,Canada_Hydro,Canada_Nuclear,Canada_Other Fossil,Canada_Solar,Canada_Wind,Cayman Islands (the)_Bioenergy,Cayman Islands (the)_Coal,Cayman Islands (the)_Gas,Cayman Islands (the)_Hydro,Cayman Islands (the)_Nuclear,Cayman Islands (the)_Other Fossil,Cayman Islands (the)_Solar,Cayman Islands (the)_Wind,Central African Republic (the)_Bioenergy,Central African Republic (the)_Coal,Central African Republic (the)_Gas,Central African Republic (the)_Hydro,Central African Republic (the)_Nuclear,Central African Republic (the)_Other Fossil,Central African Republic (the)_Solar,Central African Republic (the)_Wind,Chad_Bioenergy,Chad_Coal,Chad_Gas,Chad_Hydro,Chad_Nuclear,Chad_Other Fossil,Chad_Solar,Chad_Wind,Chile_Coal,Chile_Gas,Chile_Hydro,Chile_Other Fossil,Chile_Solar,Chile_Wind,China_Bioenergy,China_Coal,China_Gas,China_Hydro,China_Nuclear,China_Other Fossil,China_Solar,China_Wind,Colombia_Bioenergy,Colombia_Coal,Colombia_Gas,Colombia_Hydro,Colombia_Nuclear,Colombia_Other Fossil,Colombia_Solar,Colombia_Wind,Comoros (the)_Bioenergy,Comoros (the)_Coal,Comoros (the)_Gas,Comoros (the)_Hydro,Comoros (the)_Nuclear,Comoros (the)_Other Fossil,Comoros (the)_Solar,Comoros (the)_Wind,Congo (the Democratic Republic of the)_Bioenergy,Congo (the Democratic Republic of the)_Coal,Congo (the Democratic Republic of the)_Gas,Congo (the Democratic Republic of the)_Hydro,Congo (the Democratic Republic of the)_Nuclear,Congo (the Democratic Republic of the)_Other Fossil,Congo (the Democratic Republic of the)_Solar,Congo (the Democratic Republic of the)_Wind,Congo (the)_Bioenergy,Congo (the)_Coal,Congo (the)_Gas,Congo (the)_Hydro,Congo (the)_Nuclear,Congo (the)_Other Fossil,Congo (the)_Solar,Congo (the)_Wind,Cook Islands (the)_Bioenergy,Cook Islands (the)_Coal,Cook Islands (the)_Gas,Cook Islands (the)_Hydro,Cook Islands (the)_Nuclear,Cook Islands (the)_Other Fossil,Cook Islands (the)_Solar,Cook Islands (the)_Wind,Costa Rica_Bioenergy,Costa Rica_Coal,Costa Rica_Gas,Costa Rica_Hydro,Costa Rica_Nuclear,Costa Rica_Other Fossil,Costa Rica_Solar,Costa Rica_Wind,Cote d'Ivoire_Bioenergy,Cote d'Ivoire_Coal,Cote d'Ivoire_Gas,Cote d'Ivoire_Hydro,Cote d'Ivoire_Nuclear,Cote d'Ivoire_Other Fossil,Cote d'Ivoire_Solar,Cote d'Ivoire_Wind,Croatia_Bioenergy,Croatia_Coal,Croatia_Gas,Croatia_Hydro,Croatia_Nuclear,Croatia_Other Fossil,Croatia_Solar,Croatia_Wind,Cuba_Bioenergy,Cuba_Coal,Cuba_Gas,Cuba_Hydro,Cuba_Nuclear,Cuba_Other Fossil,Cuba_Solar,Cuba_Wind,Cyprus_Bioenergy,Cyprus_Coal,Cyprus_Gas,Cyprus_Hydro,Cyprus_Nuclear,Cyprus_Other Fossil,Cyprus_Solar,Cyprus_Wind,Czechia_Bioenergy,Czechia_Coal,Czechia_Gas,Czechia_Hydro,Czechia_Nuclear,Czechia_Other Fossil,Czechia_Solar,Czechia_Wind,Denmark_Bioenergy,Denmark_Coal,Denmark_Gas,Denmark_Hydro,Denmark_Nuclear,Denmark_Other Fossil,Denmark_Solar,Denmark_Wind,Djibouti_Bioenergy,Djibouti_Coal,Djibouti_Gas,Djibouti_Hydro,Djibouti_Nuclear,Djibouti_Other Fossil,Djibouti_Solar,Djibouti_Wind,Dominica_Bioenergy,Dominica_Coal,Dominica_Gas,Dominica_Hydro,Dominica_Nuclear,Dominica_Other Fossil,Dominica_Solar,Dominica_Wind,Dominican Republic (the)_Bioenergy,Dominican Republic (the)_Coal,Dominican Republic (the)_Gas,Dominican Republic (the)_Hydro,Dominican Republic (the)_Nuclear,Dominican Republic (the)_Other Fossil,Dominican Republic (the)_Solar,Dominican Republic (the)_Wind,Ecuador_Bioenergy,Ecuador_Coal,Ecuador_Gas,Ecuador_Hydro,Ecuador_Nuclear,Ecuador_Other Fossil,Ecuador_Solar,Ecuador_Wind,Egypt_Bioenergy,Egypt_Coal,Egypt_Gas,Egypt_Hydro,Egypt_Other Fossil,Egypt_Solar,Egypt_Wind,El Salvador_Bioenergy,El Salvador_Coal,El Salvador_Gas,El Salvador_Hydro,El Salvador_Nuclear,El Salvador_Other Fossil,El Salvador_Solar,El Salvador_Wind,Equatorial Guinea_Bioenergy,Equatorial Guinea_Coal,Equatorial Guinea_Gas,Equatorial Guinea_Hydro,Equatorial Guinea_Nuclear,Equatorial Guinea_Other Fossil,Equatorial Guinea_Solar,Equatorial Guinea_Wind,Eritrea_Bioenergy,Eritrea_Coal,Eritrea_Gas,Eritrea_Hydro,Eritrea_Nuclear,Eritrea_Other Fossil,Eritrea_Solar,Eritrea_Wind,Estonia_Bioenergy,Estonia_Coal,Estonia_Gas,Estonia_Hydro,Estonia_Nuclear,Estonia_Other Fossil,Estonia_Solar,Estonia_Wind,Eswatini_Bioenergy,Eswatini_Coal,Eswatini_Gas,Eswatini_Hydro,Eswatini_Nuclear,Eswatini_Other Fossil,Eswatini_Solar,Eswatini_Wind,Ethiopia_Bioenergy,Ethiopia_Coal,Ethiopia_Gas,Ethiopia_Hydro,Ethiopia_Nuclear,Ethiopia_Other Fossil,Ethiopia_Solar,Ethiopia_Wind,EU_Bioenergy,EU_Coal,EU_Gas,EU_Hydro,EU_Nuclear,EU_Other Fossil,EU_Solar,EU_Wind,Europe_Bioenergy,Europe_Coal,Europe_Gas,Europe_Hydro,Europe_Nuclear,Europe_Other Fossil,Europe_Solar,Europe_Wind,Falkland Islands (the) [Malvinas]_Bioenergy,Falkland Islands (the) [Malvinas]_Coal,Falkland Islands (the) [Malvinas]_Gas,Falkland Islands (the) [Malvinas]_Hydro,Falkland Islands (the) [Malvinas]_Nuclear,Falkland Islands (the) [Malvinas]_Other Fossil,Falkland Islands (the) [Malvinas]_Solar,Falkland Islands (the) [Malvinas]_Wind,Faroe Islands (the)_Bioenergy,Faroe Islands (the)_Coal,Faroe Islands (the)_Gas,Faroe Islands (the)_Hydro,Faroe Islands (the)_Nuclear,Faroe Islands (the)_Other Fossil,Faroe Islands (the)_Solar,Faroe Islands (the)_Wind,Fiji_Bioenergy,Fiji_Coal,Fiji_Gas,Fiji_Hydro,Fiji_Nuclear,Fiji_Other Fossil,Fiji_Solar,Fiji_Wind,Finland_Bioenergy,Finland_Coal,Finland_Gas,Finland_Hydro,Finland_Nuclear,Finland_Other Fossil,Finland_Solar,Finland_Wind,France_Bioenergy,France_Coal,France_Gas,France_Hydro,France_Nuclear,France_Other Fossil,France_Solar,France_Wind,French Guiana_Bioenergy,French Guiana_Hydro,French Guiana_Other Fossil,French Guiana_Solar,French Polynesia_Bioenergy,French Polynesia_Coal,French Polynesia_Gas,French Polynesia_Hydro,French Polynesia_Nuclear,French Polynesia_Other Fossil,French Polynesia_Solar,French Polynesia_Wind,G20_Bioenergy,G20_Coal,G20_Gas,G20_Hydro,G20_Nuclear,G20_Other Fossil,G20_Solar,G20_Wind,G7_Bioenergy,G7_Coal,G7_Gas,G7_Hydro,G7_Nuclear,G7_Other Fossil,G7_Solar,G7_Wind,Gabon_Bioenergy,Gabon_Coal,Gabon_Gas,Gabon_Hydro,Gabon_Nuclear,Gabon_Other Fossil,Gabon_Solar,Gabon_Wind,Gambia (the)_Bioenergy,Gambia (the)_Coal,Gambia (the)_Gas,Gambia (the)_Hydro,Gambia (the)_Nuclear,Gambia (the)_Other Fossil,Gambia (the)_Solar,Gambia (the)_Wind,Georgia_Bioenergy,Georgia_Coal,Georgia_Gas,Georgia_Hydro,Georgia_Nuclear,Georgia_Other Fossil,Georgia_Solar,Georgia_Wind,Germany_Bioenergy,Germany_Coal,Germany_Gas,Germany_Hydro,Germany_Nuclear,Germany_Other Fossil,Germany_Solar,Germany_Wind,Ghana_Bioenergy,Ghana_Coal,Ghana_Gas,Ghana_Hydro,Ghana_Nuclear,Ghana_Other Fossil,Ghana_Solar,Ghana_Wind,Gibraltar_Bioenergy,Gibraltar_Coal,Gibraltar_Gas,Gibraltar_Hydro,Gibraltar_Nuclear,Gibraltar_Other Fossil,Gibraltar_Solar,Gibraltar_Wind,Greece_Bioenergy,Greece_Coal,Greece_Gas,Greece_Hydro,Greece_Nuclear,Greece_Other Fossil,Greece_Solar,Greece_Wind,Greenland_Bioenergy,Greenland_Coal,Greenland_Gas,Greenland_Hydro,Greenland_Nuclear,Greenland_Other Fossil,Greenland_Solar,Greenland_Wind,Grenada_Bioenergy,Grenada_Coal,Grenada_Gas,Grenada_Hydro,Grenada_Nuclear,Grenada_Other Fossil,Grenada_Solar,Grenada_Wind,Guadeloupe_Bioenergy,Guadeloupe_Coal,Guadeloupe_Hydro,Guadeloupe_Other Fossil,Guadeloupe_Solar,Guadeloupe_Wind,Guam_Bioenergy,Guam_Coal,Guam_Gas,Guam_Hydro,Guam_Nuclear,Guam_Other Fossil,Guam_Solar,Guam_Wind,Guatemala_Bioenergy,Guatemala_Coal,Guatemala_Gas,Guatemala_Hydro,Guatemala_Nuclear,Guatemala_Other Fossil,Guatemala_Solar,Guatemala_Wind,Guinea_Bioenergy,Guinea_Coal,Guinea_Gas,Guinea_Hydro,Guinea_Nuclear,Guinea_Other Fossil,Guinea_Solar,Guinea_Wind,Guinea-Bissau_Bioenergy,Guinea-Bissau_Coal,Guinea-Bissau_Gas,Guinea-Bissau_Hydro,Guinea-Bissau_Nuclear,Guinea-Bissau_Other Fossil,Guinea-Bissau_Solar,Guinea-Bissau_Wind,Guyana_Bioenergy,Guyana_Coal,Guyana_Gas,Guyana_Hydro,Guyana_Nuclear,Guyana_Other Fossil,Guyana_Solar,Guyana_Wind,Haiti_Bioenergy,Haiti_Coal,Haiti_Gas,Haiti_Hydro,Haiti_Nuclear,Haiti_Other Fossil,Haiti_Solar,Haiti_Wind,Honduras_Bioenergy,Honduras_Coal,Honduras_Gas,Honduras_Hydro,Honduras_Nuclear,Honduras_Other Fossil,Honduras_Solar,Honduras_Wind,Hong Kong_Bioenergy,Hong Kong_Coal,Hong Kong_Gas,Hong Kong_Hydro,Hong Kong_Nuclear,Hong Kong_Other Fossil,Hong Kong_Solar,Hong Kong_Wind,Hungary_Bioenergy,Hungary_Coal,Hungary_Gas,Hungary_Hydro,Hungary_Nuclear,Hungary_Other Fossil,Hungary_Solar,Hungary_Wind,Iceland_Bioenergy,Iceland_Coal,Iceland_Gas,Iceland_Hydro,Iceland_Nuclear,Iceland_Other Fossil,Iceland_Solar,Iceland_Wind,India_Bioenergy,India_Coal,India_Gas,India_Hydro,India_Nuclear,India_Other Fossil,India_Solar,India_Wind,Indonesia_Bioenergy,Indonesia_Coal,Indonesia_Gas,Indonesia_Hydro,Indonesia_Other Fossil,Indonesia_Solar,Indonesia_Wind,Iran (Islamic Republic of)_Bioenergy,Iran (Islamic Republic of)_Coal,Iran (Islamic Republic of)_Gas,Iran (Islamic Republic of)_Hydro,Iran (Islamic Republic of)_Nuclear,Iran (Islamic Republic of)_Other Fossil,Iran (Islamic Republic of)_Solar,Iran (Islamic Republic of)_Wind,Iraq_Bioenergy,Iraq_Coal,Iraq_Gas,Iraq_Hydro,Iraq_Nuclear,Iraq_Other Fossil,Iraq_Solar,Iraq_Wind,Ireland_Bioenergy,Ireland_Coal,Ireland_Gas,Ireland_Hydro,Ireland_Nuclear,Ireland_Other Fossil,Ireland_Solar,Ireland_Wind,Israel_Bioenergy,Israel_Coal,Israel_Gas,Israel_Hydro,Israel_Nuclear,Israel_Other Fossil,Israel_Solar,Israel_Wind,Italy_Bioenergy,Italy_Coal,Italy_Gas,Italy_Hydro,Italy_Nuclear,Italy_Other Fossil,Italy_Solar,Italy_Wind,Jamaica_Bioenergy,Jamaica_Coal,Jamaica_Gas,Jamaica_Hydro,Jamaica_Nuclear,Jamaica_Other Fossil,Jamaica_Solar,Jamaica_Wind,Japan_Bioenergy,Japan_Coal,Japan_Gas,Japan_Hydro,Japan_Nuclear,Japan_Other Fossil,Japan_Solar,Japan_Wind,Jordan_Bioenergy,Jordan_Coal,Jordan_Gas,Jordan_Hydro,Jordan_Nuclear,Jordan_Other Fossil,Jordan_Solar,Jordan_Wind,Kazakhstan_Bioenergy,Kazakhstan_Coal,Kazakhstan_Gas,Kazakhstan_Hydro,Kazakhstan_Other Fossil,Kazakhstan_Solar,Kazakhstan_Wind,Kenya_Bioenergy,Kenya_Coal,Kenya_Gas,Kenya_Hydro,Kenya_Nuclear,Kenya_Other Fossil,Kenya_Solar,Kenya_Wind,Kiribati_Bioenergy,Kiribati_Coal,Kiribati_Gas,Kiribati_Hydro,Kiribati_Nuclear,Kiribati_Other Fossil,Kiribati_Solar,Kiribati_Wind,Korea (the Democratic People's Republic of)_Bioenergy,Korea (the Democratic People's Republic of)_Coal,Korea (the Democratic People's Republic of)_Gas,Korea (the Democratic People's Republic of)_Hydro,Korea (the Democratic People's Republic of)_Nuclear,Korea (the Democratic People's Republic of)_Other Fossil,Korea (the Democratic People's Republic of)_Solar,Korea (the Democratic People's Republic of)_Wind,Kosovo_Bioenergy,Kosovo_Coal,Kosovo_Gas,Kosovo_Hydro,Kosovo_Nuclear,Kosovo_Other Fossil,Kosovo_Solar,Kosovo_Wind,Kuwait_Bioenergy,Kuwait_Coal,Kuwait_Gas,Kuwait_Hydro,Kuwait_Nuclear,Kuwait_Other Fossil,Kuwait_Solar,Kuwait_Wind,Kyrgyzstan_Bioenergy,Kyrgyzstan_Coal,Kyrgyzstan_Gas,Kyrgyzstan_Hydro,Kyrgyzstan_Nuclear,Kyrgyzstan_Other Fossil,Kyrgyzstan_Solar,Kyrgyzstan_Wind,Lao People's Democratic Republic (the)_Bioenergy,Lao People's Democratic Republic (the)_Coal,Lao People's Democratic Republic (the)_Gas,Lao People's Democratic Republic (the)_Hydro,Lao People's Democratic Republic (the)_Nuclear,Lao People's Democratic Republic (the)_Other Fossil,Lao People's Democratic Republic (the)_Solar,Lao People's Democratic Republic (the)_Wind,Latin America and Caribbean_Bioenergy,Latin America and Caribbean_Coal,Latin America and Caribbean_Gas,Latin America and Caribbean_Hydro,Latin America and Caribbean_Nuclear,Latin America and Caribbean_Other Fossil,Latin America and Caribbean_Solar,Latin America and Caribbean_Wind,Latvia_Bioenergy,Latvia_Coal,Latvia_Gas,Latvia_Hydro,Latvia_Nuclear,Latvia_Other Fossil,Latvia_Solar,Latvia_Wind,Lebanon_Bioenergy,Lebanon_Coal,Lebanon_Gas,Lebanon_Hydro,Lebanon_Nuclear,Lebanon_Other Fossil,Lebanon_Solar,Lebanon_Wind,Lesotho_Bioenergy,Lesotho_Coal,Lesotho_Gas,Lesotho_Hydro,Lesotho_Nuclear,Lesotho_Other Fossil,Lesotho_Solar,Lesotho_Wind,Liberia_Bioenergy,Liberia_Coal,Liberia_Gas,Liberia_Hydro,Liberia_Nuclear,Liberia_Other Fossil,Liberia_Solar,Liberia_Wind,Libya_Bioenergy,Libya_Coal,Libya_Gas,Libya_Hydro,Libya_Nuclear,Libya_Other Fossil,Libya_Solar,Libya_Wind,Lithuania_Bioenergy,Lithuania_Coal,Lithuania_Gas,Lithuania_Hydro,Lithuania_Nuclear,Lithuania_Other Fossil,Lithuania_Solar,Lithuania_Wind,Luxembourg_Bioenergy,Luxembourg_Coal,Luxembourg_Gas,Luxembourg_Hydro,Luxembourg_Nuclear,Luxembourg_Other Fossil,Luxembourg_Solar,Luxembourg_Wind,Macao_Bioenergy,Macao_Coal,Macao_Gas,Macao_Hydro,Macao_Nuclear,Macao_Other Fossil,Macao_Solar,Macao_Wind,Madagascar_Bioenergy,Madagascar_Coal,Madagascar_Gas,Madagascar_Hydro,Madagascar_Nuclear,Madagascar_Other Fossil,Madagascar_Solar,Madagascar_Wind,Malawi_Bioenergy,Malawi_Coal,Malawi_Gas,Malawi_Hydro,Malawi_Nuclear,Malawi_Other Fossil,Malawi_Solar,Malawi_Wind,Malaysia_Bioenergy,Malaysia_Coal,Malaysia_Gas,Malaysia_Hydro,Malaysia_Other Fossil,Malaysia_Solar,Malaysia_Wind,Maldives_Bioenergy,Maldives_Coal,Maldives_Gas,Maldives_Hydro,Maldives_Nuclear,Maldives_Other Fossil,Maldives_Solar,Maldives_Wind,Mali_Bioenergy,Mali_Coal,Mali_Gas,Mali_Hydro,Mali_Nuclear,Mali_Other Fossil,Mali_Solar,Mali_Wind,Malta_Bioenergy,Malta_Coal,Malta_Gas,Malta_Hydro,Malta_Nuclear,Malta_Other Fossil,Malta_Solar,Malta_Wind,Martinique_Bioenergy,Martinique_Other Fossil,Martinique_Solar,Martinique_Wind,Mauritania_Bioenergy,Mauritania_Coal,Mauritania_Gas,Mauritania_Hydro,Mauritania_Nuclear,Mauritania_Other Fossil,Mauritania_Solar,Mauritania_Wind,Mauritius_Bioenergy,Mauritius_Coal,Mauritius_Gas,Mauritius_Hydro,Mauritius_Nuclear,Mauritius_Other Fossil,Mauritius_Solar,Mauritius_Wind,Mexico_Bioenergy,Mexico_Coal,Mexico_Gas,Mexico_Hydro,Mexico_Nuclear,Mexico_Other Fossil,Mexico_Solar,Mexico_Wind,Middle East_Bioenergy,Middle East_Coal,Middle East_Gas,Middle East_Hydro,Middle East_Nuclear,Middle East_Other Fossil,Middle East_Solar,Middle East_Wind,Moldova_Bioenergy,Moldova_Coal,Moldova_Gas,Moldova_Hydro,Moldova_Nuclear,Moldova_Other Fossil,Moldova_Solar,Moldova_Wind,Mongolia_Bioenergy,Mongolia_Coal,Mongolia_Gas,Mongolia_Hydro,Mongolia_Nuclear,Mongolia_Other Fossil,Mongolia_Solar,Mongolia_Wind,Montenegro_Bioenergy,Montenegro_Coal,Montenegro_Gas,Montenegro_Hydro,Montenegro_Nuclear,Montenegro_Other Fossil,Montenegro_Solar,Montenegro_Wind,Montserrat_Bioenergy,Montserrat_Coal,Montserrat_Gas,Montserrat_Hydro,Montserrat_Nuclear,Montserrat_Other Fossil,Montserrat_Solar,Montserrat_Wind,Morocco_Bioenergy,Morocco_Coal,Morocco_Gas,Morocco_Hydro,Morocco_Nuclear,Morocco_Other Fossil,Morocco_Solar,Morocco_Wind,Mozambique_Bioenergy,Mozambique_Coal,Mozambique_Gas,Mozambique_Hydro,Mozambique_Nuclear,Mozambique_Other Fossil,Mozambique_Solar,Mozambique_Wind,Myanmar_Bioenergy,Myanmar_Coal,Myanmar_Gas,Myanmar_Hydro,Myanmar_Nuclear,Myanmar_Other Fossil,Myanmar_Solar,Myanmar_Wind,Namibia_Bioenergy,Namibia_Coal,Namibia_Gas,Namibia_Hydro,Namibia_Nuclear,Namibia_Other Fossil,Namibia_Solar,Namibia_Wind,Nauru_Bioenergy,Nauru_Coal,Nauru_Gas,Nauru_Hydro,Nauru_Nuclear,Nauru_Other Fossil,Nauru_Solar,Nauru_Wind,Nepal_Bioenergy,Nepal_Coal,Nepal_Gas,Nepal_Hydro,Nepal_Nuclear,Nepal_Other Fossil,Nepal_Solar,Nepal_Wind,Netherlands_Bioenergy,Netherlands_Coal,Netherlands_Gas,Netherlands_Hydro,Netherlands_Nuclear,Netherlands_Other Fossil,Netherlands_Solar,Netherlands_Wind,New Caledonia_Bioenergy,New Caledonia_Coal,New Caledonia_Gas,New Caledonia_Hydro,New Caledonia_Nuclear,New Caledonia_Other Fossil,New Caledonia_Solar,New Caledonia_Wind,New Zealand_Bioenergy,New Zealand_Coal,New Zealand_Gas,New Zealand_Hydro,New Zealand_Nuclear,New Zealand_Other Fossil,New Zealand_Solar,New Zealand_Wind,Nicaragua_Bioenergy,Nicaragua_Coal,Nicaragua_Gas,Nicaragua_Hydro,Nicaragua_Nuclear,Nicaragua_Other Fossil,Nicaragua_Solar,Nicaragua_Wind,Niger (the)_Bioenergy,Niger (the)_Coal,Niger (the)_Gas,Niger (the)_Hydro,Niger (the)_Nuclear,Niger (the)_Other Fossil,Niger (the)_Solar,Niger (the)_Wind,Nigeria_Bioenergy,Nigeria_Coal,Nigeria_Gas,Nigeria_Hydro,Nigeria_Nuclear,Nigeria_Other Fossil,Nigeria_Solar,Nigeria_Wind,Niue_Bioenergy,Niue_Coal,Niue_Gas,Niue_Hydro,Niue_Nuclear,Niue_Other Fossil,Niue_Solar,Niue_Wind,North America_Bioenergy,North America_Coal,North America_Gas,North America_Hydro,North America_Nuclear,North America_Other Fossil,North America_Solar,North America_Wind,North Macedonia_Bioenergy,North Macedonia_Coal,North Macedonia_Gas,North Macedonia_Hydro,North Macedonia_Nuclear,North Macedonia_Other Fossil,North Macedonia_Solar,North Macedonia_Wind,Norway_Bioenergy,Norway_Coal,Norway_Gas,Norway_Hydro,Norway_Nuclear,Norway_Other Fossil,Norway_Solar,Norway_Wind,Oceania_Bioenergy,Oceania_Coal,Oceania_Gas,Oceania_Hydro,Oceania_Nuclear,Oceania_Other Fossil,Oceania_Solar,Oceania_Wind,OECD_Bioenergy,OECD_Coal,OECD_Gas,OECD_Hydro,OECD_Nuclear,OECD_Other Fossil,OECD_Solar,OECD_Wind,Oman_Bioenergy,Oman_Coal,Oman_Gas,Oman_Hydro,Oman_Nuclear,Oman_Other Fossil,Oman_Solar,Oman_Wind,Pakistan_Bioenergy,Pakistan_Coal,Pakistan_Gas,Pakistan_Hydro,Pakistan_Nuclear,Pakistan_Other Fossil,Pakistan_Solar,Pakistan_Wind,"Palestine, State of_Bioenergy","Palestine, State of_Coal","Palestine, State of_Gas","Palestine, State of_Hydro","Palestine, State of_Nuclear","Palestine, State of_Other Fossil","Palestine, State of_Solar","Palestine, State of_Wind",Panama_Bioenergy,Panama_Coal,Panama_Gas,Panama_Hydro,Panama_Nuclear,Panama_Other Fossil,Panama_Solar,Panama_Wind,Papua New Guinea_Bioenergy,Papua New Guinea_Coal,Papua New Guinea_Gas,Papua New Guinea_Hydro,Papua New Guinea_Nuclear,Papua New Guinea_Other Fossil,Papua New Guinea_Solar,Papua New Guinea_Wind,Paraguay_Bioenergy,Paraguay_Coal,Paraguay_Gas,Paraguay_Hydro,Paraguay_Nuclear,Paraguay_Other Fossil,Paraguay_Solar,Paraguay_Wind,Peru_Bioenergy,Peru_Coal,Peru_Gas,Peru_Hydro,Peru_Nuclear,Peru_Other Fossil,Peru_Solar,Peru_Wind,Philippines (the)_Bioenergy,Philippines (the)_Coal,Philippines (the)_Gas,Philippines (the)_Hydro,Philippines (the)_Nuclear,Philippines (the)_Other Fossil,Philippines (the)_Solar,Philippines (the)_Wind,Poland_Bioenergy,Poland_Coal,Poland_Gas,Poland_Hydro,Poland_Nuclear,Poland_Other Fossil,Poland_Solar,Poland_Wind,Portugal_Bioenergy,Portugal_Coal,Portugal_Gas,Portugal_Hydro,Portugal_Nuclear,Portugal_Other Fossil,Portugal_Solar,Portugal_Wind,Puerto Rico_Bioenergy,Puerto Rico_Coal,Puerto Rico_Gas,Puerto Rico_Hydro,Puerto Rico_Nuclear,Puerto Rico_Other Fossil,Puerto Rico_Solar,Puerto Rico_Wind,Qatar_Bioenergy,Qatar_Coal,Qatar_Gas,Qatar_Hydro,Qatar_Nuclear,Qatar_Other Fossil,Qatar_Solar,Qatar_Wind,Reunion_Bioenergy,Reunion_Coal,Reunion_Hydro,Reunion_Other Fossil,Reunion_Solar,Reunion_Wind,Romania_Bioenergy,Romania_Coal,Romania_Gas,Romania_Hydro,Romania_Nuclear,Romania_Other Fossil,Romania_Solar,Romania_Wind,Russian Federation (the)_Bioenergy,Russian Federation (the)_Coal,Russian Federation (the)_Gas,Russian Federation (the)_Hydro,Russian Federation (the)_Nuclear,Russian Federation (the)_Other Fossil,Russian Federation (the)_Solar,Russian Federation (the)_Wind,Rwanda_Bioenergy,Rwanda_Coal,Rwanda_Gas,Rwanda_Hydro,Rwanda_Nuclear,Rwanda_Other Fossil,Rwanda_Solar,Rwanda_Wind,"Saint Helena, Ascension and Tristan da Cunha_Bioenergy","Saint Helena, Ascension and Tristan da Cunha_Coal","Saint Helena, Ascension and Tristan da Cunha_Gas","Saint Helena, Ascension and Tristan da Cunha_Hydro","Saint Helena, Ascension and Tristan da Cunha_Nuclear","Saint Helena, Ascension and Tristan da Cunha_Other Fossil","Saint Helena, Ascension and Tristan da Cunha_Solar","Saint Helena, Ascension and Tristan da Cunha_Wind",Saint Kitts and Nevis_Bioenergy,Saint Kitts and Nevis_Coal,Saint Kitts and Nevis_Gas,Saint Kitts and Nevis_Hydro,Saint Kitts and Nevis_Nuclear,Saint Kitts and Nevis_Other Fossil,Saint Kitts and Nevis_Solar,Saint Kitts and Nevis_Wind,Saint Lucia_Bioenergy,Saint Lucia_Coal,Saint Lucia_Gas,Saint Lucia_Hydro,Saint Lucia_Nuclear,Saint Lucia_Other Fossil,Saint Lucia_Solar,Saint Lucia_Wind,Saint Pierre and Miquelon_Bioenergy,Saint Pierre and Miquelon_Coal,Saint Pierre and Miquelon_Gas,Saint Pierre and Miquelon_Hydro,Saint Pierre and Miquelon_Nuclear,Saint Pierre and Miquelon_Other Fossil,Saint Pierre and Miquelon_Solar,Saint Pierre and Miquelon_Wind,Saint Vincent and the Grenadines_Bioenergy,Saint Vincent and the Grenadines_Coal,Saint Vincent and the Grenadines_Gas,Saint Vincent and the Grenadines_Hydro,Saint Vincent and the Grenadines_Nuclear,Saint Vincent and the Grenadines_Other Fossil,Saint Vincent and the Grenadines_Solar,Saint Vincent and the Grenadines_Wind,Samoa_Bioenergy,Samoa_Coal,Samoa_Gas,Samoa_Hydro,Samoa_Nuclear,Samoa_Other Fossil,Samoa_Solar,Samoa_Wind,Sao Tome and Principe_Bioenergy,Sao Tome and Principe_Coal,Sao Tome and Principe_Gas,Sao Tome and Principe_Hydro,Sao Tome and Principe_Nuclear,Sao Tome and Principe_Other Fossil,Sao Tome and Principe_Solar,Sao Tome and Principe_Wind,Saudi Arabia_Bioenergy,Saudi Arabia_Coal,Saudi Arabia_Gas,Saudi Arabia_Other Fossil,Saudi Arabia_Solar,Saudi Arabia_Wind,Senegal_Bioenergy,Senegal_Coal,Senegal_Gas,Senegal_Hydro,Senegal_Nuclear,Senegal_Other Fossil,Senegal_Solar,Senegal_Wind,Serbia_Bioenergy,Serbia_Coal,Serbia_Gas,Serbia_Hydro,Serbia_Nuclear,Serbia_Other Fossil,Serbia_Solar,Serbia_Wind,Seychelles_Bioenergy,Seychelles_Coal,Seychelles_Gas,Seychelles_Hydro,Seychelles_Nuclear,Seychelles_Other Fossil,Seychelles_Solar,Seychelles_Wind,Sierra Leone_Bioenergy,Sierra Leone_Coal,Sierra Leone_Gas,Sierra Leone_Hydro,Sierra Leone_Nuclear,Sierra Leone_Other Fossil,Sierra Leone_Solar,Sierra Leone_Wind,Singapore_Bioenergy,Singapore_Coal,Singapore_Gas,Singapore_Other Fossil,Singapore_Solar,Slovakia_Bioenergy,Slovakia_Coal,Slovakia_Gas,Slovakia_Hydro,Slovakia_Nuclear,Slovakia_Other Fossil,Slovakia_Solar,Slovakia_Wind,Slovenia_Bioenergy,Slovenia_Coal,Slovenia_Gas,Slovenia_Hydro,Slovenia_Nuclear,Slovenia_Other Fossil,Slovenia_Solar,Slovenia_Wind,Solomon Islands_Bioenergy,Solomon Islands_Coal,Solomon Islands_Gas,Solomon Islands_Hydro,Solomon Islands_Nuclear,Solomon Islands_Other Fossil,Solomon Islands_Solar,Solomon Islands_Wind,Somalia_Bioenergy,Somalia_Coal,Somalia_Gas,Somalia_Hydro,Somalia_Nuclear,Somalia_Other Fossil,Somalia_Solar,Somalia_Wind,South Africa_Bioenergy,South Africa_Coal,South Africa_Gas,South Africa_Hydro,South Africa_Nuclear,South Africa_Other Fossil,South Africa_Solar,South Africa_Wind,South Korea_Bioenergy,South Korea_Coal,South Korea_Gas,South Korea_Hydro,South Korea_Nuclear,South Korea_Other Fossil,South Korea_Solar,South Korea_Wind,South Sudan_Bioenergy,South Sudan_Coal,South Sudan_Gas,South Sudan_Hydro,South Sudan_Nuclear,South Sudan_Other Fossil,South Sudan_Solar,South Sudan_Wind,Spain_Bioenergy,Spain_Coal,Spain_Gas,Spain_Hydro,Spain_Nuclear,Spain_Other Fossil,Spain_Solar,Spain_Wind,Sri Lanka_Bioenergy,Sri Lanka_Coal,Sri Lanka_Gas,Sri Lanka_Hydro,Sri Lanka_Nuclear,Sri Lanka_Other Fossil,Sri Lanka_Solar,Sri Lanka_Wind,Sudan (the)_Bioenergy,Sudan (the)_Coal,Sudan (the)_Gas,Sudan (the)_Hydro,Sudan (the)_Nuclear,Sudan (the)_Other Fossil,Sudan (the)_Solar,Sudan (the)_Wind,Suriname_Bioenergy,Suriname_Coal,Suriname_Gas,Suriname_Hydro,Suriname_Nuclear,Suriname_Other Fossil,Suriname_Solar,Suriname_Wind,Sweden_Bioenergy,Sweden_Coal,Sweden_Gas,Sweden_Hydro,Sweden_Nuclear,Sweden_Other Fossil,Sweden_Solar,Sweden_Wind,Switzerland_Bioenergy,Switzerland_Gas,Switzerland_Hydro,Switzerland_Nuclear,Switzerland_Other Fossil,Switzerland_Solar,Switzerland_Wind,Syrian Arab Republic (the)_Bioenergy,Syrian Arab Republic (the)_Coal,Syrian Arab Republic (the)_Gas,Syrian Arab Republic (the)_Hydro,Syrian Arab Republic (the)_Nuclear,Syrian Arab Republic (the)_Other Fossil,Syrian Arab Republic (the)_Solar,Syrian Arab Republic (the)_Wind,Taiwan_Bioenergy,Taiwan_Coal,Taiwan_Gas,Taiwan_Hydro,Taiwan_Nuclear,Taiwan_Other Fossil,Taiwan_Solar,Taiwan_Wind,Tajikistan_Bioenergy,Tajikistan_Coal,Tajikistan_Gas,Tajikistan_Hydro,Tajikistan_Nuclear,Tajikistan_Other Fossil,Tajikistan_Solar,Tajikistan_Wind,"Tanzania, the United Republic of_Bioenergy","Tanzania, the United Republic of_Coal","Tanzania, the United Republic of_Gas","Tanzania, the United Republic of_Hydro","Tanzania, the United Republic of_Nuclear","Tanzania, the United Republic of_Other Fossil","Tanzania, the United Republic of_Solar","Tanzania, the United Republic of_Wind",Thailand_Bioenergy,Thailand_Coal,Thailand_Gas,Thailand_Hydro,Thailand_Other Fossil,Thailand_Solar,Thailand_Wind,Timor-Leste_Bioenergy,Timor-Leste_Coal,Timor-Leste_Gas,Timor-Leste_Hydro,Timor-Leste_Nuclear,Timor-Leste_Other Fossil,Timor-Leste_Solar,Timor-Leste_Wind,Togo_Bioenergy,Togo_Coal,Togo_Gas,Togo_Hydro,Togo_Nuclear,Togo_Other Fossil,Togo_Solar,Togo_Wind,Tonga_Bioenergy,Tonga_Coal,Tonga_Gas,Tonga_Hydro,Tonga_Nuclear,Tonga_Other Fossil,Tonga_Solar,Tonga_Wind,Trinidad and Tobago_Bioenergy,Trinidad and Tobago_Coal,Trinidad and Tobago_Gas,Trinidad and Tobago_Hydro,Trinidad and Tobago_Nuclear,Trinidad and Tobago_Other Fossil,Trinidad and Tobago_Solar,Trinidad and Tobago_Wind,Tunisia_Bioenergy,Tunisia_Coal,Tunisia_Gas,Tunisia_Hydro,Tunisia_Nuclear,Tunisia_Other Fossil,Tunisia_Solar,Tunisia_Wind,Turkey_Bioenergy,Turkey_Coal,Turkey_Gas,Turkey_Hydro,Turkey_Nuclear,Turkey_Other Fossil,Turkey_Solar,Turkey_Wind,Turkmenistan_Bioenergy,Turkmenistan_Coal,Turkmenistan_Gas,Turkmenistan_Hydro,Turkmenistan_Nuclear,Turkmenistan_Other Fossil,Turkmenistan_Solar,Turkmenistan_Wind,Turks and Caicos Islands (the)_Bioenergy,Turks and Caicos Islands (the)_Coal,Turks and Caicos Islands (the)_Gas,Turks and Caicos Islands (the)_Hydro,Turks and Caicos Islands (the)_Nuclear,Turks and Caicos Islands (the)_Other Fossil,Turks and Caicos Islands (the)_Solar,Turks and Caicos Islands (the)_Wind,Uganda_Bioenergy,Uganda_Coal,Uganda_Gas,Uganda_Hydro,Uganda_Nuclear,Uganda_Other Fossil,Uganda_Solar,Uganda_Wind,Ukraine_Bioenergy,Ukraine_Coal,Ukraine_Gas,Ukraine_Hydro,Ukraine_Nuclear,Ukraine_Other Fossil,Ukraine_Solar,Ukraine_Wind,United Arab Emirates_Bioenergy,United Arab Emirates_Coal,United Arab Emirates_Gas,United Arab Emirates_Hydro,United Arab Emirates_Nuclear,United Arab Emirates_Other Fossil,United Arab Emirates_Solar,United Arab Emirates_Wind,United Kingdom_Bioenergy,United Kingdom_Coal,United Kingdom_Gas,United Kingdom_Hydro,United Kingdom_Nuclear,United Kingdom_Other Fossil,United Kingdom_Solar,United Kingdom_Wind,United States of America_Bioenergy,United States of America_Coal,United States of America_Gas,United States of America_Hydro,United States of America_Nuclear,United States of America_Other Fossil,United States of America_Solar,United States of America_Wind,Uruguay_Bioenergy,Uruguay_Coal,Uruguay_Gas,Uruguay_Hydro,Uruguay_Nuclear,Uruguay_Other Fossil,Uruguay_Solar,Uruguay_Wind,Uzbekistan_Bioenergy,Uzbekistan_Coal,Uzbekistan_Gas,Uzbekistan_Hydro,Uzbekistan_Nuclear,Uzbekistan_Other Fossil,Uzbekistan_Solar,Uzbekistan_Wind,Vanuatu_Bioenergy,Vanuatu_Coal,Vanuatu_Gas,Vanuatu_Hydro,Vanuatu_Nuclear,Vanuatu_Other Fossil,Vanuatu_Solar,Vanuatu_Wind,Venezuela (Bolivarian Republic of)_Bioenergy,Venezuela (Bolivarian Republic of)_Coal,Venezuela (Bolivarian Republic of)_Gas,Venezuela (Bolivarian Republic of)_Hydro,Venezuela (Bolivarian Republic of)_Nuclear,Venezuela (Bolivarian Republic of)_Other Fossil,Venezuela (Bolivarian Republic of)_Solar,Venezuela (Bolivarian Republic of)_Wind,Viet Nam_Bioenergy,Viet Nam_Coal,Viet Nam_Gas,Viet Nam_Hydro,Viet Nam_Nuclear,Viet Nam_Other Fossil,Viet Nam_Solar,Viet Nam_Wind,Virgin Islands (British)_Bioenergy,Virgin Islands (British)_Coal,Virgin Islands (British)_Gas,Virgin Islands (British)_Hydro,Virgin Islands (British)_Nuclear,Virgin Islands (British)_Other Fossil,Virgin Islands (British)_Solar,Virgin Islands (British)_Wind,Virgin Islands (U.S.)_Bioenergy,Virgin Islands (U.S.)_Coal,Virgin Islands (U.S.)_Gas,Virgin Islands (U.S.)_Hydro,Virgin Islands (U.S.)_Nuclear,Virgin Islands (U.S.)_Other Fossil,Virgin Islands (U.S.)_Solar,Virgin Islands (U.S.)_Wind,Western Sahara_Bioenergy,Western Sahara_Coal,Western Sahara_Gas,Western Sahara_Hydro,Western Sahara_Nuclear,Western Sahara_Other Fossil,Western Sahara_Solar,Western Sahara_Wind,World_Bioenergy,World_Coal,World_Gas,World_Hydro,World_Nuclear,World_Other Fossil,World_Solar,World_Wind,Yemen_Bioenergy,Yemen_Coal,Yemen_Gas,Yemen_Hydro,Yemen_Nuclear,Yemen_Other Fossil,Yemen_Solar,Yemen_Wind,Zambia_Bioenergy,Zambia_Coal,Zambia_Gas,Zambia_Hydro,Zambia_Nuclear,Zambia_Other Fossil,Zambia_Solar,Zambia_Wind,Zimbabwe_Bioenergy,Zimbabwe_Coal,Zimbabwe_Gas,Zimbabwe_Hydro,Zimbabwe_Nuclear,Zimbabwe_Other Fossil,Zimbabwe_Solar,Zimbabwe_Wind +,Afghanistan_Bioenergy,Afghanistan_Coal,Afghanistan_Gas,Afghanistan_Hydro,Afghanistan_Nuclear,Afghanistan_Other Fossil,Afghanistan_Solar,Afghanistan_Wind,Africa_Bioenergy,Africa_Coal,Africa_Gas,Africa_Hydro,Africa_Nuclear,Africa_Other Fossil,Africa_Solar,Africa_Wind,Albania_Bioenergy,Albania_Coal,Albania_Gas,Albania_Hydro,Albania_Nuclear,Albania_Other Fossil,Albania_Solar,Albania_Wind,Algeria_Bioenergy,Algeria_Coal,Algeria_Gas,Algeria_Hydro,Algeria_Nuclear,Algeria_Other Fossil,Algeria_Solar,Algeria_Wind,American Samoa_Bioenergy,American Samoa_Coal,American Samoa_Gas,American Samoa_Hydro,American Samoa_Nuclear,American Samoa_Other Fossil,American Samoa_Solar,American Samoa_Wind,Angola_Bioenergy,Angola_Coal,Angola_Gas,Angola_Hydro,Angola_Nuclear,Angola_Other Fossil,Angola_Solar,Angola_Wind,Antigua and Barbuda_Bioenergy,Antigua and Barbuda_Coal,Antigua and Barbuda_Gas,Antigua and Barbuda_Hydro,Antigua and Barbuda_Nuclear,Antigua and Barbuda_Other Fossil,Antigua and Barbuda_Solar,Antigua and Barbuda_Wind,Argentina_Bioenergy,Argentina_Coal,Argentina_Gas,Argentina_Hydro,Argentina_Nuclear,Argentina_Other Fossil,Argentina_Solar,Argentina_Wind,Armenia_Bioenergy,Armenia_Coal,Armenia_Gas,Armenia_Hydro,Armenia_Nuclear,Armenia_Other Fossil,Armenia_Solar,Armenia_Wind,Aruba_Bioenergy,Aruba_Coal,Aruba_Gas,Aruba_Hydro,Aruba_Nuclear,Aruba_Other Fossil,Aruba_Solar,Aruba_Wind,ASEAN_Bioenergy,ASEAN_Coal,ASEAN_Gas,ASEAN_Hydro,ASEAN_Nuclear,ASEAN_Other Fossil,ASEAN_Solar,ASEAN_Wind,Asia_Bioenergy,Asia_Coal,Asia_Gas,Asia_Hydro,Asia_Nuclear,Asia_Other Fossil,Asia_Solar,Asia_Wind,Australia_Bioenergy,Australia_Coal,Australia_Gas,Australia_Hydro,Australia_Nuclear,Australia_Other Fossil,Australia_Solar,Australia_Wind,Austria_Bioenergy,Austria_Coal,Austria_Gas,Austria_Hydro,Austria_Nuclear,Austria_Other Fossil,Austria_Solar,Austria_Wind,Azerbaijan_Bioenergy,Azerbaijan_Coal,Azerbaijan_Gas,Azerbaijan_Hydro,Azerbaijan_Nuclear,Azerbaijan_Other Fossil,Azerbaijan_Solar,Azerbaijan_Wind,Bahamas_Bioenergy,Bahamas_Coal,Bahamas_Gas,Bahamas_Hydro,Bahamas_Nuclear,Bahamas_Other Fossil,Bahamas_Solar,Bahamas_Wind,Bahrain_Bioenergy,Bahrain_Coal,Bahrain_Gas,Bahrain_Hydro,Bahrain_Nuclear,Bahrain_Other Fossil,Bahrain_Solar,Bahrain_Wind,Bangladesh_Bioenergy,Bangladesh_Coal,Bangladesh_Gas,Bangladesh_Hydro,Bangladesh_Nuclear,Bangladesh_Other Fossil,Bangladesh_Solar,Bangladesh_Wind,Barbados_Bioenergy,Barbados_Coal,Barbados_Gas,Barbados_Hydro,Barbados_Nuclear,Barbados_Other Fossil,Barbados_Solar,Barbados_Wind,Belarus_Bioenergy,Belarus_Coal,Belarus_Gas,Belarus_Hydro,Belarus_Nuclear,Belarus_Other Fossil,Belarus_Solar,Belarus_Wind,Belgium_Bioenergy,Belgium_Coal,Belgium_Gas,Belgium_Hydro,Belgium_Nuclear,Belgium_Other Fossil,Belgium_Solar,Belgium_Wind,Belize_Bioenergy,Belize_Coal,Belize_Gas,Belize_Hydro,Belize_Nuclear,Belize_Other Fossil,Belize_Solar,Belize_Wind,Benin_Bioenergy,Benin_Coal,Benin_Gas,Benin_Hydro,Benin_Nuclear,Benin_Other Fossil,Benin_Solar,Benin_Wind,Bermuda_Bioenergy,Bermuda_Coal,Bermuda_Gas,Bermuda_Hydro,Bermuda_Nuclear,Bermuda_Other Fossil,Bermuda_Solar,Bermuda_Wind,Bhutan_Bioenergy,Bhutan_Coal,Bhutan_Gas,Bhutan_Hydro,Bhutan_Nuclear,Bhutan_Other Fossil,Bhutan_Solar,Bhutan_Wind,Bolivia_Bioenergy,Bolivia_Coal,Bolivia_Gas,Bolivia_Hydro,Bolivia_Nuclear,Bolivia_Other Fossil,Bolivia_Solar,Bolivia_Wind,Bosnia Herzegovina_Bioenergy,Bosnia Herzegovina_Coal,Bosnia Herzegovina_Gas,Bosnia Herzegovina_Hydro,Bosnia Herzegovina_Nuclear,Bosnia Herzegovina_Other Fossil,Bosnia Herzegovina_Solar,Bosnia Herzegovina_Wind,Botswana_Bioenergy,Botswana_Coal,Botswana_Gas,Botswana_Hydro,Botswana_Nuclear,Botswana_Other Fossil,Botswana_Solar,Botswana_Wind,Brazil_Bioenergy,Brazil_Coal,Brazil_Gas,Brazil_Hydro,Brazil_Nuclear,Brazil_Other Fossil,Brazil_Solar,Brazil_Wind,Brunei Darussalam_Bioenergy,Brunei Darussalam_Coal,Brunei Darussalam_Gas,Brunei Darussalam_Hydro,Brunei Darussalam_Nuclear,Brunei Darussalam_Other Fossil,Brunei Darussalam_Solar,Brunei Darussalam_Wind,Bulgaria_Bioenergy,Bulgaria_Coal,Bulgaria_Gas,Bulgaria_Hydro,Bulgaria_Nuclear,Bulgaria_Other Fossil,Bulgaria_Solar,Bulgaria_Wind,Burkina Faso_Bioenergy,Burkina Faso_Coal,Burkina Faso_Gas,Burkina Faso_Hydro,Burkina Faso_Nuclear,Burkina Faso_Other Fossil,Burkina Faso_Solar,Burkina Faso_Wind,Burundi_Bioenergy,Burundi_Coal,Burundi_Gas,Burundi_Hydro,Burundi_Nuclear,Burundi_Other Fossil,Burundi_Solar,Burundi_Wind,Cabo Verde_Bioenergy,Cabo Verde_Coal,Cabo Verde_Gas,Cabo Verde_Hydro,Cabo Verde_Nuclear,Cabo Verde_Other Fossil,Cabo Verde_Solar,Cabo Verde_Wind,Cambodia_Bioenergy,Cambodia_Coal,Cambodia_Gas,Cambodia_Hydro,Cambodia_Nuclear,Cambodia_Other Fossil,Cambodia_Solar,Cambodia_Wind,Cameroon_Bioenergy,Cameroon_Coal,Cameroon_Gas,Cameroon_Hydro,Cameroon_Nuclear,Cameroon_Other Fossil,Cameroon_Solar,Cameroon_Wind,Canada_Bioenergy,Canada_Coal,Canada_Gas,Canada_Hydro,Canada_Nuclear,Canada_Other Fossil,Canada_Solar,Canada_Wind,Cayman Islands_Bioenergy,Cayman Islands_Coal,Cayman Islands_Gas,Cayman Islands_Hydro,Cayman Islands_Nuclear,Cayman Islands_Other Fossil,Cayman Islands_Solar,Cayman Islands_Wind,Central African Republic_Bioenergy,Central African Republic_Coal,Central African Republic_Gas,Central African Republic_Hydro,Central African Republic_Nuclear,Central African Republic_Other Fossil,Central African Republic_Solar,Central African Republic_Wind,Chad_Bioenergy,Chad_Coal,Chad_Gas,Chad_Hydro,Chad_Nuclear,Chad_Other Fossil,Chad_Solar,Chad_Wind,Chile_Coal,Chile_Gas,Chile_Hydro,Chile_Other Fossil,Chile_Solar,Chile_Wind,China_Bioenergy,China_Coal,China_Gas,China_Hydro,China_Nuclear,China_Other Fossil,China_Solar,China_Wind,Colombia_Bioenergy,Colombia_Coal,Colombia_Gas,Colombia_Hydro,Colombia_Nuclear,Colombia_Other Fossil,Colombia_Solar,Colombia_Wind,Comoros_Bioenergy,Comoros_Coal,Comoros_Gas,Comoros_Hydro,Comoros_Nuclear,Comoros_Other Fossil,Comoros_Solar,Comoros_Wind,CongoDRC_Bioenergy,CongoDRC_Coal,CongoDRC_Gas,CongoDRC_Hydro,CongoDRC_Nuclear,CongoDRC_Other Fossil,CongoDRC_Solar,CongoDRC_Wind,Congo_Bioenergy,Congo_Coal,Congo_Gas,Congo_Hydro,Congo_Nuclear,Congo_Other Fossil,Congo_Solar,Congo_Wind,Cook Islands_Bioenergy,Cook Islands_Coal,Cook Islands_Gas,Cook Islands_Hydro,Cook Islands_Nuclear,Cook Islands_Other Fossil,Cook Islands_Solar,Cook Islands_Wind,Costa Rica_Bioenergy,Costa Rica_Coal,Costa Rica_Gas,Costa Rica_Hydro,Costa Rica_Nuclear,Costa Rica_Other Fossil,Costa Rica_Solar,Costa Rica_Wind,Cote d'Ivoire_Bioenergy,Cote d'Ivoire_Coal,Cote d'Ivoire_Gas,Cote d'Ivoire_Hydro,Cote d'Ivoire_Nuclear,Cote d'Ivoire_Other Fossil,Cote d'Ivoire_Solar,Cote d'Ivoire_Wind,Croatia_Bioenergy,Croatia_Coal,Croatia_Gas,Croatia_Hydro,Croatia_Nuclear,Croatia_Other Fossil,Croatia_Solar,Croatia_Wind,Cuba_Bioenergy,Cuba_Coal,Cuba_Gas,Cuba_Hydro,Cuba_Nuclear,Cuba_Other Fossil,Cuba_Solar,Cuba_Wind,Cyprus_Bioenergy,Cyprus_Coal,Cyprus_Gas,Cyprus_Hydro,Cyprus_Nuclear,Cyprus_Other Fossil,Cyprus_Solar,Cyprus_Wind,Czechia_Bioenergy,Czechia_Coal,Czechia_Gas,Czechia_Hydro,Czechia_Nuclear,Czechia_Other Fossil,Czechia_Solar,Czechia_Wind,Denmark_Bioenergy,Denmark_Coal,Denmark_Gas,Denmark_Hydro,Denmark_Nuclear,Denmark_Other Fossil,Denmark_Solar,Denmark_Wind,Djibouti_Bioenergy,Djibouti_Coal,Djibouti_Gas,Djibouti_Hydro,Djibouti_Nuclear,Djibouti_Other Fossil,Djibouti_Solar,Djibouti_Wind,Dominica_Bioenergy,Dominica_Coal,Dominica_Gas,Dominica_Hydro,Dominica_Nuclear,Dominica_Other Fossil,Dominica_Solar,Dominica_Wind,Dominican Republic_Bioenergy,Dominican Republic_Coal,Dominican Republic_Gas,Dominican Republic_Hydro,Dominican Republic_Nuclear,Dominican Republic_Other Fossil,Dominican Republic_Solar,Dominican Republic_Wind,Ecuador_Bioenergy,Ecuador_Coal,Ecuador_Gas,Ecuador_Hydro,Ecuador_Nuclear,Ecuador_Other Fossil,Ecuador_Solar,Ecuador_Wind,Egypt_Bioenergy,Egypt_Coal,Egypt_Gas,Egypt_Hydro,Egypt_Other Fossil,Egypt_Solar,Egypt_Wind,El Salvador_Bioenergy,El Salvador_Coal,El Salvador_Gas,El Salvador_Hydro,El Salvador_Nuclear,El Salvador_Other Fossil,El Salvador_Solar,El Salvador_Wind,Equatorial Guinea_Bioenergy,Equatorial Guinea_Coal,Equatorial Guinea_Gas,Equatorial Guinea_Hydro,Equatorial Guinea_Nuclear,Equatorial Guinea_Other Fossil,Equatorial Guinea_Solar,Equatorial Guinea_Wind,Eritrea_Bioenergy,Eritrea_Coal,Eritrea_Gas,Eritrea_Hydro,Eritrea_Nuclear,Eritrea_Other Fossil,Eritrea_Solar,Eritrea_Wind,Estonia_Bioenergy,Estonia_Coal,Estonia_Gas,Estonia_Hydro,Estonia_Nuclear,Estonia_Other Fossil,Estonia_Solar,Estonia_Wind,Eswatini_Bioenergy,Eswatini_Coal,Eswatini_Gas,Eswatini_Hydro,Eswatini_Nuclear,Eswatini_Other Fossil,Eswatini_Solar,Eswatini_Wind,Ethiopia_Bioenergy,Ethiopia_Coal,Ethiopia_Gas,Ethiopia_Hydro,Ethiopia_Nuclear,Ethiopia_Other Fossil,Ethiopia_Solar,Ethiopia_Wind,EU_Bioenergy,EU_Coal,EU_Gas,EU_Hydro,EU_Nuclear,EU_Other Fossil,EU_Solar,EU_Wind,Europe_Bioenergy,Europe_Coal,Europe_Gas,Europe_Hydro,Europe_Nuclear,Europe_Other Fossil,Europe_Solar,Europe_Wind,Falkland Islands [Malvinas]_Bioenergy,Falkland Islands [Malvinas]_Coal,Falkland Islands [Malvinas]_Gas,Falkland Islands [Malvinas]_Hydro,Falkland Islands [Malvinas]_Nuclear,Falkland Islands [Malvinas]_Other Fossil,Falkland Islands [Malvinas]_Solar,Falkland Islands [Malvinas]_Wind,Faroe Islands_Bioenergy,Faroe Islands_Coal,Faroe Islands_Gas,Faroe Islands_Hydro,Faroe Islands_Nuclear,Faroe Islands_Other Fossil,Faroe Islands_Solar,Faroe Islands_Wind,Fiji_Bioenergy,Fiji_Coal,Fiji_Gas,Fiji_Hydro,Fiji_Nuclear,Fiji_Other Fossil,Fiji_Solar,Fiji_Wind,Finland_Bioenergy,Finland_Coal,Finland_Gas,Finland_Hydro,Finland_Nuclear,Finland_Other Fossil,Finland_Solar,Finland_Wind,France_Bioenergy,France_Coal,France_Gas,France_Hydro,France_Nuclear,France_Other Fossil,France_Solar,France_Wind,French Guiana_Bioenergy,French Guiana_Hydro,French Guiana_Other Fossil,French Guiana_Solar,French Polynesia_Bioenergy,French Polynesia_Coal,French Polynesia_Gas,French Polynesia_Hydro,French Polynesia_Nuclear,French Polynesia_Other Fossil,French Polynesia_Solar,French Polynesia_Wind,G20_Bioenergy,G20_Coal,G20_Gas,G20_Hydro,G20_Nuclear,G20_Other Fossil,G20_Solar,G20_Wind,G7_Bioenergy,G7_Coal,G7_Gas,G7_Hydro,G7_Nuclear,G7_Other Fossil,G7_Solar,G7_Wind,Gabon_Bioenergy,Gabon_Coal,Gabon_Gas,Gabon_Hydro,Gabon_Nuclear,Gabon_Other Fossil,Gabon_Solar,Gabon_Wind,Gambia_Bioenergy,Gambia_Coal,Gambia_Gas,Gambia_Hydro,Gambia_Nuclear,Gambia_Other Fossil,Gambia_Solar,Gambia_Wind,Georgia_Bioenergy,Georgia_Coal,Georgia_Gas,Georgia_Hydro,Georgia_Nuclear,Georgia_Other Fossil,Georgia_Solar,Georgia_Wind,Germany_Bioenergy,Germany_Coal,Germany_Gas,Germany_Hydro,Germany_Nuclear,Germany_Other Fossil,Germany_Solar,Germany_Wind,Ghana_Bioenergy,Ghana_Coal,Ghana_Gas,Ghana_Hydro,Ghana_Nuclear,Ghana_Other Fossil,Ghana_Solar,Ghana_Wind,Gibraltar_Bioenergy,Gibraltar_Coal,Gibraltar_Gas,Gibraltar_Hydro,Gibraltar_Nuclear,Gibraltar_Other Fossil,Gibraltar_Solar,Gibraltar_Wind,Greece_Bioenergy,Greece_Coal,Greece_Gas,Greece_Hydro,Greece_Nuclear,Greece_Other Fossil,Greece_Solar,Greece_Wind,Greenland_Bioenergy,Greenland_Coal,Greenland_Gas,Greenland_Hydro,Greenland_Nuclear,Greenland_Other Fossil,Greenland_Solar,Greenland_Wind,Grenada_Bioenergy,Grenada_Coal,Grenada_Gas,Grenada_Hydro,Grenada_Nuclear,Grenada_Other Fossil,Grenada_Solar,Grenada_Wind,Guadeloupe_Bioenergy,Guadeloupe_Coal,Guadeloupe_Hydro,Guadeloupe_Other Fossil,Guadeloupe_Solar,Guadeloupe_Wind,Guam_Bioenergy,Guam_Coal,Guam_Gas,Guam_Hydro,Guam_Nuclear,Guam_Other Fossil,Guam_Solar,Guam_Wind,Guatemala_Bioenergy,Guatemala_Coal,Guatemala_Gas,Guatemala_Hydro,Guatemala_Nuclear,Guatemala_Other Fossil,Guatemala_Solar,Guatemala_Wind,Guinea_Bioenergy,Guinea_Coal,Guinea_Gas,Guinea_Hydro,Guinea_Nuclear,Guinea_Other Fossil,Guinea_Solar,Guinea_Wind,Guinea-Bissau_Bioenergy,Guinea-Bissau_Coal,Guinea-Bissau_Gas,Guinea-Bissau_Hydro,Guinea-Bissau_Nuclear,Guinea-Bissau_Other Fossil,Guinea-Bissau_Solar,Guinea-Bissau_Wind,Guyana_Bioenergy,Guyana_Coal,Guyana_Gas,Guyana_Hydro,Guyana_Nuclear,Guyana_Other Fossil,Guyana_Solar,Guyana_Wind,Haiti_Bioenergy,Haiti_Coal,Haiti_Gas,Haiti_Hydro,Haiti_Nuclear,Haiti_Other Fossil,Haiti_Solar,Haiti_Wind,Honduras_Bioenergy,Honduras_Coal,Honduras_Gas,Honduras_Hydro,Honduras_Nuclear,Honduras_Other Fossil,Honduras_Solar,Honduras_Wind,Hong Kong_Bioenergy,Hong Kong_Coal,Hong Kong_Gas,Hong Kong_Hydro,Hong Kong_Nuclear,Hong Kong_Other Fossil,Hong Kong_Solar,Hong Kong_Wind,Hungary_Bioenergy,Hungary_Coal,Hungary_Gas,Hungary_Hydro,Hungary_Nuclear,Hungary_Other Fossil,Hungary_Solar,Hungary_Wind,Iceland_Bioenergy,Iceland_Coal,Iceland_Gas,Iceland_Hydro,Iceland_Nuclear,Iceland_Other Fossil,Iceland_Solar,Iceland_Wind,India_Bioenergy,India_Coal,India_Gas,India_Hydro,India_Nuclear,India_Other Fossil,India_Solar,India_Wind,Indonesia_Bioenergy,Indonesia_Coal,Indonesia_Gas,Indonesia_Hydro,Indonesia_Other Fossil,Indonesia_Solar,Indonesia_Wind,Iran_Bioenergy,Iran_Coal,Iran_Gas,Iran_Hydro,Iran_Nuclear,Iran_Other Fossil,Iran_Solar,Iran_Wind,Iraq_Bioenergy,Iraq_Coal,Iraq_Gas,Iraq_Hydro,Iraq_Nuclear,Iraq_Other Fossil,Iraq_Solar,Iraq_Wind,Ireland_Bioenergy,Ireland_Coal,Ireland_Gas,Ireland_Hydro,Ireland_Nuclear,Ireland_Other Fossil,Ireland_Solar,Ireland_Wind,Israel_Bioenergy,Israel_Coal,Israel_Gas,Israel_Hydro,Israel_Nuclear,Israel_Other Fossil,Israel_Solar,Israel_Wind,Italy_Bioenergy,Italy_Coal,Italy_Gas,Italy_Hydro,Italy_Nuclear,Italy_Other Fossil,Italy_Solar,Italy_Wind,Jamaica_Bioenergy,Jamaica_Coal,Jamaica_Gas,Jamaica_Hydro,Jamaica_Nuclear,Jamaica_Other Fossil,Jamaica_Solar,Jamaica_Wind,Japan_Bioenergy,Japan_Coal,Japan_Gas,Japan_Hydro,Japan_Nuclear,Japan_Other Fossil,Japan_Solar,Japan_Wind,Jordan_Bioenergy,Jordan_Coal,Jordan_Gas,Jordan_Hydro,Jordan_Nuclear,Jordan_Other Fossil,Jordan_Solar,Jordan_Wind,Kazakhstan_Bioenergy,Kazakhstan_Coal,Kazakhstan_Gas,Kazakhstan_Hydro,Kazakhstan_Other Fossil,Kazakhstan_Solar,Kazakhstan_Wind,Kenya_Bioenergy,Kenya_Coal,Kenya_Gas,Kenya_Hydro,Kenya_Nuclear,Kenya_Other Fossil,Kenya_Solar,Kenya_Wind,Kiribati_Bioenergy,Kiribati_Coal,Kiribati_Gas,Kiribati_Hydro,Kiribati_Nuclear,Kiribati_Other Fossil,Kiribati_Solar,Kiribati_Wind,North Korea_Bioenergy,North Korea_Coal,North Korea_Gas,North Korea_Hydro,North Korea_Nuclear,North Korea_Other Fossil,North Korea_Solar,North Korea_Wind,Kosovo_Bioenergy,Kosovo_Coal,Kosovo_Gas,Kosovo_Hydro,Kosovo_Nuclear,Kosovo_Other Fossil,Kosovo_Solar,Kosovo_Wind,Kuwait_Bioenergy,Kuwait_Coal,Kuwait_Gas,Kuwait_Hydro,Kuwait_Nuclear,Kuwait_Other Fossil,Kuwait_Solar,Kuwait_Wind,Kyrgyzstan_Bioenergy,Kyrgyzstan_Coal,Kyrgyzstan_Gas,Kyrgyzstan_Hydro,Kyrgyzstan_Nuclear,Kyrgyzstan_Other Fossil,Kyrgyzstan_Solar,Kyrgyzstan_Wind,Laos_Bioenergy,Laos_Coal,Laos_Gas,Laos_Hydro,Laos_Nuclear,Laos_Other Fossil,Laos_Solar,Laos_Wind,Latin America and Caribbean_Bioenergy,Latin America and Caribbean_Coal,Latin America and Caribbean_Gas,Latin America and Caribbean_Hydro,Latin America and Caribbean_Nuclear,Latin America and Caribbean_Other Fossil,Latin America and Caribbean_Solar,Latin America and Caribbean_Wind,Latvia_Bioenergy,Latvia_Coal,Latvia_Gas,Latvia_Hydro,Latvia_Nuclear,Latvia_Other Fossil,Latvia_Solar,Latvia_Wind,Lebanon_Bioenergy,Lebanon_Coal,Lebanon_Gas,Lebanon_Hydro,Lebanon_Nuclear,Lebanon_Other Fossil,Lebanon_Solar,Lebanon_Wind,Lesotho_Bioenergy,Lesotho_Coal,Lesotho_Gas,Lesotho_Hydro,Lesotho_Nuclear,Lesotho_Other Fossil,Lesotho_Solar,Lesotho_Wind,Liberia_Bioenergy,Liberia_Coal,Liberia_Gas,Liberia_Hydro,Liberia_Nuclear,Liberia_Other Fossil,Liberia_Solar,Liberia_Wind,Libya_Bioenergy,Libya_Coal,Libya_Gas,Libya_Hydro,Libya_Nuclear,Libya_Other Fossil,Libya_Solar,Libya_Wind,Lithuania_Bioenergy,Lithuania_Coal,Lithuania_Gas,Lithuania_Hydro,Lithuania_Nuclear,Lithuania_Other Fossil,Lithuania_Solar,Lithuania_Wind,Luxembourg_Bioenergy,Luxembourg_Coal,Luxembourg_Gas,Luxembourg_Hydro,Luxembourg_Nuclear,Luxembourg_Other Fossil,Luxembourg_Solar,Luxembourg_Wind,Macao_Bioenergy,Macao_Coal,Macao_Gas,Macao_Hydro,Macao_Nuclear,Macao_Other Fossil,Macao_Solar,Macao_Wind,Madagascar_Bioenergy,Madagascar_Coal,Madagascar_Gas,Madagascar_Hydro,Madagascar_Nuclear,Madagascar_Other Fossil,Madagascar_Solar,Madagascar_Wind,Malawi_Bioenergy,Malawi_Coal,Malawi_Gas,Malawi_Hydro,Malawi_Nuclear,Malawi_Other Fossil,Malawi_Solar,Malawi_Wind,Malaysia_Bioenergy,Malaysia_Coal,Malaysia_Gas,Malaysia_Hydro,Malaysia_Other Fossil,Malaysia_Solar,Malaysia_Wind,Maldives_Bioenergy,Maldives_Coal,Maldives_Gas,Maldives_Hydro,Maldives_Nuclear,Maldives_Other Fossil,Maldives_Solar,Maldives_Wind,Mali_Bioenergy,Mali_Coal,Mali_Gas,Mali_Hydro,Mali_Nuclear,Mali_Other Fossil,Mali_Solar,Mali_Wind,Malta_Bioenergy,Malta_Coal,Malta_Gas,Malta_Hydro,Malta_Nuclear,Malta_Other Fossil,Malta_Solar,Malta_Wind,Martinique_Bioenergy,Martinique_Other Fossil,Martinique_Solar,Martinique_Wind,Mauritania_Bioenergy,Mauritania_Coal,Mauritania_Gas,Mauritania_Hydro,Mauritania_Nuclear,Mauritania_Other Fossil,Mauritania_Solar,Mauritania_Wind,Mauritius_Bioenergy,Mauritius_Coal,Mauritius_Gas,Mauritius_Hydro,Mauritius_Nuclear,Mauritius_Other Fossil,Mauritius_Solar,Mauritius_Wind,Mexico_Bioenergy,Mexico_Coal,Mexico_Gas,Mexico_Hydro,Mexico_Nuclear,Mexico_Other Fossil,Mexico_Solar,Mexico_Wind,Middle East_Bioenergy,Middle East_Coal,Middle East_Gas,Middle East_Hydro,Middle East_Nuclear,Middle East_Other Fossil,Middle East_Solar,Middle East_Wind,Moldova_Bioenergy,Moldova_Coal,Moldova_Gas,Moldova_Hydro,Moldova_Nuclear,Moldova_Other Fossil,Moldova_Solar,Moldova_Wind,Mongolia_Bioenergy,Mongolia_Coal,Mongolia_Gas,Mongolia_Hydro,Mongolia_Nuclear,Mongolia_Other Fossil,Mongolia_Solar,Mongolia_Wind,Montenegro_Bioenergy,Montenegro_Coal,Montenegro_Gas,Montenegro_Hydro,Montenegro_Nuclear,Montenegro_Other Fossil,Montenegro_Solar,Montenegro_Wind,Montserrat_Bioenergy,Montserrat_Coal,Montserrat_Gas,Montserrat_Hydro,Montserrat_Nuclear,Montserrat_Other Fossil,Montserrat_Solar,Montserrat_Wind,Morocco_Bioenergy,Morocco_Coal,Morocco_Gas,Morocco_Hydro,Morocco_Nuclear,Morocco_Other Fossil,Morocco_Solar,Morocco_Wind,Mozambique_Bioenergy,Mozambique_Coal,Mozambique_Gas,Mozambique_Hydro,Mozambique_Nuclear,Mozambique_Other Fossil,Mozambique_Solar,Mozambique_Wind,Myanmar_Bioenergy,Myanmar_Coal,Myanmar_Gas,Myanmar_Hydro,Myanmar_Nuclear,Myanmar_Other Fossil,Myanmar_Solar,Myanmar_Wind,Namibia_Bioenergy,Namibia_Coal,Namibia_Gas,Namibia_Hydro,Namibia_Nuclear,Namibia_Other Fossil,Namibia_Solar,Namibia_Wind,Nauru_Bioenergy,Nauru_Coal,Nauru_Gas,Nauru_Hydro,Nauru_Nuclear,Nauru_Other Fossil,Nauru_Solar,Nauru_Wind,Nepal_Bioenergy,Nepal_Coal,Nepal_Gas,Nepal_Hydro,Nepal_Nuclear,Nepal_Other Fossil,Nepal_Solar,Nepal_Wind,Netherlands_Bioenergy,Netherlands_Coal,Netherlands_Gas,Netherlands_Hydro,Netherlands_Nuclear,Netherlands_Other Fossil,Netherlands_Solar,Netherlands_Wind,New Caledonia_Bioenergy,New Caledonia_Coal,New Caledonia_Gas,New Caledonia_Hydro,New Caledonia_Nuclear,New Caledonia_Other Fossil,New Caledonia_Solar,New Caledonia_Wind,New Zealand_Bioenergy,New Zealand_Coal,New Zealand_Gas,New Zealand_Hydro,New Zealand_Nuclear,New Zealand_Other Fossil,New Zealand_Solar,New Zealand_Wind,Nicaragua_Bioenergy,Nicaragua_Coal,Nicaragua_Gas,Nicaragua_Hydro,Nicaragua_Nuclear,Nicaragua_Other Fossil,Nicaragua_Solar,Nicaragua_Wind,Niger_Bioenergy,Niger_Coal,Niger_Gas,Niger_Hydro,Niger_Nuclear,Niger_Other Fossil,Niger_Solar,Niger_Wind,Nigeria_Bioenergy,Nigeria_Coal,Nigeria_Gas,Nigeria_Hydro,Nigeria_Nuclear,Nigeria_Other Fossil,Nigeria_Solar,Nigeria_Wind,Niue_Bioenergy,Niue_Coal,Niue_Gas,Niue_Hydro,Niue_Nuclear,Niue_Other Fossil,Niue_Solar,Niue_Wind,North America_Bioenergy,North America_Coal,North America_Gas,North America_Hydro,North America_Nuclear,North America_Other Fossil,North America_Solar,North America_Wind,North Macedonia_Bioenergy,North Macedonia_Coal,North Macedonia_Gas,North Macedonia_Hydro,North Macedonia_Nuclear,North Macedonia_Other Fossil,North Macedonia_Solar,North Macedonia_Wind,Norway_Bioenergy,Norway_Coal,Norway_Gas,Norway_Hydro,Norway_Nuclear,Norway_Other Fossil,Norway_Solar,Norway_Wind,Oceania_Bioenergy,Oceania_Coal,Oceania_Gas,Oceania_Hydro,Oceania_Nuclear,Oceania_Other Fossil,Oceania_Solar,Oceania_Wind,OECD_Bioenergy,OECD_Coal,OECD_Gas,OECD_Hydro,OECD_Nuclear,OECD_Other Fossil,OECD_Solar,OECD_Wind,Oman_Bioenergy,Oman_Coal,Oman_Gas,Oman_Hydro,Oman_Nuclear,Oman_Other Fossil,Oman_Solar,Oman_Wind,Pakistan_Bioenergy,Pakistan_Coal,Pakistan_Gas,Pakistan_Hydro,Pakistan_Nuclear,Pakistan_Other Fossil,Pakistan_Solar,Pakistan_Wind,Palestine_Bioenergy,Palestine_Coal,Palestine_Gas,Palestine_Hydro,Palestine_Nuclear,Palestine_Other Fossil,Palestine_Solar,Palestine_Wind,Panama_Bioenergy,Panama_Coal,Panama_Gas,Panama_Hydro,Panama_Nuclear,Panama_Other Fossil,Panama_Solar,Panama_Wind,Papua New Guinea_Bioenergy,Papua New Guinea_Coal,Papua New Guinea_Gas,Papua New Guinea_Hydro,Papua New Guinea_Nuclear,Papua New Guinea_Other Fossil,Papua New Guinea_Solar,Papua New Guinea_Wind,Paraguay_Bioenergy,Paraguay_Coal,Paraguay_Gas,Paraguay_Hydro,Paraguay_Nuclear,Paraguay_Other Fossil,Paraguay_Solar,Paraguay_Wind,Peru_Bioenergy,Peru_Coal,Peru_Gas,Peru_Hydro,Peru_Nuclear,Peru_Other Fossil,Peru_Solar,Peru_Wind,Philippines_Bioenergy,Philippines_Coal,Philippines_Gas,Philippines_Hydro,Philippines_Nuclear,Philippines_Other Fossil,Philippines_Solar,Philippines_Wind,Poland_Bioenergy,Poland_Coal,Poland_Gas,Poland_Hydro,Poland_Nuclear,Poland_Other Fossil,Poland_Solar,Poland_Wind,Portugal_Bioenergy,Portugal_Coal,Portugal_Gas,Portugal_Hydro,Portugal_Nuclear,Portugal_Other Fossil,Portugal_Solar,Portugal_Wind,Puerto Rico_Bioenergy,Puerto Rico_Coal,Puerto Rico_Gas,Puerto Rico_Hydro,Puerto Rico_Nuclear,Puerto Rico_Other Fossil,Puerto Rico_Solar,Puerto Rico_Wind,Qatar_Bioenergy,Qatar_Coal,Qatar_Gas,Qatar_Hydro,Qatar_Nuclear,Qatar_Other Fossil,Qatar_Solar,Qatar_Wind,Reunion_Bioenergy,Reunion_Coal,Reunion_Hydro,Reunion_Other Fossil,Reunion_Solar,Reunion_Wind,Romania_Bioenergy,Romania_Coal,Romania_Gas,Romania_Hydro,Romania_Nuclear,Romania_Other Fossil,Romania_Solar,Romania_Wind,Russia_Bioenergy,Russia_Coal,Russia_Gas,Russia_Hydro,Russia_Nuclear,Russia_Other Fossil,Russia_Solar,Russia_Wind,Rwanda_Bioenergy,Rwanda_Coal,Rwanda_Gas,Rwanda_Hydro,Rwanda_Nuclear,Rwanda_Other Fossil,Rwanda_Solar,Rwanda_Wind,"Saint Helena, Ascension and Tristan da Cunha_Bioenergy","Saint Helena, Ascension and Tristan da Cunha_Coal","Saint Helena, Ascension and Tristan da Cunha_Gas","Saint Helena, Ascension and Tristan da Cunha_Hydro","Saint Helena, Ascension and Tristan da Cunha_Nuclear","Saint Helena, Ascension and Tristan da Cunha_Other Fossil","Saint Helena, Ascension and Tristan da Cunha_Solar","Saint Helena, Ascension and Tristan da Cunha_Wind",Saint Kitts and Nevis_Bioenergy,Saint Kitts and Nevis_Coal,Saint Kitts and Nevis_Gas,Saint Kitts and Nevis_Hydro,Saint Kitts and Nevis_Nuclear,Saint Kitts and Nevis_Other Fossil,Saint Kitts and Nevis_Solar,Saint Kitts and Nevis_Wind,Saint Lucia_Bioenergy,Saint Lucia_Coal,Saint Lucia_Gas,Saint Lucia_Hydro,Saint Lucia_Nuclear,Saint Lucia_Other Fossil,Saint Lucia_Solar,Saint Lucia_Wind,Saint Pierre and Miquelon_Bioenergy,Saint Pierre and Miquelon_Coal,Saint Pierre and Miquelon_Gas,Saint Pierre and Miquelon_Hydro,Saint Pierre and Miquelon_Nuclear,Saint Pierre and Miquelon_Other Fossil,Saint Pierre and Miquelon_Solar,Saint Pierre and Miquelon_Wind,Saint Vincent and the Grenadines_Bioenergy,Saint Vincent and the Grenadines_Coal,Saint Vincent and the Grenadines_Gas,Saint Vincent and the Grenadines_Hydro,Saint Vincent and the Grenadines_Nuclear,Saint Vincent and the Grenadines_Other Fossil,Saint Vincent and the Grenadines_Solar,Saint Vincent and the Grenadines_Wind,Samoa_Bioenergy,Samoa_Coal,Samoa_Gas,Samoa_Hydro,Samoa_Nuclear,Samoa_Other Fossil,Samoa_Solar,Samoa_Wind,Sao Tome and Principe_Bioenergy,Sao Tome and Principe_Coal,Sao Tome and Principe_Gas,Sao Tome and Principe_Hydro,Sao Tome and Principe_Nuclear,Sao Tome and Principe_Other Fossil,Sao Tome and Principe_Solar,Sao Tome and Principe_Wind,Saudi Arabia_Bioenergy,Saudi Arabia_Coal,Saudi Arabia_Gas,Saudi Arabia_Other Fossil,Saudi Arabia_Solar,Saudi Arabia_Wind,Senegal_Bioenergy,Senegal_Coal,Senegal_Gas,Senegal_Hydro,Senegal_Nuclear,Senegal_Other Fossil,Senegal_Solar,Senegal_Wind,Serbia_Bioenergy,Serbia_Coal,Serbia_Gas,Serbia_Hydro,Serbia_Nuclear,Serbia_Other Fossil,Serbia_Solar,Serbia_Wind,Seychelles_Bioenergy,Seychelles_Coal,Seychelles_Gas,Seychelles_Hydro,Seychelles_Nuclear,Seychelles_Other Fossil,Seychelles_Solar,Seychelles_Wind,Sierra Leone_Bioenergy,Sierra Leone_Coal,Sierra Leone_Gas,Sierra Leone_Hydro,Sierra Leone_Nuclear,Sierra Leone_Other Fossil,Sierra Leone_Solar,Sierra Leone_Wind,Singapore_Bioenergy,Singapore_Coal,Singapore_Gas,Singapore_Other Fossil,Singapore_Solar,Slovakia_Bioenergy,Slovakia_Coal,Slovakia_Gas,Slovakia_Hydro,Slovakia_Nuclear,Slovakia_Other Fossil,Slovakia_Solar,Slovakia_Wind,Slovenia_Bioenergy,Slovenia_Coal,Slovenia_Gas,Slovenia_Hydro,Slovenia_Nuclear,Slovenia_Other Fossil,Slovenia_Solar,Slovenia_Wind,Solomon Islands_Bioenergy,Solomon Islands_Coal,Solomon Islands_Gas,Solomon Islands_Hydro,Solomon Islands_Nuclear,Solomon Islands_Other Fossil,Solomon Islands_Solar,Solomon Islands_Wind,Somalia_Bioenergy,Somalia_Coal,Somalia_Gas,Somalia_Hydro,Somalia_Nuclear,Somalia_Other Fossil,Somalia_Solar,Somalia_Wind,South Africa_Bioenergy,South Africa_Coal,South Africa_Gas,South Africa_Hydro,South Africa_Nuclear,South Africa_Other Fossil,South Africa_Solar,South Africa_Wind,South Korea_Bioenergy,South Korea_Coal,South Korea_Gas,South Korea_Hydro,South Korea_Nuclear,South Korea_Other Fossil,South Korea_Solar,South Korea_Wind,South Sudan_Bioenergy,South Sudan_Coal,South Sudan_Gas,South Sudan_Hydro,South Sudan_Nuclear,South Sudan_Other Fossil,South Sudan_Solar,South Sudan_Wind,Spain_Bioenergy,Spain_Coal,Spain_Gas,Spain_Hydro,Spain_Nuclear,Spain_Other Fossil,Spain_Solar,Spain_Wind,Sri Lanka_Bioenergy,Sri Lanka_Coal,Sri Lanka_Gas,Sri Lanka_Hydro,Sri Lanka_Nuclear,Sri Lanka_Other Fossil,Sri Lanka_Solar,Sri Lanka_Wind,Sudan_Bioenergy,Sudan_Coal,Sudan_Gas,Sudan_Hydro,Sudan_Nuclear,Sudan_Other Fossil,Sudan_Solar,Sudan_Wind,Suriname_Bioenergy,Suriname_Coal,Suriname_Gas,Suriname_Hydro,Suriname_Nuclear,Suriname_Other Fossil,Suriname_Solar,Suriname_Wind,Sweden_Bioenergy,Sweden_Coal,Sweden_Gas,Sweden_Hydro,Sweden_Nuclear,Sweden_Other Fossil,Sweden_Solar,Sweden_Wind,Switzerland_Bioenergy,Switzerland_Gas,Switzerland_Hydro,Switzerland_Nuclear,Switzerland_Other Fossil,Switzerland_Solar,Switzerland_Wind,Syria_Bioenergy,Syria_Coal,Syria_Gas,Syria_Hydro,Syria_Nuclear,Syria_Other Fossil,Syria_Solar,Syria_Wind,Taiwan_Bioenergy,Taiwan_Coal,Taiwan_Gas,Taiwan_Hydro,Taiwan_Nuclear,Taiwan_Other Fossil,Taiwan_Solar,Taiwan_Wind,Tajikistan_Bioenergy,Tajikistan_Coal,Tajikistan_Gas,Tajikistan_Hydro,Tajikistan_Nuclear,Tajikistan_Other Fossil,Tajikistan_Solar,Tajikistan_Wind,Tanzania_Bioenergy,Tanzania_Coal,Tanzania_Gas,Tanzania_Hydro,Tanzania_Nuclear,Tanzania_Other Fossil,Tanzania_Solar,Tanzania_Wind,Thailand_Bioenergy,Thailand_Coal,Thailand_Gas,Thailand_Hydro,Thailand_Other Fossil,Thailand_Solar,Thailand_Wind,Timor-Leste_Bioenergy,Timor-Leste_Coal,Timor-Leste_Gas,Timor-Leste_Hydro,Timor-Leste_Nuclear,Timor-Leste_Other Fossil,Timor-Leste_Solar,Timor-Leste_Wind,Togo_Bioenergy,Togo_Coal,Togo_Gas,Togo_Hydro,Togo_Nuclear,Togo_Other Fossil,Togo_Solar,Togo_Wind,Tonga_Bioenergy,Tonga_Coal,Tonga_Gas,Tonga_Hydro,Tonga_Nuclear,Tonga_Other Fossil,Tonga_Solar,Tonga_Wind,Trinidad and Tobago_Bioenergy,Trinidad and Tobago_Coal,Trinidad and Tobago_Gas,Trinidad and Tobago_Hydro,Trinidad and Tobago_Nuclear,Trinidad and Tobago_Other Fossil,Trinidad and Tobago_Solar,Trinidad and Tobago_Wind,Tunisia_Bioenergy,Tunisia_Coal,Tunisia_Gas,Tunisia_Hydro,Tunisia_Nuclear,Tunisia_Other Fossil,Tunisia_Solar,Tunisia_Wind,Turkey_Bioenergy,Turkey_Coal,Turkey_Gas,Turkey_Hydro,Turkey_Nuclear,Turkey_Other Fossil,Turkey_Solar,Turkey_Wind,Turkmenistan_Bioenergy,Turkmenistan_Coal,Turkmenistan_Gas,Turkmenistan_Hydro,Turkmenistan_Nuclear,Turkmenistan_Other Fossil,Turkmenistan_Solar,Turkmenistan_Wind,Turks and Caicos Islands_Bioenergy,Turks and Caicos Islands_Coal,Turks and Caicos Islands_Gas,Turks and Caicos Islands_Hydro,Turks and Caicos Islands_Nuclear,Turks and Caicos Islands_Other Fossil,Turks and Caicos Islands_Solar,Turks and Caicos Islands_Wind,Uganda_Bioenergy,Uganda_Coal,Uganda_Gas,Uganda_Hydro,Uganda_Nuclear,Uganda_Other Fossil,Uganda_Solar,Uganda_Wind,Ukraine_Bioenergy,Ukraine_Coal,Ukraine_Gas,Ukraine_Hydro,Ukraine_Nuclear,Ukraine_Other Fossil,Ukraine_Solar,Ukraine_Wind,UAE_Bioenergy,UAE_Coal,UAE_Gas,UAE_Hydro,UAE_Nuclear,UAE_Other Fossil,UAE_Solar,UAE_Wind,United Kingdom_Bioenergy,United Kingdom_Coal,United Kingdom_Gas,United Kingdom_Hydro,United Kingdom_Nuclear,United Kingdom_Other Fossil,United Kingdom_Solar,United Kingdom_Wind,USA_Bioenergy,USA_Coal,USA_Gas,USA_Hydro,USA_Nuclear,USA_Other Fossil,USA_Solar,USA_Wind,Uruguay_Bioenergy,Uruguay_Coal,Uruguay_Gas,Uruguay_Hydro,Uruguay_Nuclear,Uruguay_Other Fossil,Uruguay_Solar,Uruguay_Wind,Uzbekistan_Bioenergy,Uzbekistan_Coal,Uzbekistan_Gas,Uzbekistan_Hydro,Uzbekistan_Nuclear,Uzbekistan_Other Fossil,Uzbekistan_Solar,Uzbekistan_Wind,Vanuatu_Bioenergy,Vanuatu_Coal,Vanuatu_Gas,Vanuatu_Hydro,Vanuatu_Nuclear,Vanuatu_Other Fossil,Vanuatu_Solar,Vanuatu_Wind,Venezuela_Bioenergy,Venezuela_Coal,Venezuela_Gas,Venezuela_Hydro,Venezuela_Nuclear,Venezuela_Other Fossil,Venezuela_Solar,Venezuela_Wind,Viet Nam_Bioenergy,Viet Nam_Coal,Viet Nam_Gas,Viet Nam_Hydro,Viet Nam_Nuclear,Viet Nam_Other Fossil,Viet Nam_Solar,Viet Nam_Wind,Virgin Islands (British)_Bioenergy,Virgin Islands (British)_Coal,Virgin Islands (British)_Gas,Virgin Islands (British)_Hydro,Virgin Islands (British)_Nuclear,Virgin Islands (British)_Other Fossil,Virgin Islands (British)_Solar,Virgin Islands (British)_Wind,Virgin Islands (U.S.)_Bioenergy,Virgin Islands (U.S.)_Coal,Virgin Islands (U.S.)_Gas,Virgin Islands (U.S.)_Hydro,Virgin Islands (U.S.)_Nuclear,Virgin Islands (U.S.)_Other Fossil,Virgin Islands (U.S.)_Solar,Virgin Islands (U.S.)_Wind,Western Sahara_Bioenergy,Western Sahara_Coal,Western Sahara_Gas,Western Sahara_Hydro,Western Sahara_Nuclear,Western Sahara_Other Fossil,Western Sahara_Solar,Western Sahara_Wind,World_Bioenergy,World_Coal,World_Gas,World_Hydro,World_Nuclear,World_Other Fossil,World_Solar,World_Wind,Yemen_Bioenergy,Yemen_Coal,Yemen_Gas,Yemen_Hydro,Yemen_Nuclear,Yemen_Other Fossil,Yemen_Solar,Yemen_Wind,Zambia_Bioenergy,Zambia_Coal,Zambia_Gas,Zambia_Hydro,Zambia_Nuclear,Zambia_Other Fossil,Zambia_Solar,Zambia_Wind,Zimbabwe_Bioenergy,Zimbabwe_Coal,Zimbabwe_Gas,Zimbabwe_Hydro,Zimbabwe_Nuclear,Zimbabwe_Other Fossil,Zimbabwe_Solar,Zimbabwe_Wind 1995,0.0,0.0,0.0,64.58,0.0,35.42,0.0,0.0,0.46,47.96,20.82,16.97,2.95,10.7,0.0,0.04,0.0,0.0,0.0,96.19,0.0,3.81,0.0,0.0,0.0,0.0,96.77,0.2,0.0,3.03,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,0.0,0.0,63.19,0.0,36.81,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.44,2.0,54.93,32.12,6.95,3.53,0.0,0.03,0.0,0.0,46.54,21.63,31.83,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,1.55,20.08,43.39,13.33,0.0,17.19,0.0,0.0,0.65,48.55,15.29,12.51,11.94,10.59,0.01,0.05,0.41,83.13,7.73,7.6,,1.05,0.02,0.06,2.57,9.59,13.16,70.15,0.0,4.41,0.0,0.12,0.0,0.0,19.86,8.14,0.0,72.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,87.7,5.9,0.0,6.4,0.0,0.0,0.0,0.0,3.8,0.0,0.0,96.2,0.0,0.0,0.0,0.0,93.33,0.11,0.0,6.55,0.0,0.0,0.69,15.61,19.3,0.56,58.17,5.65,0.0,0.02,0.0,0.0,0.0,69.23,0.0,30.77,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,1.67,0.0,0.0,0.0,0.0,98.33,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,0.0,1.29,0.0,47.68,50.26,0.0,0.77,0.0,0.0,0.0,50.72,0.0,48.8,,0.48,0.0,0.0,0.0,97.37,0.0,0.0,0.0,2.63,0.0,0.0,2.25,3.13,1.17,87.24,1.73,4.48,0.0,0.0,0.0,0.0,99.21,0.0,0.0,0.79,0.0,0.0,0.0,41.73,4.71,6.48,44.79,2.29,0.0,0.0,0.0,0.0,0.0,25.64,0.0,74.36,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,93.33,0.0,6.67,0.0,0.0,0.0,15.15,0.0,84.85,0.0,0.0,0.0,0.0,0.0,98.84,0.0,1.16,0.0,0.0,1.48,19.25,5.93,59.08,11.97,2.24,0.0,0.04,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,0.0,0.0,80.0,0.0,20.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,22.93,25.63,47.51,3.93,0.0,0.0,0.19,78.21,0.43,16.41,1.23,3.49,0.0,0.04,1.17,4.86,19.27,74.16,0.0,0.51,0.02,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.29,0.0,0.0,81.92,0.0,0.87,0.0,2.62,0.0,0.0,63.33,36.46,0.0,0.21,0.0,0.0,0.0,13.83,14.01,57.54,0.0,14.63,0.0,0.0,6.25,0.0,8.72,0.6,0.0,84.43,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.71,72.36,2.32,2.41,18.64,3.55,0.0,0.0,3.63,46.5,24.46,0.08,0.0,13.5,0.0,11.83,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,0.0,0.0,37.5,0.0,62.5,0.0,0.0,1.23,0.0,0.0,5.76,0.0,93.01,0.0,0.0,0.0,0.0,0.0,71.51,0.0,28.49,0.0,0.0,0.0,0.0,57.54,19.34,23.01,0.0,0.11,9.16,0.0,0.0,31.27,0.0,38.27,0.0,0.0,0.0,0.0,60.0,20.0,0.0,20.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.12,0.0,7.05,0.0,0.0,92.83,0.0,0.0,69.7,1.52,0.0,28.79,0.0,0.0,0.0,0.0,2.37,0.0,0.0,96.45,0.0,1.18,0.0,0.0,1.15,30.52,12.52,13.35,32.8,8.65,0.0,0.81,0.78,27.26,21.3,17.14,26.34,6.52,0.0,0.5,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,0.0,0.0,36.36,0.0,63.64,0.0,0.0,17.33,0.0,0.0,54.67,0.0,28.0,0.0,0.0,12.35,12.13,14.48,20.95,32.13,7.85,0.0,0.11,0.47,5.07,2.16,12.16,77.96,2.08,0.0,0.01,0.0,89.13,10.87,0.0,0.0,0.0,0.0,29.27,0.0,70.73,0.0,0.0,1.11,41.92,16.11,15.03,18.39,7.01,0.01,0.23,1.35,38.47,16.81,11.68,25.02,6.16,0.01,0.23,0.76,0.0,17.56,61.07,0.0,20.61,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,0.0,18.34,78.8,0.0,2.85,0.0,0.0,0.76,52.15,8.65,3.82,29.81,3.17,0.0,1.64,0.14,0.0,0.0,91.21,0.0,8.65,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,64.81,11.18,6.97,0.0,16.19,0.0,0.85,0.0,0.0,0.0,58.62,0.0,41.38,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,6.56,27.87,0.82,62.3,0.0,0.82,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,8.36,8.36,0.0,38.7,0.0,41.49,0.0,0.0,0.0,0.0,0.0,50.62,0.0,49.38,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,1.11,0.0,0.0,0.0,0.0,98.89,0.0,0.0,0.0,0.0,0.0,51.85,0.0,48.15,0.0,0.0,0.27,0.0,0.0,61.54,0.0,38.19,0.0,0.0,0.0,60.36,39.16,0.0,0.0,0.48,0.0,0.0,0.17,27.25,18.76,0.51,40.3,13.02,0.0,0.0,0.0,0.0,0.0,82.65,0.0,0.0,0.0,0.0,0.3,68.29,9.79,13.47,2.76,5.1,0.0,0.28,4.37,34.68,32.57,10.22,12.76,0.0,0.0,0.0,0.4,68.34,3.17,,28.06,0.0,0.03,0.0,0.0,18.78,1.91,0.0,79.31,0.0,0.0,0.38,28.87,39.2,3.6,0.0,26.93,0.0,1.02,0.0,68.5,0.02,0.07,0.0,31.41,0.0,0.0,0.51,9.74,37.55,16.37,0.0,33.87,0.01,0.21,2.95,0.0,0.0,1.62,0.0,95.42,0.0,0.0,1.46,21.66,23.51,7.68,29.02,16.62,0.03,0.01,0.0,0.0,10.04,0.54,0.0,89.42,0.0,0.0,0.0,69.52,10.69,14.58,5.21,0.0,0.0,0.0,0.0,0.0,30.39,0.0,59.63,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,43.52,0.0,52.33,0.0,4.15,0.0,0.0,0.0,97.64,0.0,1.69,0.0,0.68,0.0,0.0,0.0,0.0,32.94,0.0,0.0,67.06,0.0,0.0,0.0,5.24,9.27,85.49,0.0,0.0,0.0,0.0,0.0,0.0,0.0,89.86,0.0,10.14,0.0,0.0,1.78,4.42,13.63,57.99,2.03,19.91,0.0,0.02,0.0,0.0,27.29,68.12,0.0,4.59,0.0,0.0,0.0,0.0,0.0,4.42,0.0,95.58,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,0.0,21.94,0.0,0.0,78.06,0.0,0.0,0.0,0.0,14.56,3.05,75.65,6.74,0.0,0.0,5.0,0.0,52.5,30.0,0.0,7.5,0.0,5.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,1.16,0.0,0.0,62.79,0.0,36.05,0.0,0.0,5.79,0.0,0.0,84.3,0.0,9.92,0.0,0.0,0.82,5.78,80.03,10.0,3.38,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,4.72,0.0,0.0,21.7,0.0,73.58,0.0,0.0,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,0.0,0.0,7.14,0.0,92.86,0.0,0.0,24.29,20.34,0.0,5.08,0.0,50.28,0.0,0.0,3.12,9.36,19.8,16.24,4.04,47.43,0.0,0.01,0.01,6.15,50.24,1.68,0.0,41.92,0.0,0.01,0.0,0.0,92.29,7.16,0.0,0.55,0.0,0.0,0.0,98.28,0.0,0.0,0.0,1.72,0.0,0.0,,,,,,,,,0.0,0.0,0.0,0.0,0.0,100.0,0.0,0.0,0.0,68.61,0.0,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diff --git a/PV_ICE/baselines/CarbonLayer/baseline_encapsulant_MFGing_countrymarketshare.csv b/PV_ICE/baselines/CarbonLayer/baseline_encapsulant_MFGing_countrymarketshare.csv index c88af4b..187acd3 100644 --- a/PV_ICE/baselines/CarbonLayer/baseline_encapsulant_MFGing_countrymarketshare.csv +++ b/PV_ICE/baselines/CarbonLayer/baseline_encapsulant_MFGing_countrymarketshare.csv @@ -1,4 +1,4 @@ -,Austria,Brazil,China,France,Germany,India,Italy,Japan,SKorea,Netherlands,Norway,Poland,SaudiArabia,Singapore,Spain,Taiwan,Thailand,Turkey,UnitedKingdom,USA +,Austria,Brazil,China,France,Germany,India,Italy,Japan,SKorea,Netherlands,Norway,Poland,Saudi Arabia,Singapore,Spain,Taiwan,Thailand,Turkey,United Kingdom,USA 1995,0.89,0.89,40.18,1.79,5.36,10.71,2.68,4.46,5.36,0.89,0.89,0.89,1.79,1.79,0.89,1.79,1.79,4.46,0.89,11.61 1996,0.89,0.89,40.18,1.79,5.36,10.71,2.68,4.46,5.36,0.89,0.89,0.89,1.79,1.79,0.89,1.79,1.79,4.46,0.89,11.61 1997,0.89,0.89,40.18,1.79,5.36,10.71,2.68,4.46,5.36,0.89,0.89,0.89,1.79,1.79,0.89,1.79,1.79,4.46,0.89,11.61 diff --git a/PV_ICE/baselines/CarbonLayer/baseline_glass_MFGing_countrymarketshare.csv b/PV_ICE/baselines/CarbonLayer/baseline_glass_MFGing_countrymarketshare.csv index 236f99a..5d80a0d 100644 --- a/PV_ICE/baselines/CarbonLayer/baseline_glass_MFGing_countrymarketshare.csv +++ b/PV_ICE/baselines/CarbonLayer/baseline_glass_MFGing_countrymarketshare.csv @@ -1,4 +1,4 @@ -year,China,EU,USA,Japan,SKorea,Malaysia,Russia,Brazil,India,World +year,China,EU,USA,Japan,South Korea,Malaysia,Russia,Brazil,India,World 1995,19,18,28,0,0,0,2,4,3,26 1996,19,18,28,0,0,0,2,4,3,26 1997,19,18,28,0,0,0,2,4,3,26 diff --git a/PV_ICE/baselines/CarbonLayer/baseline_silicon_MFGing_countrymarketshare.csv b/PV_ICE/baselines/CarbonLayer/baseline_silicon_MFGing_countrymarketshare.csv index bf06780..d67a331 100644 --- a/PV_ICE/baselines/CarbonLayer/baseline_silicon_MFGing_countrymarketshare.csv +++ b/PV_ICE/baselines/CarbonLayer/baseline_silicon_MFGing_countrymarketshare.csv @@ -1,4 +1,4 @@ -,Australia,Bosnia,Brazil,Canada,China,France,Germany,Iceland,India,Japan,Kazakhstan,Laos,Malaysia,Netherlands,Norway,Philippines,Qatar,Russia,SKorea,Singapore,Slovakia,SouthAfrica,Spain,Taiwan,Thailand,USA,Ukraine,UnitedKingdom,Uzbekistan,VietNam +,Australia,Bosnia,Brazil,Canada,China,France,Germany,Iceland,India,Japan,Kazakhstan,Laos,Malaysia,Netherlands,Norway,Philippines,Qatar,Russia,South Korea,Singapore,Slovakia,South Africa,Spain,Taiwan,Thailand,USA,Ukraine,United Kingdom,Uzbekistan,Viet Nam 1995,0.345556019,0.114527138,1.313112873,0.296190874,16.92755404,1.184763495,0.347974911,0,9.799456674,11.86903436,0,0,0,0,1.439309931,0,0,0.533143573,0.505006272,0,0,0.493651456,0.315936932,2.945869921,0,51.56891153,0,0,0,0 1996,0.345556019,0.114527138,1.313112873,0.296190874,16.92755404,1.184763495,0.347974911,0,9.799456674,11.86903436,0,0,0,0,1.439309931,0,0,0.533143573,0.505006272,0,0,0.493651456,0.315936932,2.945869921,0,51.56891153,0,0,0,0 1997,0.345556019,0.114527138,1.313112873,0.296190874,16.92755404,1.184763495,0.347974911,0,9.799456674,11.86903436,0,0,0,0,1.439309931,0,0,0.533143573,0.505006272,0,0,0.493651456,0.315936932,2.945869921,0,51.56891153,0,0,0,0 diff --git a/docs/baseline development documentation/(baseline dev) Grid Mix by Country from Ember.html b/docs/baseline development documentation/(baseline dev) Grid Mix by Country from Ember.html index 71fa381..e421c62 100644 --- a/docs/baseline development documentation/(baseline dev) Grid Mix by Country from Ember.html +++ b/docs/baseline development documentation/(baseline dev) Grid Mix by Country from Ember.html @@ -14920,6 +14920,7 @@
#for unique values of area, do a pivot table with year on index, variable on column, and value in thingy
-emberdata_vars_perc['Area'].unique()
+emberdata_vars_perc['Area'].unique()
#munge the Area strings into a more usable format (this takes a while!)
+import re
+def remove_substrings_regex(text, substrings):
+ pattern = '|'.join(map(re.escape, substrings))
+ return re.sub(pattern, '', text)
+
+emberdata_vars_perc_rename = emberdata_vars_perc.copy()
+
+#change specific country names to work with prior carbon name formating
+emberdata_vars_perc_rename.loc[emberdata_vars_perc['Area']=="United Arab Emirates", "Area"] = "UAE"
+emberdata_vars_perc_rename.loc[emberdata_vars_perc['Area']=="United States of America", "Area"] = "USA"
+emberdata_vars_perc_rename.loc[emberdata_vars_perc['Area']=="Congo (the Democratic Republic of the)", "Area"] = "CongoDRC"
+emberdata_vars_perc_rename.loc[emberdata_vars_perc['Area']=="Korea (the Democratic People's Republic of)", "Area"] = "North Korea"
+emberdata_vars_perc_rename.loc[emberdata_vars_perc['Area']=="Lao People's Democratic Republic (the)", "Area"] = "Laos"
+
+substrings = [" (the)", " (Islamic Republic of)", " (Bolivarian Republic of)", "n Federation",
+ ", State of", "n Arab Republic", ", the United Republic of"]
+for row in range(0,len(emberdata_vars_perc_rename['Area'])):
+ emberdata_vars_perc_rename.iloc[row,0] = remove_substrings_regex(emberdata_vars_perc_rename.iloc[row,0], substrings)
+
+#emberdata_vars_perc['Area'].unique()
+
emberdata_vars_perc_rename.loc[emberdata_vars_perc_rename['Area']=="Laos"]
+
+ | Area | +Year | +Variable | +Unit | +Value | +
---|---|---|---|---|---|
20836 | +Laos | +2000 | +Bioenergy | +% | +0.00 | +
20837 | +Laos | +2000 | +Coal | +% | +0.00 | +
20838 | +Laos | +2000 | +Gas | +% | +0.00 | +
20839 | +Laos | +2000 | +Hydro | +% | +89.86 | +
20840 | +Laos | +2000 | +Nuclear | +% | +0.00 | +
... | +... | +... | +... | +... | +... | +
21015 | +Laos | +2022 | +Hydro | +% | +72.69 | +
21016 | +Laos | +2022 | +Nuclear | +% | +0.00 | +
21017 | +Laos | +2022 | +Other Fossil | +% | +0.00 | +
21018 | +Laos | +2022 | +Solar | +% | +0.13 | +
21019 | +Laos | +2022 | +Wind | +% | +0.00 | +
184 rows × 5 columns
+Areas = emberdata_vars_perc['Area'].unique() #an array
+#emberdata_vars_perc.loc[emberdata_vars_perc['Area']=="Bahamas (the)"]
+emberdata_vars_perc_rename['Area'].unique()
array(['Afghanistan', 'Africa', 'Albania', 'Algeria', 'American Samoa', + 'Angola', 'Antigua and Barbuda', 'Argentina', 'Armenia', 'Aruba', + 'ASEAN', 'Asia', 'Australia', 'Austria', 'Azerbaijan', 'Bahamas', + 'Bahrain', 'Bangladesh', 'Barbados', 'Belarus', 'Belgium', + 'Belize', 'Benin', 'Bermuda', 'Bhutan', 'Bolivia', + 'Bosnia Herzegovina', 'Botswana', 'Brazil', 'Brunei Darussalam', + 'Bulgaria', 'Burkina Faso', 'Burundi', 'Cabo Verde', 'Cambodia', + 'Cameroon', 'Canada', 'Cayman Islands', 'Central African Republic', + 'Chad', 'Chile', 'China', 'Colombia', 'Comoros', 'CongoDRC', + 'Congo', 'Cook Islands', 'Costa Rica', "Cote d'Ivoire", 'Croatia', + 'Cuba', 'Cyprus', 'Czechia', 'Denmark', 'Djibouti', 'Dominica', + 'Dominican Republic', 'Ecuador', 'Egypt', 'El Salvador', + 'Equatorial Guinea', 'Eritrea', 'Estonia', 'Eswatini', 'Ethiopia', + 'EU', 'Europe', 'Falkland Islands [Malvinas]', 'Faroe Islands', + 'Fiji', 'Finland', 'France', 'French Guiana', 'French Polynesia', + 'G20', 'G7', 'Gabon', 'Gambia', 'Georgia', 'Germany', 'Ghana', + 'Gibraltar', 'Greece', 'Greenland', 'Grenada', 'Guadeloupe', + 'Guam', 'Guatemala', 'Guinea', 'Guinea-Bissau', 'Guyana', 'Haiti', + 'Honduras', 'Hong Kong', 'Hungary', 'Iceland', 'India', + 'Indonesia', 'Iran', 'Iraq', 'Ireland', 'Israel', 'Italy', + 'Jamaica', 'Japan', 'Jordan', 'Kazakhstan', 'Kenya', 'Kiribati', + 'North Korea', 'Kosovo', 'Kuwait', 'Kyrgyzstan', 'Laos', + 'Latin America and Caribbean', 'Latvia', 'Lebanon', 'Lesotho', + 'Liberia', 'Libya', 'Lithuania', 'Luxembourg', 'Macao', + 'Madagascar', 'Malawi', 'Malaysia', 'Maldives', 'Mali', 'Malta', + 'Martinique', 'Mauritania', 'Mauritius', 'Mexico', 'Middle East', + 'Moldova', 'Mongolia', 'Montenegro', 'Montserrat', 'Morocco', + 'Mozambique', 'Myanmar', 'Namibia', 'Nauru', 'Nepal', + 'Netherlands', 'New Caledonia', 'New Zealand', 'Nicaragua', + 'Niger', 'Nigeria', 'Niue', 'North America', 'North Macedonia', + 'Norway', 'Oceania', 'OECD', 'Oman', 'Pakistan', 'Palestine', + 'Panama', 'Papua New Guinea', 'Paraguay', 'Peru', 'Philippines', + 'Poland', 'Portugal', 'Puerto Rico', 'Qatar', 'Reunion', 'Romania', + 'Russia', 'Rwanda', 'Saint Helena, Ascension and Tristan da Cunha', + 'Saint Kitts and Nevis', 'Saint Lucia', + 'Saint Pierre and Miquelon', 'Saint Vincent and the Grenadines', + 'Samoa', 'Sao Tome and Principe', 'Saudi Arabia', 'Senegal', + 'Serbia', 'Seychelles', 'Sierra Leone', 'Singapore', 'Slovakia', + 'Slovenia', 'Solomon Islands', 'Somalia', 'South Africa', + 'South Korea', 'South Sudan', 'Spain', 'Sri Lanka', 'Sudan', + 'Suriname', 'Sweden', 'Switzerland', 'Syria', 'Taiwan', + 'Tajikistan', 'Tanzania', 'Thailand', 'Timor-Leste', 'Togo', + 'Tonga', 'Trinidad and Tobago', 'Tunisia', 'Turkey', + 'Turkmenistan', 'Turks and Caicos Islands', 'Uganda', 'Ukraine', + 'UAE', 'United Kingdom', 'USA', 'Uruguay', 'Uzbekistan', 'Vanuatu', + 'Venezuela', 'Viet Nam', 'Virgin Islands (British)', + 'Virgin Islands (U.S.)', 'Western Sahara', 'World', 'Yemen', + 'Zambia', 'Zimbabwe'], dtype=object)+
gridmix_bycountry_2000topresent = pd.DataFrame()
+#for unique values of renamed area, do a pivot table with year on index, variable on column, and value in thingy
+gridmix_bycountry_2000topresent = pd.DataFrame()
+Areas = emberdata_vars_perc_rename['Area'].unique() #an array
for a in range(0,len(Areas)):
- tempdf = emberdata_vars_perc.loc[emberdata_vars_perc['Area'] == Areas[a]] #select each area individually
+ tempdf = emberdata_vars_perc_rename.loc[emberdata_vars_perc_rename['Area'] == Areas[a]] #select each area individually
tempdf2 = tempdf.pivot(columns='Variable', values='Value', index='Year') #pivot table of this area
tempdf_rename = tempdf2.add_prefix(str(Areas[a]+'_'))
gridmix_bycountry_2000topresent = pd.concat([gridmix_bycountry_2000topresent,tempdf_rename], axis=1)
@@ -15216,7 +15484,7 @@ Import
- Out[10]:
+ Out[28]:
@@ -15880,7 +16148,7 @@ Import
-In [30]:
+In [29]:
#add in the 1995 to 2000 and present to 2050, ffill and bfill
@@ -15905,7 +16173,7 @@ Import
- Out[30]:
+ Out[29]:
@@ -17313,12 +17581,12 @@ Import
-In [35]:
+In [32]:
-#emberdata_vars_perc['Area'].unique()
-areaofinterest = 'United States'
-gridmix_bycountry_1995to2050_full.filter(like=areaofinterest).plot.area()
+#emberdata_vars_perc_rename['Area'].unique()
+areaofinterest = 'Laos'
+gridmix_bycountry_1995to2050_full.filter(like=areaofinterest).plot(kind='area', legend='reverse').legend(bbox_to_anchor=(1, 0.5))
@@ -17336,13 +17604,13 @@ Import
- Out[35]:
+ Out[32]:
-<Axes: >
+<matplotlib.legend.Legend at 0x15a39611890>
@@ -17356,7 +17624,7 @@ Import
-
@@ -17373,7 +17641,7 @@ Import
-In [37]:
+In [31]:
gridmix_bycountry_1995to2050_full.to_csv(os.path.join(baselinesFolder,'CarbonLayer','baseline_countrygridmix.csv'))
diff --git a/docs/baseline development documentation/(baseline dev) Grid Mix by Country from Ember.ipynb b/docs/baseline development documentation/(baseline dev) Grid Mix by Country from Ember.ipynb
index 5c1f1a9..ce3df96 100644
--- a/docs/baseline development documentation/(baseline dev) Grid Mix by Country from Ember.ipynb
+++ b/docs/baseline development documentation/(baseline dev) Grid Mix by Country from Ember.ipynb
@@ -318,7 +318,7 @@
" \n",
" \n",
" \n",
- " 29 \n",
+ " 0 \n",
" Afghanistan \n",
" 2000 \n",
" Bioenergy \n",
@@ -326,7 +326,7 @@
" 0.00 \n",
" \n",
" \n",
- " 30 \n",
+ " 1 \n",
" Afghanistan \n",
" 2000 \n",
" Coal \n",
@@ -334,7 +334,7 @@
" 0.00 \n",
" \n",
" \n",
- " 31 \n",
+ " 2 \n",
" Afghanistan \n",
" 2000 \n",
" Gas \n",
@@ -342,7 +342,7 @@
" 0.00 \n",
" \n",
" \n",
- " 32 \n",
+ " 3 \n",
" Afghanistan \n",
" 2000 \n",
" Hydro \n",
@@ -350,7 +350,7 @@
" 64.58 \n",
" \n",
" \n",
- " 33 \n",
+ " 4 \n",
" Afghanistan \n",
" 2000 \n",
" Nuclear \n",
@@ -366,7 +366,7 @@
" ... \n",
" \n",
" \n",
- " 344906 \n",
+ " 41708 \n",
" Zimbabwe \n",
" 2022 \n",
" Hydro \n",
@@ -374,7 +374,7 @@
" 65.85 \n",
" \n",
" \n",
- " 344907 \n",
+ " 41709 \n",
" Zimbabwe \n",
" 2022 \n",
" Nuclear \n",
@@ -382,7 +382,7 @@
" 0.00 \n",
" \n",
" \n",
- " 344908 \n",
+ " 41710 \n",
" Zimbabwe \n",
" 2022 \n",
" Other Fossil \n",
@@ -390,7 +390,7 @@
" 0.00 \n",
" \n",
" \n",
- " 344910 \n",
+ " 41711 \n",
" Zimbabwe \n",
" 2022 \n",
" Solar \n",
@@ -398,7 +398,7 @@
" 0.34 \n",
" \n",
" \n",
- " 344911 \n",
+ " 41712 \n",
" Zimbabwe \n",
" 2022 \n",
" Wind \n",
@@ -411,18 +411,18 @@
""
],
"text/plain": [
- " Area Year Variable Unit Value\n",
- "29 Afghanistan 2000 Bioenergy % 0.00\n",
- "30 Afghanistan 2000 Coal % 0.00\n",
- "31 Afghanistan 2000 Gas % 0.00\n",
- "32 Afghanistan 2000 Hydro % 64.58\n",
- "33 Afghanistan 2000 Nuclear % 0.00\n",
- "... ... ... ... ... ...\n",
- "344906 Zimbabwe 2022 Hydro % 65.85\n",
- "344907 Zimbabwe 2022 Nuclear % 0.00\n",
- "344908 Zimbabwe 2022 Other Fossil % 0.00\n",
- "344910 Zimbabwe 2022 Solar % 0.34\n",
- "344911 Zimbabwe 2022 Wind % 0.00\n",
+ " Area Year Variable Unit Value\n",
+ "0 Afghanistan 2000 Bioenergy % 0.00\n",
+ "1 Afghanistan 2000 Coal % 0.00\n",
+ "2 Afghanistan 2000 Gas % 0.00\n",
+ "3 Afghanistan 2000 Hydro % 64.58\n",
+ "4 Afghanistan 2000 Nuclear % 0.00\n",
+ "... ... ... ... ... ...\n",
+ "41708 Zimbabwe 2022 Hydro % 65.85\n",
+ "41709 Zimbabwe 2022 Nuclear % 0.00\n",
+ "41710 Zimbabwe 2022 Other Fossil % 0.00\n",
+ "41711 Zimbabwe 2022 Solar % 0.34\n",
+ "41712 Zimbabwe 2022 Wind % 0.00\n",
"\n",
"[41713 rows x 5 columns]"
]
@@ -444,14 +444,17 @@
"#emberdata_vars['Unit'].unique()\n",
"Units = ['%']\n",
"emberdata_vars_perc = emberdata_vars.loc[emberdata_vars['Unit'].isin(Units)]\n",
+ "emberdata_vars_perc.reset_index(drop=True, inplace=True)\n",
"emberdata_vars_perc"
]
},
{
"cell_type": "code",
- "execution_count": 38,
- "id": "eec1cbed-e7ed-4d73-8133-5194be8b36e2",
- "metadata": {},
+ "execution_count": 7,
+ "id": "00f5be97-f4c6-4c38-b422-ac7244a39945",
+ "metadata": {
+ "scrolled": true
+ },
"outputs": [
{
"data": {
@@ -515,29 +518,273 @@
" dtype=object)"
]
},
- "execution_count": 38,
+ "execution_count": 7,
"metadata": {},
"output_type": "execute_result"
}
],
"source": [
- "#for unique values of area, do a pivot table with year on index, variable on column, and value in thingy\n",
"emberdata_vars_perc['Area'].unique()"
]
},
{
"cell_type": "code",
- "execution_count": 8,
- "id": "6a91ee3a-d85d-4f2f-8c94-64e6c2acc344",
+ "execution_count": 9,
+ "id": "403d7771-a1ac-4017-bf53-f0be35a58f61",
"metadata": {},
"outputs": [],
"source": [
- "Areas = emberdata_vars_perc['Area'].unique() #an array"
+ "#munge the Area strings into a more usable format (this takes a while!)\n",
+ "import re\n",
+ "def remove_substrings_regex(text, substrings):\n",
+ " pattern = '|'.join(map(re.escape, substrings))\n",
+ " return re.sub(pattern, '', text)\n",
+ "\n",
+ "emberdata_vars_perc_rename = emberdata_vars_perc.copy()\n",
+ "\n",
+ "#change specific country names to work with prior carbon name formating\n",
+ "emberdata_vars_perc_rename.loc[emberdata_vars_perc['Area']==\"United Arab Emirates\", \"Area\"] = \"UAE\"\n",
+ "emberdata_vars_perc_rename.loc[emberdata_vars_perc['Area']==\"United States of America\", \"Area\"] = \"USA\"\n",
+ "emberdata_vars_perc_rename.loc[emberdata_vars_perc['Area']==\"Congo (the Democratic Republic of the)\", \"Area\"] = \"CongoDRC\"\n",
+ "emberdata_vars_perc_rename.loc[emberdata_vars_perc['Area']==\"Korea (the Democratic People's Republic of)\", \"Area\"] = \"North Korea\"\n",
+ "emberdata_vars_perc_rename.loc[emberdata_vars_perc['Area']==\"Lao People's Democratic Republic (the)\", \"Area\"] = \"Laos\"\n",
+ "\n",
+ "substrings = [\" (the)\", \" (Islamic Republic of)\", \" (Bolivarian Republic of)\", \"n Federation\", \n",
+ " \", State of\", \"n Arab Republic\", \", the United Republic of\"]\n",
+ "for row in range(0,len(emberdata_vars_perc_rename['Area'])):\n",
+ " emberdata_vars_perc_rename.iloc[row,0] = remove_substrings_regex(emberdata_vars_perc_rename.iloc[row,0], substrings)\n",
+ "\n",
+ "#emberdata_vars_perc['Area'].unique()"
+ ]
+ },
+ {
+ "cell_type": "code",
+ "execution_count": 18,
+ "id": "1d99e9fb-516c-4aa8-81c4-ed175c8ed28b",
+ "metadata": {},
+ "outputs": [
+ {
+ "data": {
+ "text/html": [
+ "\n",
+ "\n",
+ "\n",
+ " \n",
+ " \n",
+ " \n",
+ " Area \n",
+ " Year \n",
+ " Variable \n",
+ " Unit \n",
+ " Value \n",
+ " \n",
+ " \n",
+ " \n",
+ " \n",
+ " 20836 \n",
+ " Laos \n",
+ " 2000 \n",
+ " Bioenergy \n",
+ " % \n",
+ " 0.00 \n",
+ " \n",
+ " \n",
+ " 20837 \n",
+ " Laos \n",
+ " 2000 \n",
+ " Coal \n",
+ " % \n",
+ " 0.00 \n",
+ " \n",
+ " \n",
+ " 20838 \n",
+ " Laos \n",
+ " 2000 \n",
+ " Gas \n",
+ " % \n",
+ " 0.00 \n",
+ " \n",
+ " \n",
+ " 20839 \n",
+ " Laos \n",
+ " 2000 \n",
+ " Hydro \n",
+ " % \n",
+ " 89.86 \n",
+ " \n",
+ " \n",
+ " 20840 \n",
+ " Laos \n",
+ " 2000 \n",
+ " Nuclear \n",
+ " % \n",
+ " 0.00 \n",
+ " \n",
+ " \n",
+ " ... \n",
+ " ... \n",
+ " ... \n",
+ " ... \n",
+ " ... \n",
+ " ... \n",
+ " \n",
+ " \n",
+ " 21015 \n",
+ " Laos \n",
+ " 2022 \n",
+ " Hydro \n",
+ " % \n",
+ " 72.69 \n",
+ " \n",
+ " \n",
+ " 21016 \n",
+ " Laos \n",
+ " 2022 \n",
+ " Nuclear \n",
+ " % \n",
+ " 0.00 \n",
+ " \n",
+ " \n",
+ " 21017 \n",
+ " Laos \n",
+ " 2022 \n",
+ " Other Fossil \n",
+ " % \n",
+ " 0.00 \n",
+ " \n",
+ " \n",
+ " 21018 \n",
+ " Laos \n",
+ " 2022 \n",
+ " Solar \n",
+ " % \n",
+ " 0.13 \n",
+ " \n",
+ " \n",
+ " 21019 \n",
+ " Laos \n",
+ " 2022 \n",
+ " Wind \n",
+ " % \n",
+ " 0.00 \n",
+ " \n",
+ " \n",
+ "
\n",
+ "184 rows × 5 columns
\n",
+ ""
+ ],
+ "text/plain": [
+ " Area Year Variable Unit Value\n",
+ "20836 Laos 2000 Bioenergy % 0.00\n",
+ "20837 Laos 2000 Coal % 0.00\n",
+ "20838 Laos 2000 Gas % 0.00\n",
+ "20839 Laos 2000 Hydro % 89.86\n",
+ "20840 Laos 2000 Nuclear % 0.00\n",
+ "... ... ... ... ... ...\n",
+ "21015 Laos 2022 Hydro % 72.69\n",
+ "21016 Laos 2022 Nuclear % 0.00\n",
+ "21017 Laos 2022 Other Fossil % 0.00\n",
+ "21018 Laos 2022 Solar % 0.13\n",
+ "21019 Laos 2022 Wind % 0.00\n",
+ "\n",
+ "[184 rows x 5 columns]"
+ ]
+ },
+ "execution_count": 18,
+ "metadata": {},
+ "output_type": "execute_result"
+ }
+ ],
+ "source": [
+ "emberdata_vars_perc_rename.loc[emberdata_vars_perc_rename['Area']==\"Laos\"]"
+ ]
+ },
+ {
+ "cell_type": "code",
+ "execution_count": 15,
+ "id": "eec1cbed-e7ed-4d73-8133-5194be8b36e2",
+ "metadata": {
+ "scrolled": true
+ },
+ "outputs": [
+ {
+ "data": {
+ "text/plain": [
+ "array(['Afghanistan', 'Africa', 'Albania', 'Algeria', 'American Samoa',\n",
+ " 'Angola', 'Antigua and Barbuda', 'Argentina', 'Armenia', 'Aruba',\n",
+ " 'ASEAN', 'Asia', 'Australia', 'Austria', 'Azerbaijan', 'Bahamas',\n",
+ " 'Bahrain', 'Bangladesh', 'Barbados', 'Belarus', 'Belgium',\n",
+ " 'Belize', 'Benin', 'Bermuda', 'Bhutan', 'Bolivia',\n",
+ " 'Bosnia Herzegovina', 'Botswana', 'Brazil', 'Brunei Darussalam',\n",
+ " 'Bulgaria', 'Burkina Faso', 'Burundi', 'Cabo Verde', 'Cambodia',\n",
+ " 'Cameroon', 'Canada', 'Cayman Islands', 'Central African Republic',\n",
+ " 'Chad', 'Chile', 'China', 'Colombia', 'Comoros', 'CongoDRC',\n",
+ " 'Congo', 'Cook Islands', 'Costa Rica', \"Cote d'Ivoire\", 'Croatia',\n",
+ " 'Cuba', 'Cyprus', 'Czechia', 'Denmark', 'Djibouti', 'Dominica',\n",
+ " 'Dominican Republic', 'Ecuador', 'Egypt', 'El Salvador',\n",
+ " 'Equatorial Guinea', 'Eritrea', 'Estonia', 'Eswatini', 'Ethiopia',\n",
+ " 'EU', 'Europe', 'Falkland Islands [Malvinas]', 'Faroe Islands',\n",
+ " 'Fiji', 'Finland', 'France', 'French Guiana', 'French Polynesia',\n",
+ " 'G20', 'G7', 'Gabon', 'Gambia', 'Georgia', 'Germany', 'Ghana',\n",
+ " 'Gibraltar', 'Greece', 'Greenland', 'Grenada', 'Guadeloupe',\n",
+ " 'Guam', 'Guatemala', 'Guinea', 'Guinea-Bissau', 'Guyana', 'Haiti',\n",
+ " 'Honduras', 'Hong Kong', 'Hungary', 'Iceland', 'India',\n",
+ " 'Indonesia', 'Iran', 'Iraq', 'Ireland', 'Israel', 'Italy',\n",
+ " 'Jamaica', 'Japan', 'Jordan', 'Kazakhstan', 'Kenya', 'Kiribati',\n",
+ " 'North Korea', 'Kosovo', 'Kuwait', 'Kyrgyzstan', 'Laos',\n",
+ " 'Latin America and Caribbean', 'Latvia', 'Lebanon', 'Lesotho',\n",
+ " 'Liberia', 'Libya', 'Lithuania', 'Luxembourg', 'Macao',\n",
+ " 'Madagascar', 'Malawi', 'Malaysia', 'Maldives', 'Mali', 'Malta',\n",
+ " 'Martinique', 'Mauritania', 'Mauritius', 'Mexico', 'Middle East',\n",
+ " 'Moldova', 'Mongolia', 'Montenegro', 'Montserrat', 'Morocco',\n",
+ " 'Mozambique', 'Myanmar', 'Namibia', 'Nauru', 'Nepal',\n",
+ " 'Netherlands', 'New Caledonia', 'New Zealand', 'Nicaragua',\n",
+ " 'Niger', 'Nigeria', 'Niue', 'North America', 'North Macedonia',\n",
+ " 'Norway', 'Oceania', 'OECD', 'Oman', 'Pakistan', 'Palestine',\n",
+ " 'Panama', 'Papua New Guinea', 'Paraguay', 'Peru', 'Philippines',\n",
+ " 'Poland', 'Portugal', 'Puerto Rico', 'Qatar', 'Reunion', 'Romania',\n",
+ " 'Russia', 'Rwanda', 'Saint Helena, Ascension and Tristan da Cunha',\n",
+ " 'Saint Kitts and Nevis', 'Saint Lucia',\n",
+ " 'Saint Pierre and Miquelon', 'Saint Vincent and the Grenadines',\n",
+ " 'Samoa', 'Sao Tome and Principe', 'Saudi Arabia', 'Senegal',\n",
+ " 'Serbia', 'Seychelles', 'Sierra Leone', 'Singapore', 'Slovakia',\n",
+ " 'Slovenia', 'Solomon Islands', 'Somalia', 'South Africa',\n",
+ " 'South Korea', 'South Sudan', 'Spain', 'Sri Lanka', 'Sudan',\n",
+ " 'Suriname', 'Sweden', 'Switzerland', 'Syria', 'Taiwan',\n",
+ " 'Tajikistan', 'Tanzania', 'Thailand', 'Timor-Leste', 'Togo',\n",
+ " 'Tonga', 'Trinidad and Tobago', 'Tunisia', 'Turkey',\n",
+ " 'Turkmenistan', 'Turks and Caicos Islands', 'Uganda', 'Ukraine',\n",
+ " 'UAE', 'United Kingdom', 'USA', 'Uruguay', 'Uzbekistan', 'Vanuatu',\n",
+ " 'Venezuela', 'Viet Nam', 'Virgin Islands (British)',\n",
+ " 'Virgin Islands (U.S.)', 'Western Sahara', 'World', 'Yemen',\n",
+ " 'Zambia', 'Zimbabwe'], dtype=object)"
+ ]
+ },
+ "execution_count": 15,
+ "metadata": {},
+ "output_type": "execute_result"
+ }
+ ],
+ "source": [
+ "#emberdata_vars_perc.loc[emberdata_vars_perc['Area']==\"Bahamas (the)\"]\n",
+ "emberdata_vars_perc_rename['Area'].unique()"
]
},
{
"cell_type": "code",
- "execution_count": 10,
+ "execution_count": 28,
"id": "875013f7-2b5e-4893-b963-56ef03985087",
"metadata": {
"scrolled": true
@@ -1359,15 +1606,17 @@
"[24 rows x 1799 columns]"
]
},
- "execution_count": 10,
+ "execution_count": 28,
"metadata": {},
"output_type": "execute_result"
}
],
"source": [
+ "#for unique values of renamed area, do a pivot table with year on index, variable on column, and value in thingy\n",
"gridmix_bycountry_2000topresent = pd.DataFrame()\n",
+ "Areas = emberdata_vars_perc_rename['Area'].unique() #an array\n",
"for a in range(0,len(Areas)):\n",
- " tempdf = emberdata_vars_perc.loc[emberdata_vars_perc['Area'] == Areas[a]] #select each area individually\n",
+ " tempdf = emberdata_vars_perc_rename.loc[emberdata_vars_perc_rename['Area'] == Areas[a]] #select each area individually\n",
" tempdf2 = tempdf.pivot(columns='Variable', values='Value', index='Year') #pivot table of this area\n",
" tempdf_rename = tempdf2.add_prefix(str(Areas[a]+'_'))\n",
" gridmix_bycountry_2000topresent = pd.concat([gridmix_bycountry_2000topresent,tempdf_rename], axis=1)\n",
@@ -1377,7 +1626,7 @@
},
{
"cell_type": "code",
- "execution_count": 30,
+ "execution_count": 29,
"id": "4ea3c5de-266c-4c80-9e44-ce070adaf9b5",
"metadata": {
"scrolled": true
@@ -3129,7 +3378,7 @@
"[56 rows x 1799 columns]"
]
},
- "execution_count": 30,
+ "execution_count": 29,
"metadata": {},
"output_type": "execute_result"
}
@@ -3144,23 +3393,23 @@
},
{
"cell_type": "code",
- "execution_count": 35,
+ "execution_count": 32,
"id": "f1e57244-f863-42d4-b5c0-ab6a8a1da480",
"metadata": {},
"outputs": [
{
"data": {
"text/plain": [
- ""
+ ""
]
},
- "execution_count": 35,
+ "execution_count": 32,
"metadata": {},
"output_type": "execute_result"
},
{
"data": {
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",
+ "image/png": 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",
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