Efficiency of systems of production, transport and distribution of electricity and heat

Languages

2022

2015

Fossil fuels private cars are dominant mode of transport in Slovenia

Air pollutants

Alternative drives are dominated by electric vehicles and hybrids


	Loss in transformation[%]	Consumption in transformation and in energy sector[%]	Loss in grids[%]	Final energy consumption[%]
2000	26.32	1.43	1.42	70.82
2001	26.20	1.44	1.23	71.13
2002	27.70	1.44	1.25	69.61
2003	25.35	1.46	1.53	71.66
2004	25.39	1.47	1.48	71.66
2005	25.39	1.40	1.64	71.57
2006	25.13	1.46	1.47	71.94
2007	25.60	1.45	1.48	71.47
2008	25.47	1.42	1.28	71.83
2009	26.21	1.55	1.50	70.74
2010	25.62	1.62	1.65	71.11
2011	27.04	1.57	1.45	69.95
2012	25.67	1.66	1.55	71.12
2013	25.40	1.71	1.53	71.36
2014	26.15	1.69	1.53	70.63
2015	23.73	1.66	1.57	73.04
2016	23.44	1.62	1.55	73.38
2017	24.50	1.58	1.56	72.36
2018	23.39	1.59	1.53	73.49
2019	23.56	1.65	1.50	73.29
2020	26.17	1.86	1.55	70.42
2021	23.27	1.79	1.51	73.43

Figure EN31-2: Structure of primary consumption vs final consumption and energy loses for year 2021

Sources:

Jožef Stefan Institute, 2022; Statistical office RS, 2022


	Transformation losses[%]	Consumption in transformation and energy sector[%]	Distribution losses[%]	Non energy consumption[%]	Industry[%]	Transport[%]	Households[%]	Other sectors[%]
Share in gross inland consumption	23.27	1.79	1.51	0.51	19.75	27.63	17.71	7.84

Figure EN31-3: Efficiency of conventional thermal electricity and heat production for Slovenia

Sources:

Statistical office RS, 2022.


	Fuel consumption in thermal power plants and cogeneration plants[ktoe]	Gross electricity production[ktoe]	Gross electricity and heat production[ktoe]	Efficiency of electricity and heat production[%]
2000	1365.75	432.42	586.14	42.92
2001	1484.96	465.52	618.98	41.68
2002	1559.58	495.10	642.78	41.21
2003	1488.92	486.41	643.10	43.19
2004	1504.30	491.75	653.04	43.41
2005	1507.83	496.30	665.98	44.17
2006	1553.66	513.84	680.84	43.82
2007	1596.15	522.96	684.63	42.89
2008	1604.82	525.11	698.68	43.54
2009	1538.29	511.18	680.85	44.26
2010	1562.80	521.67	704.67	45.09
2011	1586.95	522.18	699.18	44.06
2012	1530.08	512.30	683.73	44.69
2013	1481.72	486.76	659.90	44.54
2014	1170.33	381.77	533.95	45.62
2015	1195.10	436.89	606.41	50.74
2016	1276.64	492.69	670.54	52.52
2017	1288.90	482.41	663.18	51.45
2018	1257.32	464.02	649.02	51.62
2019	1219.05	454.56	630.36	51.71
2020	1213.12	450.45	628.70	51.83
2021	1146.71	405.43	591.12	51.55

Figure EN31-4: Efficiency of conventional thermal electricity and heat production for EU-27 in 2000 and 2020

Sources:

EUROSTAT, 2022.

Figure EN31-5: Production of electricity from combined heat and power in period 2002–2020 and share in gross production

Sources:

Statistical office of RS, 2022.


	Production of electricity[GWh/100]	Production of electricity from combined heat and power[GWh/100]	Share of electricity produced from combined heat and power[%]
2002	146	8.73	5.98
2003	138.21	9.10	6.58
2004	152.72	9.77	6.40
2005	151.17	11.05	7.31
2006	151.15	11.23	7.43
2007	150.43	10.88	7.23
2008	163.98	11.06	6.74
2009	164.03	10.25	6.25
2010	164.40	11.35	6.90
2011	160.59	11.45	7.13
2012	157.36	11.85	7.53
2013	161.03	11.49	7.14
2014	174.37	10.90	6.25
2015	151	11.10	7.35
2016	165	12.11	7.34
2017	163.26	12.56	7.70
2018	163.27	13.01	7.97
2019	161.00	11.71	7.28
2020	171.91	11.81	6.87

Figure EN31-6: Share of combined heat and power (CHP) in electricity production in EU-27 for 2019

Sources:

EUROSTAT, 2022.


	Share of CHP in electricity production in 2019[%]
Latvia	41.15
Denmark	35.93
Finland	32.84
Lithuania	27.39
Netherlands	26.63
Luxembourg	22.12
France	18.34
Poland	18.25
Germany	14.27
Italy	13.77
Belgium	13.66
Estonia	13.64
Hungary	13.41
Austria	13.10
Portugal	12.09
Czech Republic	11.36
France	10.87
Slovakia	10.77
Bulgaria	8.77
Romania	8.56
Malta	8.51
SLOVENIA	7.29
Ireland	6.68
Sweden	5.48
Greece	4.55
Croatia	3.16
Cyprus	0.61