ERoEI_details

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	A	B	C	D	E	F	G	H	I	J	K	L	M	N	O	P	Q	R	S	T	U	W	X	Y
1	Power plant technique	max. net power output [MW]	annual full-load hours	P [TJ/a]	E_fix [TJ]	E_fix/P [a]	Thereof electrical	P_i [TJ/a]	P_i/P	Thereof electrical	T [a]	R_eco	R	T_a [months]	f_0	t_s [y]	R_s	R_f	T_a,s [months]	T_a,f [months]	R_eco,f

2	Wind	1.5	2,000	10.8	12.94	1.20	8%	0.01	0.14%	0%	20	42.4	16	14	1.5	0.027	4.4	3.9	54	61	11.1
3	Photovoltaics, roof, South Germany (0.01 km²)	1	1,000	3.6	21	5.90	64%	0.00	0.00%	0%	25	5.6	4.0	71	2	0.027	2.5	1.6	120	191	2.4
4	Photovoltaics, field, South Germany (0.01 km²)	1	1,000	3.6	22	6.09	67%	0.00	0.00%	0%	25	5.3	3.8	73	2	0.027	2.5	1.5	122	195	2.3
5	Photovoltaics, roof, South Europe (0.01 km²)	1	1,750	6.2	21	3.37	64%	0.00	0.00%	0%	25	9.7	7.0	40	2	0.027	3.3	2.3	90	130	3.8
6	Photovoltaics, field, South Europe (0.01 km²)	1	1,750	6.2	22	3.48	67%	0.00	0.00%	0%	25	9.2	6.7	42	2	0.027	3.3	2.3	91	133	3.7
7	CSP parabolic through, phenyls coolant			525.0	555	1.06	6%	6.41	1.22%	0%	30	58.1	21	13	1.5	0.005	12.5	9.6	25	31	27.2
8	CSP Fresnel type, steam coolant			525.0	873	1.66	8%	2.07	0.39%	0%	30	44.3	17	20	1.5	0.005	10.8	8.2	32	42	22.3
9	Run-of-river hydro	90	3,000	972.0	1,907	1.96	0%	0.75	0.08%	0%	100	147.1	49	24	1.4	0.000	49	35	24	33	105.1
10	Pressurized water nuclear reactor, enrichment by 83% centrifuge, 17% diffusion	1,340	8,000	38,592.0	5,370	0.14	33%	427.33	1.11%	68%	60	100.0	75	2	1	0.000	75	75	2	2	100.0
11	Pressure water nuclear reactor, enrichment by 100% centrifuge (near future)	1,340	8,000	38,592.0	5,370	0.14	33%	274.33	0.71%	50%	60	165.7	106	2	1	0.000	106	106	2	2	165.7
12	CCGT, fueled with natural gas	805	7,500	21,735.0	500	0.02	10%	752.21	3.46%	0%	35	84.7	28	0.29	1	0.000	28	28	0.3	0.3	84.7
13	CCGT, fueled with biogas (agro)	805	7,500	21,735.0	500	0.02	10%	6,217.21	28.57%	60%	35	4.8	3.5	0.39	1	0.000	3.5	3.5	0.4	0.4	4.8
14	Hard coal, underground mining	509	7,500	13,743.0	2,057	0.15	9%	438.00	3.19%	40%	50	49.4	29	2	1	0.000	29	29	2	2	49.4
15	Brown coal, open pit mining	930	7,500	25,110.0	4,838	0.19	11%	725.85	2.89%	48%	50	48.7	31	2	1	0.000	31	31	2	2	48.7
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17	Pump storage hydro, Atdorf	1,400			31,140			10.00			100
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21					Results						German mix (2012)	normalized electricity [a]	normalized input [a]		German mix (2011)	normalized electricity [a]	normalized input [a]		French mix (2011)	normalized electricity [a]	normalized input [a]	Production costs Germany 2010 in cent/KWh	...weighted by 2011 German mix	...weighted by 2011 French mix
22					PV	4.0	1.6	5.6	2.4		4.20%	1.050	0.248		3.20%	0.800	0.189		0.30%	0.075	0.018	14	0.45	0.04
23	Conversion factor, electricity to primary energy, German electricity mix	3.00			biomass	3.5	3.5	4.8	4.8		6.20%	2.170	0.621		5.30%	1.855	0.531		1.00%	0.350	0.100	19	1.01	0.19
24					wind	16	4	42	11		8.10%	1.620	0.099		8.00%	1.600	0.098		2.20%	0.440	0.027	7	0.56	0.15
25					CSP	19	9	51	25														0.00	0.00
26					CCGT	28	28	85	85		12.00%	4.200	0.148		14.00%	4.900	0.173		4.50%	1.575	0.056	3.8	0.53	0.17
27					coal	30	30	49	49		0.00%				0.00%				0.00%			0	0.00	0.00
28					hydro	49	35	147	105		3.50%	3.500	0.071		2.90%	2.900	0.059		9.30%	9.300	0.190	2.5	0.07	0.23
29					nuclear	75	75	100	100		15.80%	9.480	0.127		17.60%	10.560	0.141		78.00%	46.800	0.627	1.5	0.26	1.17
30					hard coal						18.50%	9.250	0.322		18.30%	9.150	0.319		4.50%	2.250	0.078	2.5	0.46	0.11
31					brown coal						25.70%	12.850	0.421		24.50%	12.250	0.401		0.00%	0.000	0.000	2.2	0.54	0.00
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33											R_mean	21.4			R_mean	23.0			R_mean	55.5			4.14	2.08
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