FRAUNHOFER INSTITUTE FOR SOLAR ENERGY SYSTEMS ISE
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1 FRAUNHOFER INSTITUTE FOR SOLAR ENERGY SYSTEMS ISE Electricity production from solar and wind in Germany in 2011 Prof. Dr. Bruno Burger aunhofer Institute for Solar Energy Systems ISE eiburg, Germany August 30, aunhofer ISE
2 Agenda Facts solar and wind energy Annual energies nthly energies ekly energies Daily energies Annual power curves nthly power curves Diurnal power courses Exemplary weekly power curves Exemplary daily power curves aunhofer ISE
3 Fakten zur Stromerzeugung aus Solar und Wind 2011 e gross electricity generation in 2011 was 612 TWh, the gross electricity consumption was 605 TWh. Due to the strong growth of the renewables, an export surplus of 3.8 TWh was achieved. Wind turbines produced 48.9 TWh in 2011 (37.8 TWh in 2010). eir production increased by 29% compared to Wind energy produced 8.1% of the gross electricity generation. Photovoltaic (PV) plants produced 19.3 TWh in 2011 (11.7 TWh in 2010). e production increased by 65% compared to Solar energy produced 3.2% of the gross electricity generation. Hydro power produced 18.1 TWh in 2011 and ranges now behind PV for the first time. e share of the gross electricity generation was 3.0%. Data source: BMWi Energiedaten, Date: aunhofer ISE
4 Agenda Facts solar and wind energy Annual energies nthly energies ekly energies Daily energies Annual power curves nthly power curves Diurnal power courses Exemplary weekly power curves Exemplary daily power curves aunhofer ISE
5 Annual production solar and wind Annual production solar und wind TWh TWh +29% TWh TWh +65% TWh 2010 solar energy wind energy Solar power plants produced 65% more electricity in 2011 compared to ey reached a share of 3.2% of the gross electricity production. Wind turbines increased their production by 29% compared to ey reached a share of 8.1% of the gross electricity production. Graph: B. Burger, aunhofer ISE; Data source: BMWi Energiedaten, Revision: aunhofer ISE
6 Installed solar and wind power Installed solar and wind power GW GW +43% GW GW GW +7% solar energy Wind energy e installed solar power increased by 7.5 GW from 17.5 GW in 2010 to 25.0 GW in e installed wind power increased by 1.9 GW from 27.2 GW to 29.1 GW. Graph: B. Burger, aunhofer ISE; Data source: BMU: Renewable energies 2011, Revision: 02/2012 aunhofer ISE
7 Agenda Facts solar and wind energy Annual energies nthly energies ekly energies Daily energies Annual power curves nthly power curves Diurnal power courses Exemplary weekly power curves Exemplary daily power curves aunhofer ISE
8 nthly Production Solar nthly Solar Energy Share of the Load Share year % 8% 6% 4% 2% January February March April May June July August Sept. October Nov. Dec. e maximal monthly solar production was 2.6 TWh in May 2011 e minimal monthly solar production was 0.31 TWh in December 2011 Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
9 nthly Production Wind nthly Production Wind TWh year 2011 January February March April May June July August Sept. October Nov. Dec. e maximum production of wind turbines was 8 TWh in December 2011 e minimum production was 2.5 TWh in June 2011 Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
10 nthly Production Conventional > 100 MW nthly Production Conventional > 100 MW TWh year January February March April May June July August Sept. October Nov. Dec. e maximal electricity production of conventional sources was 36.8 TWh in January 2011 e minimal production was 26 TWh in June 2011 Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
11 nthly Load Data nthly Load TWh year January February March April May June July August Sept. October Nov. Dec. e maximal monthly load was 44.8 TWh in January 2011 e minimal monthly load was 38.2 TWh in June 2011 Graph: B. Burger, aunhofer ISE; data: ENTSO-E aunhofer ISE
12 nthly Production Solar and Wind nthly Production Solar and Wind TWh year 2011 January February March April May June July August Sept. October Nov. Dec. Die maximal electricity production of solar and wind was 8.3 TWh in December 2011 Die minimal production was 3.7 TWh in November 2011 Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
13 nthly Production Solar, Wind and Conventional nthly Production Solar, Wind and Conventional TWh year January February March April May June July August Sept. October Nov. Dec. Legend: Conventional > 100 MW Wind Solar Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
14 nathly Solar Share of the Load nathly Solar Share of the Load Share year % 8% 6% 4% 2% January February March April May June July August Sept. October Nov. Dec. e maximal monthly solar energy share of the load was 6.4% and was reached in May 2011 e minimal monthly solar energy share of the load was 0.74% and was reached in December 2011 Graph: B. Burger, aunhofer ISE; solar data: EEX Transparency Platform; load data: ENTSO-E aunhofer ISE
15 nthly Wind Share of the Load nthly Wind Share of the Load Share year % 20% 15% 10% 5% January February March April May June July August Sept. October Nov. Dec. e maximal monthly wind energy share of the load was 19% and was reached in December 2011 e minimal monthly wind energy share of the load was 6,5% and was reached in June 2011 Graph: B. Burger, aunhofer ISE; wind data: EEX Transparency Platform; load data: ENTSO-E aunhofer ISE
16 nthly Share of Solar and Wind of the Load nthly Share of Solar and Wind of the Load Share year % 20% 15% 10% 5% January February March April May June July August Sept. October Nov. Dec. e maximal sum of solar and wind energy share of the load was 19.8% in December 2011 e minimal sum of solar and wind energy share was 8,7% in November 2011 Graph: B. Burger, aunhofer ISE; solar and wind data: EEX Transparency Platform; load data: ENTSO-E aunhofer ISE
17 Agenda Facts solar and wind energy Annual energies nthly energies ekly energies Daily energies Annual power curves nthly power curves Diurnal power courses Exemplary weekly power curves Exemplary daily power curves aunhofer ISE
18 ekly Production Solar ekly Production Solar TWh year e maximal weekly solar electricity production was 0.65 TWh in calendar week 16 from 18 th to 24 th of April 2011 e minimal weekly production was 0.05 TWh in Calendar week 51 from 19 th to 25 th of December 2011 Graph: B. Burger, aunhofer ISE; solar data: EEX Transparency Platform aunhofer ISE
19 ekly Production Wind ekly Production Wind TWh year e maximal weekly wind electricity production was 2.2 TWh in calendar week 50 from 12 th to 18 th December 2011 e minimal weekly production was 0.14 TWh in calendar week 39 from 26 th of September to 2 nd of October 2011 Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
20 ekly Production Conventional > 100 MW ekly Production Conventional > 100 MW TWh year e maximal weekly electricity production from conventional sources was 9.1 TWh in calendar week 4 from 24 th to 30 th of January 2011 e minimal weekly production was 5.6 TWh in calendar week 22 from 30 th of May to 05 th of June 2011 Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
21 ekly Load ekly Load TWh year e maximal weekly load was 10.8 TWh in calendar week 5 from 31 st of January to 06 th of February 2011 e minimal weekly load was 8.1 TWh in calendar week 52 from 26 th of December 2011 to 01 st of January 2012 Grafik: B. Burger, aunhofer ISE; Daten: ENTSO-E aunhofer ISE
22 ekly Production Solar and Wind ekly Production Solar and Wind TWh year e maximal weekly sum of solar and wind production was 2.2 TWh in calendar week 50 from 12 th to 18 th of December 2011 e minimal weekly sum of solar and wind production was 0.37 TWh in calendar week 46 from 14 th to 20 th of November 2011 Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
23 ekly Production Solar, Wind und Conventional ekly Production Solar, Wind and Conventional > 100 MW TWh year Legend: Conventional > 100 MW Wind Solar Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
24 ekly Solar Energy Share of the Load ekly Solar Energy Share of the Load Share year % 8% 6% 4% 2% e maximal weekly solar energy share of the load was 7.5% in calendar week 16 from 18 th to 24 th of April 2011 e minimal weekly solar energy share of the load was 0.5% in calendar week 51 from 19 th to 25 th of December 2011 Graph: B. Burger, aunhofer ISE; solar data: EEX Transparency Platform aunhofer ISE
25 ekly Wind Energy Share of the Load ekly Wind Energy Share of the Load Share year % 20% 15% 10% 5% e maximal weekly wind energy share of the load was 21.5% in calendar week 50 from 12 th to 18 th of December 2011 e minimal weekly wind energy share of the load was 1.6% in calendar week 39 from 26 th of September to 2 nd of October 2011 Graph: B. Burger, aunhofer ISE; solar data: EEX Transparency Platform; load data: ENTSO-E aunhofer ISE
26 ekly Solar and Wind Energy Share of the Load ekly Solar and Wind Energy Share of the Load Share year % 20% 15% 10% 5% e maximal sum of solar and wind energy share of the load was 22% in calendar week 50 from 12 th to 18 th of December 2011 e minimal sum of solar and wind energy share of the load was 3.7% in calendar week 46 from 14 th to 20 th of November 2011 Graph: B. Burger, aunhofer ISE; solar and wind data: EEX Transparency Platform; load data: ENTSO-E aunhofer ISE
27 Agenda Facts solar and wind energy Annual energies nthly energies ekly energies Daily energies Annual power curves nthly power curves Diurnal power courses Exemplary weekly power curves Exemplary daily power curves aunhofer ISE
28 Electricity Production in Germany : January 2011 Actual production MW displayed month: January ,000 50,000 40,000 30,000 20,000 10, So So So So So Legend: Conventional > 100 MW Wind Solar Solar: max. 6.7 GW; 0.37 TWh Wind: max GW; 3.6 TWh Conventional: max GW; 36.8 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
29 Electricity Production in Germany : February 2011 Actual production MW displayed month: February ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max. 9.9 GW; 0.7 TWh Wind: max GW; 4.6 TWh Conventional: max GW; 33.1 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
30 Electricity Production in Germany : March 2011 Actual production MW displayed month: March ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max. 12 GW; 1.7 TWh Wind: max GW; 3.1 TWh Conventional: max GW; 34.4 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
31 Electricity Production in Germany: April 2011 Actual production MW displayed month: April ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max GW; 2.2 TWh Wind: max GW; 3.5 TWh Conventional: max GW; 27.8 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
32 Electricity Production in Germany: May 2011 Actual production MW displayed month: May ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max GW; 2.6 TWh Wind: max GW; 3.0 TWh Conventional: max GW; 27 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
33 Electricity Production in Germany: June 2011 Actual production MW displayed month: June ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max. 13 GW; 2.2 TWh Wind: max GW; 2.5 TWh Conventional: max. 49 GW; 26 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
34 Electricity Production in Germany: July 2011 Actual production MW displayed month: July ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max GW; 2.1 TWh Wind: max GW; 3.6 TWh Conventional: max GW; 27.2 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
35 Electricity Production in Germany: August 2011 Actual production MW displayed month: August ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max GW; 2.2 TWh Wind: max GW; 2.8 TWh Conventional: max GW; 28.3 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
36 Electricity Production in Germany: September 2011 Actual production MW displayed month: September ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max GW; 1.9 TWh Wind: max GW; 2.9 TWh Conventional: max GW; 28.9 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
37 Electricity Production in Germany: October 2011 Actual production MW displayed month: October ,000 50,000 40,000 30,000 20,000 10, So So So So So Legend: Conventional > 100 MW Wind Solar Solar: max GW; 1.5 TWh Wind: max GW; 4 TWh Conventional: max GW; 30.7 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
38 Electricity Production in Germany: November 2011 Actual production MW displayed month: November ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max. 8.1 GW; 0.8 TWh Wind: max GW; 2.9 TWh Conventional: max GW; 34.4 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
39 Electricity Production in Germany: December 2011 Actual production MW displayed month: December ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max GW; 0.31 TWh Wind: max GW; 7.98 TWh Conventional: max GW; 30.6 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
40 Agenda Facts solar and wind energy Annual energies nthly energies ekly energies Daily energies Annual power curves nthly power curves Diurnal power courses Exemplary weekly power curves Exemplary daily power curves aunhofer ISE
41 Diurnal courses 2011 Diurnal courses MW dislpayed year: ,000 50,000 40,000 30,000 20,000 10,000 January February March April May June July August Sept. October Nov. Dec. Legend: Conventional > 100 MW Wind Solar Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
42 Agenda Facts solar and wind energy Annual energies nthly energies ekly energies Daily energies Annual power curves nthly power curves Diurnal power courses Exemplary weekly power curves Exemplary daily power curves aunhofer ISE
43 Electricity Production in Germany : Calendar ek 8 Actual production MW displayed week: CW 8; ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max. 9.9 GW; 0.29 TWh Wind: max. 8.3 GW; 0.65 TWh Conventional: max GW; 8.7 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
44 Electricity Production in Germany : Calendar ek 9 Actual production MW displayed week: CW 9; ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max GW; 0.38 TWh Wind: max. 8.2 GW; 0.5 TWh Conventional: max GW; 8.6 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
45 Electricity Production in Germany : Calendar ek 10 Actual production MW displayed week: CW 10; ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max GW; 0.35 TWh Wind: max GW; 1.2 TWh Conventional: max GW; 7.9 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
46 Electricity Production in Germany : Calendar ek 11 Actual production MW displayed week: CW 11; ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max GW; 0.25 TWh Wind: max GW; 0.65 TWh Conventional: max GW; 7.7 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
47 Electricity Production in Germany : Calendar ek 12 Actual production MW displayed week: CW 12; ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max GW; 0.48 TWh Wind: max. 6.3 GW; 0.45 TWh Conventional: max GW; 7.2 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
48 Electricity Production in Germany : Calendar ek 16 Actual production MW displayed week: CW 16; ,000 50,000 40,000 30,000 20,000 10, (Good iday) (Easter nday) Legend: Conventional > 100 MW Wind Solar Solar: max GW; 0.65 TWh Wind: max. 7.3 GW; 0.46 TWh Conventional: max GW; 6.4 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
49 Electricity Production in Germany : Calendar ek 18 Actual production MW displayed week: CW 18; ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max. 13 GW; 0.64 TWh Wind: max. 9.8 GW; 0.65 TWh Conventional: max GW; 6.4 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
50 Electricity Production in Germany at Whitsun Actual production MW Whitsun ,000 50,000 40,000 30,000 20,000 10,000 ursday iday turday Whit nday Whit nday esday dnesday Legend: Conventional > 100 MW Wind Solar ere was no risk of a blackout during Whitsun Solar plants stabilize the grid, since they deliver peak load no blackout at Whitsun!!! Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
51 Electricity Production in Germany : Calendar ek 50 Actual production MW displayed week: CW 50; ,000 50,000 40,000 30,000 20,000 10, Legend: Conventional > 100 MW Wind Solar Solar: max. 2.9 GW; 0.05 TWh Wind: max GW; 2.2 TWh Conventional: max GW; 7.3 TWh Graph: B. Burger, aunhofer ISE; data: EEX Transparency Platform aunhofer ISE
52 Agenda Facts solar and wind energy Annual energies nthly energies ekly energies Daily energies Annual power curves nthly power curves Diurnal power courses Exemplary weekly power curves Exemplary daily power curves aunhofer ISE
53 Electricity Production in Germany: nday, Actual production Planned production MW displayed day: 2011/05/08 MW displayed day: 2011/05/08 40,000 40,000 30,000 30,000 20,000 20,000 10,000 10,000 h h Legend: Conventional > 100 MW Wind Solar Solar: max GW; 101 GWh Wind: max. 9.7 GW; 185 GWh Conventional: max GW; 667 GWh Graph: European Electricity Stock Exchange EEX, aunhofer ISE
54 Electricity Production in Germany: nday, Actual production Planned production MW displayed day: 2011/05/09 MW displayed day: 2011/05/09 60,000 60,000 50,000 50,000 40,000 40,000 30,000 30,000 20,000 20,000 10,000 10,000 h h Legend: Conventional > 100 MW Wind Solar Solar: max GW; 106 GWh Wind: max. 8.7 GW; 121 GWh Conventional: max GW; 955 GWh Graph: European Electricity Stock Exchange EEX, aunhofer ISE
55 ank you for your Attention! aunhofer Institute for Solar Energy Systems ISE Prof. Dr. Bruno Burger aunhofer ISE
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