FRAUNHOFER INSTITUTE FOR SOLAR ENERGY SYSTEMS ISE
|
|
|
- Damian Armstrong
- 7 years ago
- Views:
Transcription
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
FRAUNHOFER INSTITUTE FOR SOLAR ENERGY SYSTEMS ISE
FRAUNHOFER INSTITUTE FOR SOLAR ENERGY SYSTEMS ISE Electricity production from solar and wind in Germany in 2013 Prof. Dr. Bruno Burger aunhofer Institute for Solar Energy Systems ISE eiburg, Germany January
FRAUNHOFER INSTITUTE FOR SOLAR ENERGY SYSTEMS ISE
FRAUNHOFER INSTITUTE FOR SOLAR ENERGY SYSTEMS ISE Electricity production from solar and wind in Germany in 2014 Prof. Dr. Bruno Burger aunhofer Institute for Solar Energy Systems ISE eiburg, Germany December
FRAUNHOFER INSTITUTE FOR SOLAR ENERGY SYSTEMS ISE
FRAUNHOFER INSTITUTE FOR SOLAR ENERGY SYSTEMS ISE Electricity Production and Spot-Prices in Germany 2014 Dipl.-Phys. oec. Johannes Mayer aunhofer Institute for Solar Energy Systems ISE 31.12.2014 www.ise.fraunhofer.de
FRAUNHOFER INSTITUTE FOR SOLAR ENERGY SYSTEMS ISE
FRAUNHOFER INSTITUTE FOR SOLAR ENERGY SYSTEMS ISE European Summer Campus Energy on all scales Dipl.-Phys.oec Johannes Mayer Fraunhofer Institute for Solar Energy Systems ISE 02.09.2013 www.ise.fraunhofer.de
FRAUNHOFER INSTITUTE FOR SOLAR ENERGY SYSTEMS ISE
FRAUNHOFER INSTITUTE FOR SOLAR ENERGY SYSTEMS ISE Power generation from renewable energy in Germany assessment of 2015 Prof. Dr. Bruno Burger Fraunhofer Institute for Solar Energy Systems ISE Freiburg,
PHOTOVOLTAICS IN THE GERMAN POWER SYSTEM
PHOTOVOLTAICS IN THE GERMAN POWER SYSTEM Past, Now and in the Future Dr. Simon P. Philipps Fraunhofer Institute for Solar Energy Systems, ISE / Fraunhofer Energy Alliance Wind & Solar Seminar, Vaasa Energy
Balansekraft fra Norge en god løsning for miljø og klima?
Balansekraft fra Norge en god løsning for miljø og klima? Centre for environmental design of renewable energy - CEDREN Atle Harby, leder av CEDREN The Background Climate Change Towards 2020 Implementation
Renewable Electricity in California in September 2015
Renewables International. www.renewablesinternational.net Renewable Electricity in California in September 2015 Bernard CHABOT Renewable Energy Expert and Trainer E-mail: Bernard_Chabot@yahoo.fr 1 Summary
Curtailment of renewables and its impact on NTC and storage capacities in 2030
Fakultät für Wirtschaftswissenschaften, Lehrstuhl für Energiewirtschaft, Prof. Dr. Möst Curtailment of renewables and its impact on NTC and storage capacities in 2030 www.ee2.biz, David Gunkel, Dominik
Energimöjligheter för Sverige och Världen Västervik 2015-11-12
Energimöjligheter för Sverige och Världen Västervik 2-11-12 Tomas Kåberger Professor of Industrial Energy Policy at Chalmers University of Technology visiting fellow/academy/professor at IAS TU München/IIIEE
GERMANY AS A SOLAR ROLE MODEL FOR THE WORLD?
GERMANY AS A SOLAR ROLE MODEL FOR THE WORLD? Eicke R. Weber, Fraunhofer-Institute for Solar Energy Systems ISE and Albert-Ludwigs University, Freiburg, Germany Paths towards a New Energy Market Design
Elektrolyse - Potenziale zur Integration regenerativer Stromproduktion
Elektrolyse - Potenziale zur Integration regenerativer Stromproduktion Manfred Waidhas, Siemens AG,, 91058 Erlangen Zukunftskonferenz Lausitz, Cottbus, Sept 18, 2015 Unrestricted / Siemens AG 2015. All
Enlarged Wind Power Statistics 2010 including Denmark, Germany, Ireland and Great Britain
1 Enlarged Wind Power Statistics 2010 including Denmark, Germany, Ireland and Great Britain Background This work is based on hourly time series for wind power output in Denmark, Germany, Ireland and Great
STENSEA. Stored Energy in Sea. The Feasibility of an Underwater Pumped Hydro Storage System. Dr. Andreas Garg Christoph Lay Robert Füllmann
STENSEA Stored Energy in Sea The Feasibility of an Underwater Pumped Hydro Storage System Presentation IRES, 12 November 2012 Dr. Andreas Garg Christoph Lay Robert Füllmann 1 Market Status Quo and Forecasts
Analysis of electricity production in EU-28 up to 2014 with a focus on renewables
Renewables International. www.renewablesinternational.net Analysis of electricity production in EU-28 up to 2014 with a focus on renewables Bernard CHABOT BCCONSULT, Garbejaire B107, 06560 VALBONNE, France
The energy transition in the power sector: State of affairs 2015
The energy transition in the power sector: State of affairs 2015 Review of major developments in Germany Patrick Graichen, Mara Marthe Kleiner, Christoph Podewils BERLIN, 7 JANUARY 2016 Key Findings 1
Workshops on the theme of Advancing Partnerships in River and Water Management Hydropower and River Management
Workshops on the theme of Advancing Partnerships in River and Water Management Hydropower and River Management Position of Hydropower in the European Generation Mix Otto Pirker, Vienna; March 2016 VERBUND
Wind Power in Germany in 2014
Renewables International www.renewablesinternational.net Wind Power in Germany in 2014 Bernard CHABOT BCCONSULT, Garbejaire B107, 06560 VALBONNE, France Email: Bernard_Chabot@yahoo.fr Content Scope, main
21. Fachgespräch der EEG-Clearingstelle - Speicherbetrieb unter dem EEG 2014
21. Fachgespräch der EEG-Clearingstelle - Speicherbetrieb unter dem EEG 2014»Energiespeicher: Technologien, systemischer Bedarf, Anwendungen sowie Markt und Hemmnisse«Prof. Dr. Christian Doetsch Fraunhofer
Power market integration. Geir-Arne Mo Team Lead Nordic Spot Trading Bergen Energi AS
Power market integration Geir-Arne Mo Team Lead Nordic Spot Trading Bergen Energi AS 1 Geir-Arne Mo Some background information: Working for Bergen Energi since 2015 Team Lead Nordic Spot Trading I work
The Energy Transition in Germany Past, Present and Future
The Energy Transition in Germany Past, Present and Future smart energy Paraná, Conferência International 2014 9 May 2014 Dr. Carsten Tschamber A Brief History of the Energiewende 1973 - oil crisis, Federal
Prospects and Incentives for Use of Alternative Energy Technologies in the Arab Electric Power Generation Sector
Prospects and Incentives for Use of Alternative Energy Technologies in the Arab Electric Power Generation Sector Samir AlKotob Arab Fund for Economic and Social Development Objectives To overview the Arab
The potential of battery energy storage for grid connected domestic renewable sources of energy
The potential of battery energy storage for grid connected domestic renewable sources of energy Renewable Energy sources A must! Battery storage an interesting option! European targets increase in Oil
Simulation of parabolic trough concentrating solar power plants in North Africa
Simulation of parabolic trough concentrating solar power plants in North Africa And its contribution to a 100% renewable energy supply for Germany in 2050 BY: Daniel Horst Outline Simulation program CSP
Energy Infrastructure Day. Why does a consultant become shareholder of a Power-to-Gas company? Hans Poser, Munich, 6 November 2014
Energy Infrastructure Day Why does a consultant become shareholder of a Power-to-Gas company? Hans Poser, Munich, 6 November 2014 Average wind and PV production will be close to average demand around noon
Berlin, June 14, 2013 2nd Annual Electricity Price & Load Forecasting Forum 13-14 June Tim Buber
Merit Order of Energy Storages by 2030 The Impact of Storage Technologies and Market Regulation on Future Electricity Prices and the Value of Flexibility Berlin, June 14, 2013 2nd Annual Electricity Price
The Energiewende in the Power Sector: State of Affairs 2014
The Energiewende in the Power Sector: State of Affairs 2014 A Review of the Significant Developments and an Outlook for 2015 BERLIN, 07 JANUARY 2015 The most important developments in 2014 at a glance:
Future Energy Storage/Balancing Demand
Jahrestagung 2012 Öko-Institut e.v. Energiewende Gut vernetzt? Berlin, 13 th September 2012 Future Energy Storage/Balancing Demand Dr. Christian Doetsch Fraunhofer UMSICHT Germany 2012-Sep-13 Berlin, Jahrestagung
German energy policy: Its impact nationally and across Europe Presentation at the Sanea Lecture in Rosebank, Johannesburg, 24 February 2015
German energy policy: Its impact nationally and across Europe Presentation at the Sanea Lecture in Rosebank, Johannesburg, 24 February 2015 Dr. Hans-Wilhelm Schiffer Executive Chair, World Energy Resources,
Grid Integration Challenges of Renewable Energy Sources and Prospective Solutions. Andreas Ulbig Power Systems Laboratory ETH Zurich, Switzerland
Grid Integration Challenges of Renewable Energy Sources and Prospective Solutions Andreas Ulbig Power Systems Laboratory ETH Zurich, Switzerland Frontiers in Energy Research, ETH Zurich, 30 October 2013
Energiewende made in Germany - Economic Value and Energy Security -
Tokyo, 26th May 2015 Energiewende made in Germany - Economic Value and Energy Security - Dr. Hermann Falk German Renewable Energy Federation (BEE) Who are we? We are the voice of the renewable energy industry
Energy [R]evolution vs. IEA World Energy Outlook scenario
![Energy [R]evolution vs. IEA World Energy Outlook scenario](/thumbs/35/17229912.jpg "Energy [R]evolution vs. IEA World Energy Outlook scenario")
Energy [R]evolution vs. IEA World Energy Outlook scenario New set of scenarios takes climate crisis into account World Energy Outlook (WEO) 2008 for the first time takes the climate crisis really into
Perspectives of the German PV Market after Recent Changes in the Renewable Energy Act
6 th Germany California Solar Day, September 14 th, 2010 Perspectives of the German PV Market after Recent Changes in the Renewable Energy Act Gerhard Stryi-Hipp Head Energy Policy Fraunhofer Institut
PHOTOVOLTAICS REPORT. Prepared by. Fraunhofer Institute for Solar Energy Systems, ISE with support of PSE AG
PHOTOVOLTAICS REPORT Prepared by Fraunhofer Institute for Solar Energy Systems, ISE with support of PSE AG Freiburg, 4 November 2015 www.ise.fraunhofer.de CONTENT Introduction Executive Summary Topics:
Renewable energy opportunities in the transformation of the energy system
Renewable energy opportunities in the transformation of the energy system Dipl.Ing. Josef Plank, R 20 Vienna 2014 10 09 President of Renewable Energy Austria (EEÖ) Managing Director of RENERGIE GmbH Energy
State of the art of solid biomass technologies in Germany
Energy State of the art of solid biomass technologies in Germany Jens Giersdorf Deutsches Biomasseforschungszentrum gemeinnützige GmbH (DBFZ) November 27, 2012, São Paulo, Brazil www.german-renewable-energy.com
Das Desertec Konzept und die Desertec Industrial Initiative
Das Desertec Konzept und die Desertec Industrial Initiative Christoph Schlichter, RWE Dea AG Hamburg, 27. Oktober 2010 SEITE 1 Desertec 1 2 3 The Desertec concept Objectives and status of dii Role and
Pump Storage Technology
Energy Pump Storage Technology The Situation in Germany Dr. Albert Ruprecht Institute of Fluid Mechanics and Hydraulic Machinery University of Stuttgart, Germany www.german-renewable-energy.com Contents
Explanation of Net Energy Metering and Annual Net Surplus Electricity Settlement Options
Explanation of Net Energy Metering and Annual Net Surplus Electricity Settlement Options Applicability This document is applicable to any City of Palo Alto Utilities ( CPAU ) Customer Generator currently
7 th TYNDP WS. The role of storage in a liberalized market. Georg Dorfleutner RAG Energy Storage GmbH www.rag-energy-storage.
7 th TYNDP WS The role of storage in a liberalized market Georg Dorfleutner RAG Energy Storage GmbH www.rag-energy-storage.at Unbundled SSO since 1.1.2013 Operating a storage-pool in Austria - CEGH TOV:
Statistical Survey 2012
1 Wind Power in Denmark, Germany, Ireland, Great Britain, France and Spain Preface This text supplements Wind Power and Spot Prices: German and Danish Experience 2006-2008 1 and Statistical Surveys 2009
Power to Gas: Electric Congestion
Power to Gas: Electric Congestion Cis Vansteenberge Power to Gas: Electric Congestion - 26/11/2014 1 Introduction Technical congestion Economic congestion Case study Zeebruges Conclusions Content Power
Storage Battery System Using Lithium ion Batteries
Offices and schools Utilities / Renewable energy Storage Battery System Using Lithium ion Batteries Worldwide Expansion of Storage Battery System s Commercial Buildings Residential The Smart Energy System
Hydropower as Flexibility Solution for Energy Storage Hydropower - supporting a power system in transition. Otto Pirker, Vienna; November 2015
VERBUND AG, www.verbund.com Hydropower as Flexibility Solution for Energy Storage Hydropower - supporting a power system in transition Otto Pirker, Vienna; November 2015 VERBUND AG, www.verbund.com Agenda
Merit Order of Energy Storages by 2030 The Impact of Technological Megatrends on Future Electricity Prices. Berlin, November 27, 2012
Merit Order of Energy Storages by 2030 The Impact of Technological Megatrends on Future Electricity Prices Berlin, November 27, 2012 1 Agenda Project Structure The Concept of the Functional Energy Storage
Security of electricity supply
Security of electricity supply Definitions, roles & responsibilities and experiences within the EU Thomas Barth Chairman of Energy Policy & Generation Committee EURELECTRIC Outline Security of Supply a
CA Energy Efficiency Directive
CA Energy Efficiency Directive Energy policy implementation in practice: Germany: support for CHP/DH Jens Acker Federal Ministry for Economic Affairs and Energy Riga, 25 March 2015 Overview 1. Energiewende
Heating technology mix in a future German energy system dominated by renewables
Heating technology mix in a future German energy system dominated by renewables Prof. Dr. Hans-Martin Henning Fraunhofer Institute for Solar Energy Systems ISE 4 th Congress of Polish Organization of Heat
Reasons for the drop of Swedish electricity prices
Reasons for the drop of Swedish electricity prices Project for Svensk Energi Dr. Lion Hirth Neon Neue Energieökonomik GmbH Karl-Marx-Platz 12, 12043 Berlin, Germany hirth@neon-energie.de Summary report
Germany's energy transition: Status quo and Challenges.
Ulrich Benterbusch Germany's energy transition: Status quo and Challenges. 2 nd Session Group of Experts on Renewable Energy, UNECE, Geneva 1 Agenda. Energy transition: Status quo and official goals. German
RENEWABLES INTEGRATION IN TURKISH POWER SYSTEM
RENEWABLES INTEGRATION IN TURKISH POWER SYSTEM Kazim SENOCAK Electrical Engineer Research, Planning & Coordination Department TURKISH ELECTRICITY TRANSMISSION CORPORATION () www.teias.gov.tr MAIN RESPONSIBILITIES
Photovoltaics in Germany Market Development and Perspectives
Photovoltaics in Germany Market Development and Perspectives Matthias Reitzenstein German Solar Industry Association (BSW-Solar) German Solar Industry Association 2 TASK To represent the German solar industry
Technical challenges and R&D in the field of electricity supply systems
Technical challenges and R&D in the field of Scientific officer of Projektträger Jülich at the Federal Ministry for the Environment, Nature Conservation and Nuclear Safety (BMU) Alexander.Folz@bmu.bund.de
Wind Cluster Management for Grid Integration of Large Wind Power
1 Wind Cluster Management for Grid Integration of Large Wind Power B. Lange, M. Wolff, R. Mackensen, K. Rohrig German-Egyptian Symposium Wind Energy and Integration Overview 2 Challenges for the Integration
How to regulate self-consumption of electricity produced from PV panels so that it is beneficial to the energy system
How to regulate self-consumption of electricity produced from PV panels so that it is beneficial to the energy system Prof. Bernd Engel Representative of the Board for grid integration European Commission
Making the energy transition in Germany successful by pumped storage expansion
Making the energy transition in Germany successful by pumped storage expansion Dr. Klaus Krüger, Voith Hydro Holding, November 11th 2014, Brasilia Seminário Técnico sobre Usinas Hidrelétricas Reversíveis
Annual Electricity and Heat Questionnaire
Annual Electricity and Heat Questionnaire IEA Statistics Course Pierre Boileau International Energy Agency OVERVIEW Global trends in electricity production 1973-2009 IEA Annual Electricity and Heat Questionnaire
New Business Models for Utilities. Own consumption regulation and decentralized storage systems as basis for new business models
New Business Models for Utilities Own consumption regulation and decentralized storage systems as basis for new business models Berne, March 2015 Agenda Part I: Challenges for utilities 1. Developing and
Smart solutions for fleets of all types & sizes of power generation. Marcus König, E F IE SGS / September 2013
Smart solutions for fleets of all types & sizes of power generation Marcus König, E F IE SGS / September 2013 Instrumentation, Controls & Electrical The Siemens structure: Four Sectors close to the customer
System Adequacy for Germany and its Neighbouring Countries: Transnational Monitoring and Assessment
System Adequacy for Germany and its Neighbouring Countries: Transnational Monitoring and Assessment Study commissioned by Federal Ministry for Economic Affairs and Energy Scharnhorststraße 34-37, 10115
Green and Secure. Challenges of increasing RES feed-in from a TSO perspective and from a power market point of view. René Müller 07.04.
Green and Secure Challenges of increasing RES feed-in from a TSO perspective and from a power market point of view René Müller TenneT Two TSOs, one company Europe s first cross-border TSO Connections to
PHOTOVOLTAICS REPORT. Prepared by. Fraunhofer Institute for Solar Energy Systems, ISE with support of PSE AG
PHOTOVOLTAICS REPORT Prepared by Fraunhofer Institute for Solar Energy Systems, ISE with support of PSE AG Freiburg, 6 June 2016 www.ise.fraunhofer.de CONTENT Introduction Executive Summary Topics: PV
Can India s Future Needs of Electricity be met by Renewable Energy Sources? S P Sukhatme Professor Emeritus IIT Bombay.
Can India s Future Needs of Electricity be met by Renewable Energy Sources? S P Sukhatme Professor Emeritus IIT Bombay August 2014 Outline of Talk 1. Introduction - The Present Scenario 2. Estimating India
Wind Power and District Heating
1 Wind Power and District Heating New business opportunity for CHP systems: sale of balancing services Executive summary - Both wind power and Combined Heat and Power (CHP) can reduce the consumption of
The Renewable Energy Sector in Cyprus
Energie The Renewable Energy Sector in Cyprus Dr. Isabelle Riesenkampff, German Energy Agency (dena) Cologne, 29 November 2010 Conference Solar Industry in the Republic of Cyprus Outline: The Renewable
Photovoltaic and Solar Thermal in Germany Status quo and Outlook
Photovoltaic and Solar Thermal in Germany Status quo and Outlook Bangalore, 14 November 2011 Dr. Matthias Eichelbrönner This presentation was supported by Mr. Chrometzka, German Solar Industry Association
Welcome to KACO new energy
Titelseite Welcome to KACO new energy KACO new energy 1 V02/2011 Titelseite We turn passion into power KACO new energy 2 V02/2011 Contents 1 Presentation of KACO new energy 2 Our Products 3 Our Academy
Photovoltaik und globale Energieversorgung
11/05/2011 EKZ Elektrizitätswerke des Kantons Zürich 1 Photovoltaik und globale Energieversorgung Arnulf Jäger-Waldau European Commission, DG JRC, Ispra Institute for Energy Renewable Energies Disclaimer
Länderübergreifender Ausgleich für die Integration Erneuerbarer Energien
Länderübergreifender Ausgleich für die Integration Erneuerbarer Energien Jens Tambke, Lueder von Bremen ForWind, Carl von Ossietzky Universität Oldenburg Dialogforum Potenziale zum Lastausgleich, 10.11.11
Energy and Carbon Management
Energy and Carbon Management Andrew Gardner General Manager Energy and Carbon Management Severn Trent Water Andrew.Gardner@severntrent.co.uk 30th March 2010 Agenda Why we are investing in Low Carbon Future
The Norwegian Power System
The Norwegian Power System Presentation for Energy Science week, Tokyo 2015 Prof. Olav B. Fosso Director of the Energy Strategic Research Area NTNU Email: olav.fosso@ntnu.no Web: http://www.ntnu.edu/energy
Power to Gas - an economic approach?
Power to Gas - an economic approach? Manfred Waidhas, Siemens AG,, 91058 Erlangen DPG Conference, Berlin, March 17, 2015. Unrestricted / Siemens AG 2015. All Rights Reserved. Integration of renewable energy...will
The Transition to Tendering Perspective from the Manufacturing Industry
The Transition to Tendering Perspective from the Manufacturing Industry Johannes Schiel, VDMA Power Systems Berlin, 12.11.2015 Lessons from Denmark Agora Event 2: Towards a Renewable Future - Energy Scenarios,
Modelling of wind power fluctuations and forecast errors. Prof. Poul Sørensen Wind Power Integration and Control Wind Energy Systems
Modelling of wind power fluctuations and forecast errors Prof. Poul Sørensen Wind Power Integration and Control Wind Energy Systems Modelling of wind power fluctuations Simulation tool: CorWind Based on
Green Industries, Department of Trade and Industry
Solar and Wind Sector Development Strategy Solar Energy Technology Roadmap 18 June 2012 Green Industries, Department of Trade and Industry Challenges Solar and wind strategy Content Local Content Requirements
RENEWABLE ENERGY INVESTMENTS Rising Star In Fast Developing Market Turkey
THE UNION OF CHAMBERS AND COMMODITY EXCHANGES OF TURKEY RENEWABLE ENERGY INVESTMENTS Rising Star In Fast Developing Market Turkey 17.April 2012 Gökmen Topuz Energy Council Vice Chairman INDEX Turkish Energy
Self-Consumption of Solar Power Experiences from Germany
Self-Consumption of Solar Power Experiences from Germany Munich, 17. June 2013 Jan Knaack Senior Project Manager German Solar Industry Association (BSW-Solar) The German Solar Industry Association 2 TASK
Energy Consumption Increases Slightly in 2015. Renewables Continue to Grow / Advantages Due to Weather, Economic Trend, and Immigration
Nro 06 2015 Energy Consumption Increases Slightly in 2015 Renewables Continue to Grow / Advantages Due to Weather, Economic Trend, and Immigration Berlin/Cologne (December 21, 2015) In 2015, energy consumption
THE FUTURE OF THE SOLAR INDUSTRIE
THE FUTURE OF THE SOLAR INDUSTRIE Eicke R. Weber Fraunhofer Institute for Solar Energy Systems ISE and University of Freiburg, Germany Ecosummit 2015 Berlin, May 20, 2015 Fraunhofer ISE Research for the
Integrating End-User and Grid Focused Batteries and Long-Term Power-to-Gas Storage for Reaching a 100 % Renewable Energy Supply
Integrating End-User and Grid Focused Batteries and Long-Term Power-to-Gas Storage for Reaching a 100 % Renewable Energy Supply M. Hlusiak, Ch. Breyer 7 th International Renewable Energy Storage Conference
Electricity in Europe 2013
Synthetic overview of ENTSO-E electric system consumption, generation and exchanges during European Network of Transmission System Operators for Electricity Data Expert Group Electricity in Europe delivers
RENEWABLE ENERGY MIX FOR EGYPT
RENEWABLE ENERGY MIX FOR EGYPT Hani El Nokrashy, Dr.-Ing. NOKRASCHY ENGINEERING GmbH An de Masch 24 D-25488 Holm (Hamburg) Germany e-mail: HN@ nokrashy.net web site: http://www.nokrashy.net Abstract: Due
Gas Storage: The Role of Salt Caverns for Energy Storage Today and in the Future. Berlin, 01.12.2010
Gas Storage: The Role of Salt Caverns for Energy Storage Today and in the Future Berlin, 01.12.2010 Agenda 1) TODAY IVG Caverns GmbH Salt caverns Traditional gas storage business Demand of flexibility
Effects of PV Electricity Generation on Wholesale Power Prices Summary 2012 and January 2013
Effects of PV Electricity Generation on Wholesale Power Prices Summary 2012 and January 2013 3 Embarcadero Center, Suite 2360 San Francisco, CA 94111 USA tel: 415.692.7730 research@renewableanalytics.com
Impact of Renewable generation
Impact of Renewable generation Workshop Greenpeace - Terna "Power30" ROME, October15 th 2014 Index - Innovative Solutions Implemented - Main changes in the last years From liberalization to nowadays Investments
INTEGRATION OF DISTRIBUTED GENERATION AT THE REGIONAL ENERGY MARKET ETELLIGENCE
INTEGRATION OF DISTRIBUTED GENERATION AT THE REGIONAL ENERGY MARKET ETELLIGENCE Die Integration verteilter Erzeuger am regionalen Energiemarktplatz etelligence Dr. Christof Wittwer Fraunhofer Institute
Germany. Key issues. 1. General overview
Germany Key issues High volumes of renewables have changed the way the electricity market in Germany operates. In 2012 direct marketing increased, in particular in onshore wind, due to a change of the
The Electricity Grid. The why, the where and the future. 26 March 2015. Dr Robert Barr AM. Sothern Highlands & Tablelands Group Engineers Australia
The Electricity Grid The why, the where and the future 26 March 2015 Sothern Highlands & Tablelands Group Engineers Australia Dr Robert Barr AM 2015 1 02. Distribution Network Components 2 02. Distribution
Capacity planning for fossil fuel and renewable energy resources power plants
Capacity planning for fossil fuel and renewable energy resources power plants S. F. Ghaderi *,Reza Tanha ** Ahmad Karimi *** *,** Research Institute of Energy Management and Planning and Department of
Economic Potential of the Power-to-Heat Technology in the 50Hertz Control Area
Economic Potential of the Power-to-Heat Technology in the 50Hertz Control Area Mario Götz #1, Diana Böttger #2, Hendrik Kondziella #3, Thomas Bruckner #4 Abstract Electricity generation through renewable
Guidelines for Monthly Statistics Data Collection
Guidelines for Monthly Statistics Data Collection Final version Data Expert Group 31 May 2015 1. Table of contents 1. Table of contents... 2 2. Remarks... 3 3. Introduction... 3 4. Geographical perimeter
Cooperative Solar Power in Germany and Mauritius Port Louis, 15. Nov 2013 Dipl.-Ing., Dipl.-Volksw. Dieter Seifried,
Dipl.-Ing., Dipl.-. Dieter Seifried, Dipl.-Ing., Dipl.-Volksw. Dieter Seifried, Dipl.-Ing., Büro Dipl.-Volksw. Ö-quadrat Dieter Seifried, Cooperative Solar Power in Germany and Mauritius Port Louis, 15.
Future Energy Systems
Future Energy Systems Integration of Renewable Energies Prof. Dr. Jürgen Schmid* Member of WBGU - German Advisory Council on Global Change Fraunhofer Institute for Wind Energy and Energy System Technology
Who is Belmont Goes Solar?
Who is Belmont Goes Solar? 200 Group of environmentally conscious citizens that support solar in Belmont: Supported by the Board of Selectmen Belmont Energy Committee Mothers Out Front Sustainable Belmont
Global Cooperation on Climate Technology TNA: Improvement of collaborative research and development of environmentally sound technologies (ESTs)
Global Cooperation on Climate Technology TNA: Improvement of collaborative research and development of environmentally sound technologies (ESTs) Eicke R. Weber, Fraunhofer-Institute for Solar Energy Systems
High Penetration of Distributed Solar PV Generation
High Penetration of Distributed Solar PV Generation Lessons Learned from Hawaii September 30, 2014 Discussion Overview Solar PV penetrations trends in Hawaii Lessons learned from Hawaii s high penetration
Grid Tracker: Connect using the web link and new phone / passcode information:
Grid Tracker: Connect using the web link and new phone / passcode information: Web link: http://westgov.adobeconnect.com/gridtracker/ Phone: 1-888-850-4523 Passcode: 169969# Workshop August 28, 2013 Grid
ELECTRICITY FROM RENEWABLE ENERGY IN VICTORIA 2011 June 2012
ELECTRICITY FROM RENEWABLE ENERGY IN VICTORIA 2011 June 2012 Executive Summary This report provides an overview of Victoria s electricity generation from renewable energy sources in 2012. The report presents
The development of storage demand in Germany's energy transi6on. Results of the latest VDE Study
The development of storage demand in Germany's energy transi6on. Results of the latest VDE Study Prof. Dr. Michael Sterner, Prof. Dr. Albert Moser, Prof. Dr. Wolfram- H. Wellßow, Prof. Dr. Dirk- Uwe Sauer,
Brazilian Electricity Market
Brazilian Electricity Market Workshop: Wholesale Electricity Markets Hurdles to Overcome Kellogg School of Management Northwestern University Luiz Eduardo Barata Ferreira Chairman CCEE Electrical Energy