Offshore Wind the Future of

Transcription

1 November 6, 2015 Taipei Offshore Wind the Future of Energy

2 Climate change impacts on energy Megatrend Impacts of climate change: as the warmest decade on record globally TW experienced the worst drought in over a decade Typhoons frequently hit TW, causing power outages Global warming is urgent and can be mitigated by reducing CO 2 emission with innovative technology Sustainable energy supply is at the top of agenda! Page 2 Nov. 6, 2015 ECCT Special Lunch

3 Increasing the deployment of renewable energy is the global trend It is an unstoppable trend! The focus is to make renewable energy more competitive! Innovations and technologies will materialize the development! Page 3 Nov. 6, 2015 ECCT Special Lunch

4 German energy mix electricity ygeneration in Germany y( (in percentage; data as of end of 2014) hard coal nuclear energy wind natural gas total ,000 GWh 26 renewable energy sources 7 biomass others photovoltaic Source: AGEE-Stat and AGEB Statistisches Bundesamt, Wiesbaden 2015 brown coal Page 4 Nov. 6, 2015 ECCT Special Lunch 3 hydro 1 household waste

5 Wind power still represents a very small portion in Taiwan s energy mix electricity yg generation in Taiwan (In percentage; data as of end of 2013) nuclear energy natural gas total 213, 429 GWh oil renewable energy sources wind 2.6 pumped storage hydro co-generation others 38.4 coal Source: Taiwan Power Company Page 5 Nov. 6, 2015 ECCT Special Lunch

6 OffshorewindinTaiwan Potential installed capacity of 6-10GW Full-load load hours about 10-15% 15% higher than EU projects Taiwan government s policies and initiatives Taiwan offshore wind potential simulation (Source: ITRI) Page 6 Nov. 6, 2015 ECCT Special Lunch

7 The Grant Scheme Announced in July 2012 at more than 300MW in total Formosa Offshore Wind Farm Total installed capacity >100MW FuHai Offshore Wind Farm Total Installed capacity >100MW TPC Changhua Offshore Wind Farm Total Installed capacity >100MW * Source: BoE Page 7 Nov. 6, 2015 ECCT Special Lunch

8 Zonal development Announced in Aug., 2015 with more than 3,600 MW planned in total Taiwan an to invest $2.7 bn by 2020 in offshore wind for the 4GW target As many as 36 locations along the Taiwan Strait * Source: BoE Page 8 Nov. 6, 2015 ECCT Special Lunch

9 Siemens wind power Facts at a glance Siemens Wind Power facts One of the world s leading suppliers of wind power solutions Installed Base: > 14,300 turbines with ~ 25,400 MW capacity Installed in CY 2013: > 1,000 turbines with ~ 3 GW capacity Order backlog of 7.4 GW offshore and onshore Revenue in FY 2014: 55billi 5,5 billion Page 9 Nov. 6, 2015 ECCT Special Lunch

10 Siemens wind power offshore Facts at a glance Pioneered the offshore market and the current market leader More than 23 years of experience Sold more than 3100 WTGs Installed base: > 1,470 turbines with > 4.7GW capacity Robust design with innovative solutions Unsurpassed reliability and performance: A proven 20+ year product lifetime and 95% real availability Page 10 Nov. 6, 2015 ECCT Special Lunch

11 Project capacity From 5 MW to 630 MW in 22 years Vindeby Middelgrunden Nysted Rudong Greater London Array Intertidal Gabbard World s World s 1 st World s largest World s largest World s largest World s largest 1 st offshore wind power plant offshore wind power plant w/mw turbines offshore wind power plant in operation wind power market entered in China offshore wind power plant in operation offshore wind power plant in operation 5 MW 40 MW 166 MW 48,3 MW 504 MW 630 MW Our performance Leading market share and number one in offshore 1) Industrialized offshore wind power with customers and partners (from 5 MW to 630 MW wind power plants) Market entry into the Asia Pacific region 1) Megawatts commissioned, EWEA, June 2013 Page 11 Nov. 6, 2015 ECCT Special Lunch

12 Technology development of Siemens wind power From 30 kw to 7MWin 30 years 7MW 79,8 meter 11 meter 35 meter 154 meter 30 kw 450 kw SWT Page 12 Nov. 6, 2015 ECCT Special Lunch

13 Market leader in offshore with >4.6 GW installed*; Majority accomplished with the G4 turbines Burbo Banks, UK 25 x SWT G4 (2007) Greater Gabbard, UK 140 x SWT G4 (2012) Gunfleet Sands, UK 48 x SWT G4 (2009) Gunfleet Sands 3, UK 2 x SWT D7 (2013) London Array, UK 175 x SWT G4 (2013) Lincs, UK 75 x SWT G4 (2013) Lynn / Inner Dowsing, UK 54 x SWT G4 (2008) Rhyl Flats, UK 25 x SWT G4 (2009) Sheringham Shoal, UK 88 x SWT G4 (2012) Teesside, UK 27 x SWT G2 (2013) Walney, UK 51 x SWT G4 (2011) 51 x SWT G4 (2012) Baltic I, DE 21 x SWT G2 (2010) Borkum Riffgat 30 x SWT G4 (2014) Anholt, DK 111 x SWT G4 (2013) Frederikshavn, DK 1 x SWT G2 (2003) Horns Rev II, DK 91 x SWT G2 (2009) Middelgrunden, DK 20 x SWT G2 (2000) Rødsand/Nysted, DK 72 x SWT G2 (2003) Rødsand II, DK 90 x SWT G2 (2010) Rønland, DK 4 x SWT G2 (2002) Samsø, DK 10 x SWT G2 (2002) Vindeby, DK 11 x 0.45 MW (1991) Lillgrund, SE 48 x SWT G2 (2007) Hywind, NO 1 x SWT G2 (2009) Pori, FIN 1 x SWT G2 (2010) Rudong Intertidal, CHN 30 x SWT G4 (2014) 21 x SWT G2 (2011) *commissioned by mid 2014 Page 13 Nov. 6, 2015 ECCT Special Lunch

14 Many projects under installation and to come Amrumbank West, DE 80 x SWT G4 Baltic II, DE 80 x SWT G4 Borkum Riffgrund 1, DE 78 x SWT G4 Borkum Riffgrund 2, DE 97 x SWT G4 Butendiek, DE 80 x SWT G4 Gwynt Y Mor, UK 160 x SWT G4 Master Agreement 2, UK 300 x SWT D7 Westermost Rough, UK 35 x SWT D7 West of Duddon Sands, UK 108 x SWT G4 Dudgeon, UK 67 x SWT D7 DanTysk, DE 80 xswtg4 Gemini, NL 150 x SWT G4 Gode Wind 1, DE 55 x SWT D7 Gode Wind 2, DE 42 x SWT D7 Meerwind Süd Ost, DE 80 x SWT G4 Sandbank, DE 72 x SWT G4 Page 14 Nov. 6, 2015 ECCT Special Lunch

15 Reference London Array Page 15 Nov. 6, 2015 ECCT Special Lunch

16 The first step to support offshore wind development in Taiwan 3000 MW Formosa Phase 1 Customer: Formosa I Wind Power Co., Ltd. Wind Turbines: 2 x SWT G4 Service: 10-year service and maintenance agreement Page 16 Nov. 6, 2015 ECCT Special Lunch

17 A main pillar of tomorrow s energy supply Going offshore as fast as possible Great potential for job creation Reduction of fossil fuel imports Nearly CO 2 -free power generation High level l of reliability Manageable environmental impact Succeeding in bringing down the cost would be a major milestone towards climate protection. This is worth every effort and can t be delayed! Page 17 Nov. 6, 2015 ECCT Special Lunch

18 Thank you