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Renewable energy hydro 5 TW=5x10 12 W geotherm. – up to 20 TW wind – 50 TW (27 % area of Earth) biomass 20 TW (31% area of Earth) sun 600 TW Natan Lewis, Caltech generation of 20 TW at 10 % eff. requires 8.8 % area of USA Just 0.7% of Europe's total land covered with photovoltaic modules would provide 100% of the continent's electricity needs! 2010: 15 TW 2050: 28 TW Present and expected energy demand 1

hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

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Page 1: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

Renewable energy

� hydro 5 TW=5x1012 W

� geotherm. – up to 20 TW

� wind – 50 TW (27 % area of Earth)

� biomass 20 TW (31% area of Earth)

� sun 600 TW Natan Lewis, Caltech

generation of 20 TW at 10 % eff. requires 8.8 % area of USA

Just 0.7% of Europe's total land covered with photovoltaic modules would provide

100% of the continent's electricity needs!

2010: 15 TW

2050: 28 TW

Present and expected energy demand

1

Page 2: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

energy coming from the sun per year

uranium

total reserves:

oil

Energetical resources:fossil and nuclear fuels compared to the energy from the Sun

uraniumoil

gas

coal

world consumption/year

2

Page 3: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

Electricity from renewable resources

3

Page 4: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

European installed capacity (MW)

4

Page 5: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

Global installed PV capacity (MW)

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Page 6: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

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Page 7: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

„the more the cheaper”

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Page 8: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

Average annual wholesale costs

8

cost projections for constant

growth rates indicated in the legend

Page 9: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

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Page 10: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

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Page 11: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

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Page 12: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

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Page 13: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

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Page 14: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

EPBT

Źródło: Fraunhofer ISE14

Page 15: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

Production costs -CIGS

CIGS module – calculations for increasing indium prices

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CIGS module – calculations for increasing indium prices

Efficiency counts!!!

Page 16: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

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Page 17: hr o 5 TW=5 0 12 W geotherm. – up to 20 TW wind – 50 TW ...igalson/datas/PV11.pdf · bioma 20 TW (31% area of Earth) " n 600 TW Natan Lewi Calte ... ll.cm 2008 2009 30.472 2010

Reality

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