ks energy and sustainable development theresa spitzer, stefan krammer, patrick reiter

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KS Energy and Sustainable Development Theresa Spitzer, Stefan Krammer, Patrick Reiter SOLAR ELECTRICITY FROM THE SAHARA FOR EUROPE

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Page 1: KS Energy and Sustainable Development Theresa Spitzer, Stefan Krammer, Patrick Reiter

KS Energy and Sustainable DevelopmentTheresa Spitzer, Stefan Krammer, Patrick Reiter

SOLAR ELECTRICITY FROM THE SAHARA FOR EUROPE

Page 2: KS Energy and Sustainable Development Theresa Spitzer, Stefan Krammer, Patrick Reiter

SOLAR ENERGY

Most environment friendly source of green energy

Technologies: Photovoltaic Solar Thermal Energy Concentrated Solar Power

Page 3: KS Energy and Sustainable Development Theresa Spitzer, Stefan Krammer, Patrick Reiter

Most promising technology for large-scale solar power generation in Desserts

Lenses or mirrors concentrate a large area of sunlight onto a small area

Concentrated light is converted to heat which drives a heat engine connected to an electrical power generator

CONCENTRATED SOLAR POWER

Page 4: KS Energy and Sustainable Development Theresa Spitzer, Stefan Krammer, Patrick Reiter

CONCENTRATED SOLAR POWER

Page 5: KS Energy and Sustainable Development Theresa Spitzer, Stefan Krammer, Patrick Reiter

2003 TREC, Trans-Mediterranean Renewable Energy Cooperative

Desertec Foundation emerged from the Cooperative

2005 – 2007 Researches CDER(Morocco) NREA(Egypt) NERC(Jordan) University of Sana’a and Aden(Yemen) DRL(Germany)

HISTORY OF DESERTEC

Page 6: KS Energy and Sustainable Development Theresa Spitzer, Stefan Krammer, Patrick Reiter

HISTORY OF DESERTEC

Result of studies: 15% of European final energy consumption

can be delivered with a „supernetwork“ of renewables

Most energy can be produced with CSP in deserts

Founding of Desertec Foundation in 2009

Page 8: KS Energy and Sustainable Development Theresa Spitzer, Stefan Krammer, Patrick Reiter

Cooperation between EUMENA Europe and Middle East and North Africa

Methods: CSP Photovoltaic Windparcs desalination stations

Until 2020 MENA and until 2050 Europe

AIMS AND VISIONS

Page 9: KS Energy and Sustainable Development Theresa Spitzer, Stefan Krammer, Patrick Reiter

400 billion Euros 350 billion for the grids 50 billion for the transport

15-30 eurocents/kilowatt-hour actual production costs

4-5 eurocents/kilowatt-hour if the demand increases

No commercial competitiveness at the moment

COSTS AND FINANCIAL SITUATION

Page 10: KS Energy and Sustainable Development Theresa Spitzer, Stefan Krammer, Patrick Reiter

OBSTACLES

Cooling requirement

Temperature and salt

Page 11: KS Energy and Sustainable Development Theresa Spitzer, Stefan Krammer, Patrick Reiter

GRID SYSTEM

Most promising Technology is HVDC Voltage about 800kV Cost effective and environmental friendly Transportation losses of only 10-15% HVDC like highways and conventional AC

system as country and city roads

Page 12: KS Energy and Sustainable Development Theresa Spitzer, Stefan Krammer, Patrick Reiter

VISION OF THE GRID SYSTEM

Page 13: KS Energy and Sustainable Development Theresa Spitzer, Stefan Krammer, Patrick Reiter

POLITICAL OBSTACLES

Instability in Northern Africa and Middle East

Closed border between Morocco and Algeria

Negotiations only in a broader sense Dependency on Northern Africa

Risk of expropriation of assets Reneging on license agreements Corruption and bureaucratic red tape

Page 14: KS Energy and Sustainable Development Theresa Spitzer, Stefan Krammer, Patrick Reiter

COMPETITION WITH SMALL-SCALE PARADIGM

Europe has potential of renewables within borders Desertec will lead to monopoly Cost-effective? Faster Implementation