a global renewable energy future: more renewables, less water use

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A Global Renewable Energy Future: More Renewables, Less Water Use Michael Taylor Senior Analyst

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Presentation to the World Water Week 2014 Seminar “Producing Electricity with Less Water: New Perspectives for Renewables in a Water-constrained World” 1 September 2014

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Page 1: A Global Renewable Energy Future: More Renewables, Less Water Use

A Global Renewable Energy Future:

More Renewables, Less Water Use

Michael TaylorSenior Analyst

World Water Week1 September 2014

Page 2: A Global Renewable Energy Future: More Renewables, Less Water Use

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The Voice, Advisory Resource and Knowledge Hub for 170 Governments

The International Renewable Energy Agency

Renewable energy can: Meet our goals for secure, reliable and sustainable

energy Provide electricity access to 1.3 billion people Promote economic development At an affordable cost

Page 3: A Global Renewable Energy Future: More Renewables, Less Water Use

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The Global Context

The urban middle class is growing

Electricity demand will grow rapidly in non OECD

But huge untapped markets will remain

Page 4: A Global Renewable Energy Future: More Renewables, Less Water Use

The Energy Sector is Being Transformed

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A virtuous cycle is unlocking the economic, social and environmental benefits of renewables

Page 5: A Global Renewable Energy Future: More Renewables, Less Water Use

Higher capacity

factors from improved

technology

Wind turbine cost

reductions

Costs are falling….

Wind Power

Page 6: A Global Renewable Energy Future: More Renewables, Less Water Use

Renewables are increasingly competitive!

IRENA’s analysis of 9000 utility-scale projects and 200k small-scale solar PV

Page 7: A Global Renewable Energy Future: More Renewables, Less Water Use
Page 8: A Global Renewable Energy Future: More Renewables, Less Water Use

Doubling the share of renewable energy by 2030

Doubling the share of renewable energy implies a tripling of the share of modern renewables.

Page 9: A Global Renewable Energy Future: More Renewables, Less Water Use

With Renewables + Efficiency we can achieve a 450ppm Path

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Page 10: A Global Renewable Energy Future: More Renewables, Less Water Use

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Scaling-up All Renewable Energy Sources

Total Renewable Energy consumption in REmap 2030: 132 EJ/yr

Page 11: A Global Renewable Energy Future: More Renewables, Less Water Use

REMAP 2030 RE energy shares

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Electricity Production to 2030 in REMAP

Page 13: A Global Renewable Energy Future: More Renewables, Less Water Use

Solar PV deployment inIndia, Morocco, South Africa and Turkey

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Page 14: A Global Renewable Energy Future: More Renewables, Less Water Use

Wind power deployment inIndia, Morocco, South Africa and Turkey

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Page 15: A Global Renewable Energy Future: More Renewables, Less Water Use

Benefits for Health, Environment and the Economy

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Page 16: A Global Renewable Energy Future: More Renewables, Less Water Use

Our Policy Advice

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REMAP 26

REMAP +9

Clean Energy Corridor

Renewable Readiness Assessments

WAPP

CAPP

Page 17: A Global Renewable Energy Future: More Renewables, Less Water Use

[email protected]

irena.org/costs

irena.org/remap

Our Renewable Future Starts Now!