100% R100% Renewable

Australia can – and must – move quickly to energy. We could make the shift to 100% renedecade using wind and solar thermal with s$370 billion cost, less than 4% of GDP, wouldfuel savings of $1.6 trillion by 2040. This bold plan will help end the global stclimate action, make Australia a world leadecarbon economy of the future, create 80,000ongoing jobs (more than the fossil eneworkforce) and build lucrative export industrie

Renewable EAustralia – energy

Australia has the best solar resourceperfectly complemented by a world-clasouthern coast and Tasmania.

24 hour sola

e o zero carbon newables in a storage. The

uld reap fossil

stalemate on er in the low-0 high-quality nergy supply es.

Solar radiation

50 75 100 125 150 175 200 225 250

Watts/m2/day

0.0

Energy in 10y superpower ce of any developed country, lass wind resource along our

ar power

Wind speed

0.0 1.3 2.7 3.5 4.5 5.0 5.5 6.0 6.5 7.0 7.5 8.0 8.5 9.0 >12.0

Metres/second

Source: NASA/SSE Sep 2004

Australia’s carbonA global climate deal will onlyfair and ambitious enough tovulnerable. The emissions pat top right, from Europe’sadvisor Prof Hans Schellnhub• has just a 2/3 chance of

warming below 2°C (so wstronger action than this, liback to 350ppm CO2 show

• within this limit, allocateremaining emissions budgon population.

Note that Schellnhuber’s path• doesn't account for p

(carbon debt), which woudeeper cuts from USA and

• doesn’t include emissions countries funding clean help poorer countries avgrowth.

Why 10

0 Yearson budgetnly succeed if it is to save the most pathway shown

e’s chief climate uber:

of keeping global we actually need like the pathway

own below right) ates the world’s dget fairly based

athway: past emissions uld require even

nd Australia s trading – richer n technology to avoid emissions

00% in 10 years?

*with 67% probability Source: tinyurl.com/schellnhuber-nov2009

You are hereCO2 budget to keep warming under 2°C*

20

18

16

14

12

10

8

6

4

2

02005 2010 2015 2020 2025 2030 2035 2040 2045 2050

USA and AustraliaChina India Bukina Faso (average wage $300 p.a.)

Per capita CO2 budget

Source: tinyurl.com/350pathway

A 350ppm pathway is even steeper

Business as usual

350ppm pathway

Recent emissions

A safe climateis fun for kids!

1990 2000 2010 2020 2030 2040 2050

40

35

30

25

20

15

10

5

0

High Speed Train

Fly by rail – 360 km/h zero emission inter-capital trains

Electrical grids can manage 40% contribution from wind energy (Milborrow 20

Wind Generation

24 hour dispatchable solar thermal electricity – Torresol, Spain

Solar Concentrator Array

Solar thermal power stations focus generate steam, driving a turbine to use tanks of molten salt to store the hewhen needed. In Spain, 50 megainstalled in 2008 are operating 24 hour

Under the Zero Carbon Australia 20electrification of transport and spaceand energy efficiency reduce demand The remainder is met with 60% solarand 40% wind energy, plus biomass ba

2009)

Changing the mi

Wh• Learn more: read abou

beyondzeroemissions.o

• Spread the word: tell yyour community or soci

• Contact your MP: emathem to speak out in su

Wind & so

Solar thermal

Wind farm

s sunlight onto a boiler to make electricity. Some now

heat and generate power later awatt solar power stations urs a day during summer.

020 plan, e heating d by 56%. ar thermal backup.

ix

Source: beyondzeroemissions.org

4,000

3,500

3,000

2,500

2,000

1,500

1,000

500

02008 2020 (ZCA)

End-use energy

hat you can do out the Zero Carbon Australia 2020 plan at .org

your friends and family; ask us for a presentation to cial group.

mail, phone or visit your State or Federal MP. Ask support of 100% renewable energy for Australia.

olar across Australia