energy in switzerland after fukushima

53
ENERGY IN SWITZERLAND AFTER FUKUSHIMA BPW May 7th Edith Page

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Presentation given to the Business and Professional Women, club Lake Geneva in may 2013

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Page 1: Energy in Switzerland after Fukushima

ENERGY IN SWITZERLAND AFTER FUKUSHIMA BPW May 7th

Edith Page

Page 2: Energy in Switzerland after Fukushima
Page 3: Energy in Switzerland after Fukushima

Menu of the day   What is energy?   Context for changes   Worlwide energy market   The Fukushima tsunami   Switzerland position

  Potential consequences and steps ahead   What can we do?

Page 4: Energy in Switzerland after Fukushima

WHAT IS ENERGY?

Page 5: Energy in Switzerland after Fukushima

Energy is everywhere and needed everywhere

Energies are utilities we need and used to consume daily

without question.

Page 6: Energy in Switzerland after Fukushima

CONTEXT FOR CHANGES

Page 7: Energy in Switzerland after Fukushima

Population growth: 7 to 9 billions

  Unequal access to energy

1/3 of today’s world population have no access to electricity (1.5 billion people)

Page 8: Energy in Switzerland after Fukushima

Growth of energy needs

Source: International energy outlook 2011 from http://www.eia.gov/

Electricity sector to grow most: 30% of energy needs

in 2030

Page 9: Energy in Switzerland after Fukushima

The climate change and Greenhouse gases

Source: NASA

Page 10: Energy in Switzerland after Fukushima

Our ecological footprint   2,6 hag for an average inhabitant

  One earth isn’t enough   We lived on The Earth credit from

August 22nd till Dec 31st, 2012!

Page 11: Energy in Switzerland after Fukushima

Context for changes   Progressive evolution of our society towards new

values and meaningful lives   The green consciousness enlarged since

2005/2006   Emergence of Corporate social responsibility   Rio+20: leadership transfer from politics to

corporations and society

« Johannesburg est un test pour tous les dirigeants qui disent se préoccuper du bien-être de notre planète et de sa population. » Kofi Annan, Comité préparatoire du Sommet mondial pour le développement durable, 17 juillet 2002

Photo extraite de edu-chavanne.net

«L’engagement volontaire n’a pas fonctionné. La crise confirme la nécessité de mettre de l’éthique dans les affaires…» Michel Doucin, ambassadeur RSE à la Commission européenne. Repris de l’interview ©2011 Novethic

©Tous droits réservés par Globethics.net

Page 12: Energy in Switzerland after Fukushima

WORLDWIDE ENERGY MARKET

Page 13: Energy in Switzerland after Fukushima

Worldwide energy trends   World energy consumption to increase by

53% between 2008 and 2035, half of it attributed to China and India.

  Fossil fuels continue to supply 80% of world energy use in 2035

  The oil share to start declining in 2035 (prices, fuel switching)

Page 14: Energy in Switzerland after Fukushima

Worldwide energy trends: oil prices

Page 15: Energy in Switzerland after Fukushima

The good news

Page 16: Energy in Switzerland after Fukushima

Electricity generation: still strongly fossil

Source: International energy outlook 2011 from http://www.eia.gov/

But renewable energies (hydropower and others) grabing a 20 to 25% share

Page 17: Energy in Switzerland after Fukushima

Projections change according to viewpoints!

In Europe, potential to rise renewable energies from 24% in 2020, 45% in 2030 and 96% in 2050! Source: EREC (European Renewable Energy Council)

Tableau extrait du rapport Re-Thinking 2050

Page 18: Energy in Switzerland after Fukushima

PV solar power generation becoming profitable at large scale

Source: IRENA- Renewable Energy innovation Policy- march 2013

Page 19: Energy in Switzerland after Fukushima

FUKUSHIMA TSUNAMI

Page 20: Energy in Switzerland after Fukushima

Since March 11th, 2011  2nd blow to nuclear power after the

Tchernobyl human and environmental catastrophy in 1986

 19’000 deaths or unfound because of tsunami and 160’000 persons evacuated due to radiations

 Japan stopped its 54 nuclear reactors (30% of power generation)

 Japan heavily imported energy, opened coal mines and developed renewables

 But 2 years later…planning to reactivate nuclear power

 Not possible to predict consequences on health

Page 21: Energy in Switzerland after Fukushima

What was the Fukushima effect?

 Switzerland: May 25th, 2011 Decision to phase out progressively its 5 nuclear reactors and to stop 3 new nuclear plants projects.

 France: low effect. To reduce some plants (cf Fessenheim in 2016)

 Germany: Decision to stop 7 aging reactors (out of 17). Decision to get out of nuclear in 2020. Actions taken already 10 years ago, 20% renewables at present.

 Italy: renounced to introduce nuclear

Page 22: Energy in Switzerland after Fukushima

The reality of nuclear power worldwide?  14% of electricity produced  435 nuclear reactors in 31 countries: 104 in the

USA, 58 in France, 9 in Germany, Japan 2 reconnected and 48 waiting to be reconnected

 65 new reactors under construction and 200 projects (100 in China and 40 in India)

 Increase in power capacity generation  Low cost of kWh doesn’t include costs of

demantling aging plants

Page 23: Energy in Switzerland after Fukushima

SWITZERLAND POSITION

Page 24: Energy in Switzerland after Fukushima

The most ambitious challenge  Get out of nuclear while keeping greenhouse gases low  Replace nuclear power coming from France (5% of

Fessenheim closing plant)  Green the energy massively  Renovate and transform the power distribution network to

manage fluctuating energy sources  Manage the energy transition while our society is getting

power intensive!

Page 25: Energy in Switzerland after Fukushima

Energy consumptions

Page 26: Energy in Switzerland after Fukushima

Power consumptions

Page 27: Energy in Switzerland after Fukushima

Evolution of power prices

Page 28: Energy in Switzerland after Fukushima

Existing power mix

Challenge: to replace 40% of nuclear power

Page 29: Energy in Switzerland after Fukushima

Future power mix: hydropower, new renewables and combined gas power as transition

Solar power could realistically supply respectively 20% of electricity by 2025 and 20% of heat to households by 2035! Source: Swiss Solar

Page 30: Energy in Switzerland after Fukushima

POTENTIAL CONSEQUENCES AND STEPS AHEAD

Page 31: Energy in Switzerland after Fukushima

Swiss 2050 energy strategy: 2 pillars at 50% each

Renewable energies Energy efficiency

Page 32: Energy in Switzerland after Fukushima

Symbols for Switzerland

Page 33: Energy in Switzerland after Fukushima

Objectives and measures: PACK 1:  Reduce individual energy consumption by 35% by 2035  Stabilise power consumption after 2020  Increase hydropower  Increase renewable energies  Introduce more severe measures for energy efficiency in

buildings (40% impact), electrical appliances, lighting, mobility and reduce gas emissions

 Encourage local consumptions of self-produced energies  Modernise the power distribution network  Guaranty power supplies via imports and construction of

new combined gas power plants

PACK 2:  Create a new ecological tax combining CO2 and energy

Page 34: Energy in Switzerland after Fukushima

3 scenarios for power (AES)

Page 35: Energy in Switzerland after Fukushima

3 scenarios for power (AES)

Page 36: Energy in Switzerland after Fukushima

3 scenarios for power (AES)

Page 37: Energy in Switzerland after Fukushima

Next steps  September 2013: feed-back on PACK 1 Federal

2050 energy strategy   2014 Opening up of power market to households   2015 Potential referendum on nuclear

Page 38: Energy in Switzerland after Fukushima

Things move

 +67% of PV solar panels in 2012  Development of initiatives for households

and companies by power suppliers and distributors

 Tools to follow power consumptions: cf smart metering

 AEnEC: 1.3 million tons of CO2 and energy savings by companies

 Developments of innovative cleantechs (cf storing energy)

Page 39: Energy in Switzerland after Fukushima

WHAT CAN WE DO?

Page 40: Energy in Switzerland after Fukushima

From any perspectives…

Page 41: Energy in Switzerland after Fukushima

Technologies and behaviours

Technologies

Behaviours

Willpower

Page 42: Energy in Switzerland after Fukushima

Towards ultra-connected lives and homes

http://www.scoop.it/t/l-experience-consommateurs-dans-l-efficience-energetique

Page 43: Energy in Switzerland after Fukushima

Here is where social media step in…

 2 billion people on social networks  Local goes global  Collective impacts

Page 44: Energy in Switzerland after Fukushima

Power consumption of the average swiss family

Source: OFEN

Page 45: Energy in Switzerland after Fukushima

Define a strategy and act

CSR

Economy

Environment Gov

erna

nce

Soc

ial Cleantechs

Page 46: Energy in Switzerland after Fukushima

For companies: moving towards CSR

Page 47: Energy in Switzerland after Fukushima

Define your commitments and your organisation

Page 48: Energy in Switzerland after Fukushima

Example of an estate owner

Page 49: Energy in Switzerland after Fukushima

Potential actions  Vote  Choose renewable energies when possible  Reduce consumptions  Check the energy label of your building/

home and areas of renovation  Reduce use of individual transportation

Page 50: Energy in Switzerland after Fukushima

Not always straight forward

Page 51: Energy in Switzerland after Fukushima

Questioning: a source of evolution

Page 52: Energy in Switzerland after Fukushima

http://about.me/edithpage Blog: http://infuseon.wordpress.com/

Page 53: Energy in Switzerland after Fukushima

Let’s debate!