Rethinking the Energy System: The Potential of Distributed Energy- The Case of Germany

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Rethinking the energy system: The potential of distributed energy The Case of Germany Alexander Ochs Camino a la COP 20|Lima 15 September

description

1.the trends | Germany’s energy transition 2.the enablers | Vision, policies, governance 3.the impacts | Busted myths, changed paradigms 4.the lessons | Key take-aways

Transcript of Rethinking the Energy System: The Potential of Distributed Energy- The Case of Germany

Page 1: Rethinking the Energy System: The Potential of Distributed Energy- The Case of Germany

Rethinking the energy system: The potential of distributed energy

The Case of Germany

Alexander Ochs

Camino a la COP 20|Lima 15 September

Page 2: Rethinking the Energy System: The Potential of Distributed Energy- The Case of Germany

Overview

1. the trends | Germany’s energy transition

2. the enablers | Vision, policies, governance

3. the impacts | Busted myths, changed paradigms

4. the lessons | Key take-aways

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1. the trends Germany’s Energy Transition

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Energy efficiency

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© Worldwatch Source: World Bank

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Renewables share in electricity mix

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1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012

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© Worldwatch Source 1990-2011: EIA 2011-2012: EC Pocketbook

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Renewables share in electricity mix

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Peru

© Worldwatch Source 1990-2011: EIA 2011-2012: EC Pocketbook, ClimateScope, EIA

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Generation trends in Germany

© Worldwatch Source: World Bank

Oil

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Annual RE additions, Germany

Source: EnergyMap

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Hardcoal Soft coal Mineral oil Gas Petroleumgas

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© Worldwatch Source: AGEB

Growth of Technology Germany 2000-2013

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Total Solar PV Capacity Global Leaders, 2013

Source: REN21 2011

Source: REN21

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Map credit: NREL

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2. the enablers Vision & Goals Policies & Measures Effective Governance & Administration

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Policies & Instruments: Emissions Trading

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3. the impacts Busted Myths | Changed Paradigms

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Centralized vs. Distributed Power 1990 - 2014

Source: EnergyMap

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Electricity Tariff Trends

In Germany from 2007-2013

Development of the Electricity Tariff

Private Household Industry Incl. Tax

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Germany to other EU Countries Internation Eletricity Tariffs Comparisment of private Households 2013 of an anual Usage of 1000 to 2500kwH

UK

Slowenia

Italy

Malta

Finnland

Sweden

Portugal

Czech Rep.

Austria

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Ireland

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GHG Emissions, Electricity Sector

Source: EEA

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Air & Water quality 1990 - 2014 Emissions of certain atmospheric

pollutants

Amonia gas Nitrous oxide

Dust Dust (PM10) Dust (PM2,5)

NMVOC Sulphur dioxide

Carbon monooxide

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Source: Worldbank

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Export surplus

Export

Import

Import, Export and Export surplus, 1991-2012

Development of External Trade

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Numbers of patent application in renewable Energy sector in Germany 2005-2013

Total of RE

PV Wind energy

Geothermal, Biogas, other sources

Hybrid

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Impacts Yet to Come

• Likely “real” electricity price development

• Job prognoses

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Siemens

Revenue of Siemens AG of 2008/2009 till 2012/2013 in Million Euro

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Founded 1988

Revenue:

• 2011: 122 Mio Euro

• 2012: 200 Mio Euro

• 2013: 234 Mio. Euro

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Privat Sector

Source: BWK Bd. 64

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Case study

Photovoltaikanlage in Berlin-Zehlendorf by 0% by 20% by 40%

own consumption

Lifetime Income of FiT 14.710€ 11.776€ 8.822€

Lifetime Savings through own consumption 0€ 8.973€ 17.920€

Overall Lifetime income (a year) 14.710€ (712€) 20.749€ (1.004€) 26.743€ (1.294€)

Lifetime cost 12.562€

Lifetime Surplus (a year) 2.148€ (104€) 8.186€ (396€) 14.180€ (686€)

Rate of Return 2,26% p.a. 6,77% p.a. 10,29% p.a.

Source: PVSolarstrom

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Forecast of electricity landscape

Source: ET

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4. the lessons Key Take-Aways

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• Energy transition globally a necessity

• Energiewende produced enormous environmental, economic & social benefits

• Paradigm change is underway

• Winners and losers; policy-makers need to set market framework; corporations decide how to play

• Corporations are increasingly seeing opps, but need supporting policies

• Political and private sector decision-making should go hand in hand: stakeholder dialogues

• Integrated assessments/roadmaps: Technical, socio-economic, financial, political analysis necessary

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thank you! www.worldwatch.org [email protected]

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the future New Challenges | New Ideas

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Technology/Market Challenges

• The future grid How does it look like and what are the necessary investments? Who runs the grid/back-up in a distributed system?

• The need for storage What is are the right support systems for technical options?

• More research needed on DSM

• New Business model needed How to create the right market incentives and support sustainable energy business models?

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Ideas

Portfolio of policies which provides ambitious and continuously updated goals and keep being reliable.

These includes financial bonuses or rebates and reformation about legislation.

For example: bill the building instead of the builder

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Impact of insolvent Solarbranche

Source: Ec Pocketbook

Solarthermal Power

Investment (incl Export)

Maintenance and Service

Preparation of Fuel

Total Employment 2013

Total Employment 2012

Wind onshore 100.800 18.200 119.000 104.000

Wind offshore 17.500 1.300 18.800 17.800

Photovoltaik 45.100 10.900 56.000 100.300

Solarthermie 10.100 1.300 11.400 12.200

Solarthermal Power 1.100 1.100 1.400

Hybrid 8.300 4.800 13.100 12.900

Geothermie 14.600 2.700 17.300 16.400

Biogas 17.200 11.800 20.200 49.200 50.400

Biomass 16.100 12.500 23.000 51.600 51.700

Biofuel 6.000 8.600 8.400 25.600 25.400

Sum 230.800 63.500 68.800 363.100 392.500

public funded Research/Administration 8.300 7.300

Sum 371.400 399.800