Abu Dhabi 15. January 2016 Hans-Josef Fell

Slides:



Advertisements
Similar presentations
European Commission: Environment Directorate General Slide: 1 The Second European Climate Change Programme Working Group III Carbon Capture and Geological.
Advertisements

Carbon Emissions. Increasing atmospheric CO2 concentration Atmospheric increase = Emissions from fossil fuels + Net emissions from changes in land use.
1 Re-greening the Sahara… …using renewable energy for desalination Incoteco (Denmark) ApS.
Regional Emission-free Technology Implementation (RETI): Diversifying the U.S. Electricity Portfolio Marc Santos 2008 ASME WISE Intern University of Massachusetts.
INTERNATIONAL ENERGY AGENCY AGENCE INTERNATIONALE DE L’ENERGIE Carbon Dioxide Mitigation: The Technology Challenge Richard A. Bradley and Cedric Philibert.
INTERNATIONAL ENERGY AGENCY World Energy Outlook 2004: Key Trends and Challenges Marco Baroni Energy Analyst Economic Analysis Division INTERNATIONAL HYDROGEN.
Carbon Storage Mitigating Climate Change? Will this work? Is it too late?
Why should renewable energy not be subsidised?. Sustainable Energy Usage By the end of the lesson you will; 1) Be able to describe the key features of.
The Kyoto Protocol Reaching Global Agreements 1997.
Renewable Energies in Germany at a Glance - Focus on Geothermal Energy János Büchner, energiewaechter GmbH Consultant.
The German Energiewende: A lesson for the world? Rainer Hinrichs-Rahlwes, Board Member BEE - German Renewable Energy Federation The German Energiewende.
“Energy and Sustainable Development” Kiyotaka AKASAKA Consul-General of Japan in Sao Paulo JICA / ABJICA Forum on Energy at Japan Foundation February 20,
EMPIRE- modelling the future European power system under different climate policies Asgeir Tomasgard, Christian Skar, Gerard Doorman, Bjørn H. Bakken,
Round table: COVENANT OF MAYORS (Energy policy of EU) Varna – 10th -12th September 2014.
Welcome to the [r]evolution. imagine energy access. equity.
ENHANCING THE POLICY FRAMEWORK FOR SUSTAINABLE ENERGY INVESTMENT Guidance from the OECD to developing and emerging economies Karim Dahou, Investment Division,
State incentives of developing renewable energy sources VII KAZENERGY EURASIAN FORUM Astana 3. October 2012 Hans-Josef Fell Member of German Parliament.
Sun, wind, hydro, plants, geothermal replace oil, gas, coal and Uranium The Energy crisis and the solution: Solarcentury Hans-Josef Fell Member of German.
© OECD/IEA 2010 Cecilia Tam International Energy Agency Martin Taylor Nuclear Energy Agency The Role of Nuclear Energy in a Sustainable Energy Future Paris,
Global Warming. Amount of CO2 – emissions in Germany.
An Introdution of Energy Situation and Policy of ROK September 2010 Park, Jimin.
SUSTAINABLE ENERGY DEVELOPMENT IN SOUTH EAST EUROPE Belgrade, 18 October 2013 Climate and Energy Policy in the EU & Austria Georg Rebernig, Environment.
We can stop the deadly Impact of global warming. Boon and Bane of Energy The Agenda 21: Instrument to tackle Global Issues Master Source for Driving the.
Climate Change: A Challenge for Europe and Cyprus 27 th - 29 th November 2009 Goethe Center Nicosia Cyprus Climate Conference.
Global energy, trends and figures Global energy demand:  will grow by more than 30% over the period to 2035,  China, India and the Middle East accounting.
Clean Energy in Germany
Germany. Climate change and Germany Germany emitted 3.3% of worldwide CO 2 in 2004 It is the top CO 2 producer in Europe CO 2 emissions decreased by 21%
THE WEBSITE OF THE EUROPEAN UNION Introducing the European Union Slides courtesy of:
Concito and the Danish Energy and Climate policy Susanne Krawack 24 October 2014.
© OECD/IEA 2015 Budapest, 19 October © OECD/IEA 2015 Energy & climate change today A major milestone in efforts to combat climate change is fast.
CLIMATE CHANGE & POPULATION Ian Lowe. GEO4: “Unprecedented environmental change at global and regional levels” Increasing global average temperatures,
Combined Heat and Power in Copenhagen Copenhagen’s CHP system supplies 97% of the city with clean, reliable and affordable heating and 15% of Denmark’s.
International Gas Union Natural Gas – the bridging fuel towards a low carbon society Erik Gonder Advisor, IGU Secretariat Oslo, Norway 7th Russian Petroleum.
8. EUFORES Meeting 7 Nov The Energy crisis and the solution: Solarcentury Hans-Josef Fell Member of German Parliament.
9 June, 2016 Energy policy in Germany – Towards a policy for sustainable and independent energy Eszter Pászti - Márkus Science and Technology Attachée.
Germany: Achieving 100% Renewables By 2050 ISES 18 th March 2014 Selangor Malaysia Hans-Josef Fell President Energy Watch Group Former Member of German.
PANEL MODERATOR TIHOMIR SIMIĆ Chairman International Forum for Clean Energy Technologies.
Renewable energy technologies and industrial success; do economic incentives matter? Johan Albrecht Ghent University Faculty of Economics and Business.
The vision of 100% renewable energy
8 THE GREENHOUSE EFFECT YOU NEED TO KNOW:
Energy planning - advantages of regional and European coordination in combination with local grounding Presentation by the East Sweden Energy Agency.
Climate Stabilization and the Wedge Solution
Preserving and Enhancing the Global Commons
Energy Sources and Sustainability
Russia Middle East China South-East Asia North America Europe
Abu Dhabi 15. January 2016 Hans-Josef Fell
WORLD ENERGY OUTLOOK 2002 Focus on European Union
Australian Energy Scenarios Predicting Uncertainty
Energy and the Environment
A New Role for Gas in a Green Economy
Prof. Dr. Claudia Kemfert Deutsches Institut für Wirtschaftsforschung
Hybrid Power Solutions Market
China’s climate policy initiative: an overview
Wioletta Dunin-Majewska DG ENER B3 Retail Markets European Commission
International collaboration in clean energy research and innovation
CCICED Enterprise Forum
Energy Technology Policy Progress and Way Forward
Environmental Policy & Outlook Conference The Ohio State University
Innovation in the Energy Sector: Technologies after 2030 and Necessary Policies Today Prof. Dr. Georg Erdmann, TU Berlin President, GEE e.V., Former.
The Innovation Challenge Presentation on behalf of the EU
Context of the Roadmap 2050 and WEO-2010 for Europe
Subjects of Study by Teams
2.5 Can we slow climate change?
2.6 How can we reduce the impacts of climate change?
CCICED Enterprise Forum
Prof. Dr. Claudia Kemfert Deutsches Institut für Wirtschaftsforschung
BP China Management 120.
Energy transition in Uruguay
GLOBAL EFFECTS.
Section C – Resource Management
Presentation transcript:

Toward renewable energy deployment: parliamentary action after COP21 IRENA Legislator Forum  Abu Dhabi 15. January 2016 Hans-Josef Fell President Energy Watch Group Member German Parliament 1998-2013 Author of German Feed in Tariff Law

With political support, renewable energy grows very fast 32,5 2015 Share of renewables in the gross electricity consumption in Germany Quelle: BMU, BEE, bdew

Parliamentarians are decisive: In the year 2000, the German Feed in Tariff Law (EEG) was proposed, formulated and decided by the German Parliament (Bundestag) only. Not by the government.

Society and Parliamentarians organized energy transition in Germany In Germany, demonstrations against nuclear & coal contributed to a renewable-friendly environment Therefore: Bottom-up instead of drop-down: Energy transition is based widely on the people, not major companies Society needs to be included in the decision making process in an early stage in order to increase private investments from the bottom For example: Tenders is not an effective approach because bigger companies can participate only Information: Medias, exhibitions, conferences, speeches: all organsied by local NGOs in cooperation with Members of Parliament Financing: Cooperatives, companies

Global Cooling COP 21: Stop Climate warming at 2° C But at todays warming at 1° C is already unacceptable: aridity and forest fires, floods and storms, sea level rising The better choice is: Global Cooling

Global cooling can be achieved by two parallel strategies: Stop greenhouse gas emission (not only a reduction of emissions) switch to 100% renewables completely stop the use of fossil and nuclear energies in energy, chemistry, transport, agriculture 2. Take out carbon from atmosphere convert plants to humus soil (biocoal) reforesting big areas, greening the deserts Organic agriculture The Target must be 350 ppm CO₂ This leads to global cooling, instead of global warming

Parliamentarian actions after COP 21 Promoting acts for Renewable Energy and carbon sinks: Climate protection into national constitution Laws for feed-in-tariffs (GET FIT for developing countries) Laws for promoting organic farming Tax relief for renewables Carbon tax, Canceling subsidies for fossil/nuclear economy Research and education for renewables and organic farming Reducing obstacles for approval Dispose big areas for renewables, reforesting and regreening Not successful: Tendering or certificate systems Emission trading

Countries with a 100% RE target Denmark; Sweden; Costa Rica; Iceland; Cape Verde Cities with 100% RE target Barcelona; Masdar City; Munich; Msheireb Downtown Doha; Vancouver; San Francisco; Copenhagen; Sydney; and many more Regions with 100% RE target Scotland; Upper Austria; Fukushima; Jecu/Korea; Kasese/Uganda We're 15 to 20 years behind in how we think about renewables. Germany

North-East Asia Super Grid 100% Renewable Energy Levelized Cost (Generation, Grid, Storage): 6,4 Eurocent/kWh 2016 Energy Watch Group will create a world study for 100% Renewables Sponsors are wellcome Source: Lappeenranta Universität, Finnland Authors: Dimitrii Bogdanov, Christian Breyer

WEO Photovoltaic: Projections and Reality Reality exceeded all projections of WEO by far. PV, Wind grow much faster than by IEA projected. Nuclear and fossil grow much less than projected Source Energy Watch Group (2015): The projections for the future and quality in the past of the World Energy Outlook for solar PV and other renewable energy technologies. www.energywatchgroup.org

Greening the degraded land: 20% greened degraded land areas with oleiferous plants can substitute for the global mineral oil demand Around 200 Gt CO2 could be taken out of atmosphere in next 30 years With 100% REN this will lead to 350 ppm (Global Cooling) Greened Egypt desert at Luxor with Yatropha brings oil & food Source: Jatrosolutions; Gerhard Herres

Water desalination: up to 1000 m³ per day Electricity additional: up to 50 kW Water cost: about 1 EURO per m³ Source: SolteQ

100% RE and greening degraded land is decisive to overcome poverty and oil wars Refugees, Budapest Sept 2015 Quelle: By Mstyslav Chernov (Own work) [CC BY-SA 4.0 ( http://creativecommons.org/licenses/by-sa/4.0)], via Wikimedia Commons,

Thank You Very Much for Your Attention! www.hans-josef-fell.de