18
Green Hydrogen and Power2Gas Technology in Germany 23.04.2012 Hanover Fair 2012, 24 April 2012 Dipl.-Ing. Raphaёl Goldstein

Green Hydrogen and Power2Gas Technology in Germany City Santiago de Chile Sao Paulo Athens Brussels London Madrid Milan Paris Stockholm Dubai Istanbul Johannesburg Cairo Nairobi Tunis

Embed Size (px)

Citation preview

Green Hydrogen and Power2Gas Technology in Germany

23.04.2012

Hanover Fair 2012, 24 April 2012

Dipl.-Ing. Raphaёl Goldstein

www.gtai.com

Germany Trade & Invest is the foreign trade and inward investment promotion agency of the Federal Republic of Germany.

The agency is promoted by the Federal Ministry of Economics and Technology and the Federal Government Commissioner for the New Federal States in accordance with a German Parliament resolution.

The role of Germany Trade & Invest

23.04.2012 2

For Companies Abroad

(Foreign Investors)

For Companies in Germany

(Exporters/Investors)

Macroeconomic analyses and forecasts

Country and industry analyses (over 125

countries)

International projects and tenders

Foreign economic and tax law

Custom information and tariffs

Practical business tips

Business contacts and addresses

Identification of attractive markets and

companies

Direct contact with potential foreign investors

Information about framework conditions in

Germany (law, taxes, etc.)

Location information and settlement support

Financing and incentives investor consultancy

services

www.gtai.com

Two headquarters in Germany - 46 locations worldwide

The role of Germany Trade & Invest

23.04.2012 3

Chicago New York San Francisco Toronto Washington

Buenos Aires Caracas Mexico City Santiago de Chile Sao Paulo

Athens Brussels London Madrid Milan Paris Stockholm

Dubai Istanbul

Johannesburg Cairo Nairobi Tunis

Belgrade Budapest Bucharest Kiev Moscow Prague Riga Warsaw Zagreb

Bangkok Beijing Hanoi Hong Kong Jakarta Kuala Lumpur Mumbai New Delhi Seoul Shanghai Taipeh Tokyo

Sydney

Tel Aviv

Berlin Bonn

www.gtai.com

Commitment of the German Gas Industrie to H2

4

Use of the Gas Grid as storage

Source: DVGW e.V. 2011

23.04.2012

Hydrogen

Gas and Steam

Power Plants

Cogeneration

Natural Gas

Biogas

- Slurry, energy crops

- Biomass, wood

Syngas

- f.i. from coal

Nuclear Power

Coal

Renewable

Energies (Wind)

Electricity Gas

Usage of electricity and heat

(CO2 capture)

www.gtai.com

Electricity generation potential from renewables until 2050: 100%

Source: ZSW 2010

Future of Renewables in Germany

0

100

200

300

400

500

600

700

800

900

2005 2010 2015 2020 2030 2040 2050

Hydro Wind PV

Geothermal Bioenergy Renewable import

Energy consumption

23.04.2012 5

TWh/a

www.gtai.com 6

The German PV Market

Image: Sharp

Image: BP

Image: ‚Geosol Image: ‚Geosol

Regional distribution of newly installed

capacity Jan-Sep 20101

Far from saturation

Other <4%

Sources: 1) Federal Network Agency 2010; 2) IEA 2004; 3) Agentur für Erneuerbare Energien 2009, Federal Statistical Office 2008; 4) BSW 2011

Bavaria 35% Baden-

Württemberg 14%

Rheinland-Pfalz 5%

Hessen 5%

Thuringia Saxony

Saxony-Anhalt North Rhine- Westphalia

13%

Niedersachsen 11%

Schleswig- Holstein

5% Mecklenburg- Vorpommern Hamburg

Berlin

Brandenburg 4%

Saarland

Bremen

2011: 7.5 GW installed, total installed

capacitiy: 24.8 GW

2012: Solar electricity cheaper than

the electricity from the grid.

The grid can't handle the addition of

7.5 gigawatts a year.

Change in the subsidization policy to

limit expansion to a reasonable level.

Strong increase for PV in 2011

23.04.2012

www.gtai.com

Source: Ecofys. Abschätzung der Bedeutung des Einspeisemanagements nach EEG 2009. Berlin : s.n., 2011., THE EUROPEAN PARLIAMENT. Directive on the

promotion of the use of energy from renewable sources. 23/04/2009, Bundesnetzagantur 2011

Increasing loses of wind energy feed-in

Priority for Wind feed-in

Majority of not fed-in RE from wind

2009 ca.: 99,8 %*

2010 ca.:. 98,8 %*

150GWh** of the Wind energy in

2010 could not be fed into the grid

69% increase toward 2009

Stronger Increase expected as 2010

were wind weak years

The need for integrating wind

Wind Speed in 120 m Altitude

* of wind energy fed into the grid ** 0.4% of the total wind energy production

Feed in Management?

23.04.2012 7

www.gtai.com

State of the art 2040

PV - Own Consumption 0.4% of the overall generated PV power is used

for own-consumption

2025: 20% of PV generated power for own-consumption (35% in 2040).

Balancing Power Required Balancing Power of ~14-17 GW

In 2025 the demand for Balancing Power increases by 50% to 2010 and by 70% in 2040.

Surplus energy Storage demand for a surplus of 150 GWh (2010)

Storage necessity 2025-2030: 3.5-8 TWh 2040-2050: 40 TWh

Potential for Energy Storage in Germany

Sources: DB Research 2012, BCG 2011, DENA Netzstudie II 2011, BAFA , Bundesnetzagentur, BMU Leitstudie 2011

23.04.2012 8

Expected: Investment of € 25 - 30 billion in storage capacity until 2030

www.gtai.com

Green Hydrogen as storage medium

The advantages of H2 as storage

Medium

Full cost comparison of mass storages

23.04.2012 9

As longtime storage it is the cheapest

alternative to pump storage

It addresses 4 markets:

Vehicle fuel

Chemical, Petrochemical, Metallurgy

and food industry

Heat market/Substitute to natural

gas

Electricity

When it is green, it is CO2 neutral and

can be used highly efficiently in fuel

cells

Source: GTAI Research 2009

www.gtai.com

Surplus energy

23.04.2012 10 Source: ifeu

www.gtai.com

Commitment of the German Gas Industrie to H2

11

Use of the Gas Grid as storage

Source: DVGW e.V. 2011

Natural gas storage

Natural gas grid > 60 bar

Electricity grid 380 kV

Electricity grid 220 kV

23.04.2012

www.gtai.com

Green Hydrogen and Power to Gas Projects

23.04.2012 12

www.gtai.com

Green Gas Can be transported in Natural Gas Pipelines

23.04.2012 13

Green Gas Generators connected by a Natural Gas Pipeline in a product

swap system.

Natural Gas Pipeline

Biomethan

Natural Gas

Renewable H2

(from biomass or after ren. H2 methanation)

www.gtai.com

Green Hydrogen and Power to Gas Projects

More than 12 projects using

hydrogen as mass storage for

industry.

Hydrogen used directly or fed into

the gas grid

Storage capacity of gas:

200 TWh storage capacity vs. 0,04

TWh for power grid

Four markets adressed: Heat,

chemical industry, transportation

and electricity.

Key Data

23.04.2012 14

www.gtai.com

PowertoGas

Greenpeace Energy

Source: Greenpeace, 2011

23.04.2012 15

Virtual Power Plant

www.gtai.com

Hybrid Power Plant – Continuous Energy Supply

23.04.2012 16

Enertrag Hybrid Power Plant – Sustainable and clean electricity & heat

Source: http://www.bi-bigben.de/elements/hybridkraftwerk1.jpg

Electricity

Unused

Electricity

(Produced at

Night)

Electricity

Hydrogen

Production via

Electrolysis

Hydrogen

Hydrogen

Hydrogen

Hydrogen

Storage

Filling

Station

Biogas Storage

Biogas (from Corn)

Mixing Valve

Variable Mixture

Grid

2 Cogeneration

Plants

Heat

District

Heating

www.gtai.com

Green Hydrogen and Power to Gas Projects

23.04.2012 17

www.gtai.com

Germany Trade & Invest

Contact and Brochure Download

18

Germany Trade and Invest GmbH Mr. Raphael Goldstein Fuel Cell/Energy Storage Friedrichstraße 60 10117 Berlin Germany T. +49 30 200 099-240 F. +49 30 200 099-111 [email protected]

Germany Trade & Invest

Foreign Trade and Inward Investment Promotion Agency

© 2012 Germany Trade & Invest All information provided by Germany Trade & Invest has been put together with the utmost care. However we assume no liability for the accuracy of the information provided.

Downloads: www.gtai.com/energystorage

23.04.2012