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Renewable Energy in Ireland Greenstar Network, Mantychore

2012

Andrew Mackarel, HEAnet

for

GEANT NA3-T3 Workshop 2012

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Agenda

Quick overview of changing environment

Rational Background to investigating Renewable Energy Technologies

Greenstar

Mantychore

Questions and Answers

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Changes in GHG emissions(source: UNFCCC)

Country GHG emission 2004 (Mtonne of

CO2)

GHG emission change 1990-

2004

Kyoto Treaty obligation 2008-

2012

Austria 79 15.7% -13%Canada 599 26.6% -6%Denmark 70 -1.1% -8%European Comm 4253 -0.6% -8%

Finland 71 14.5% -8%Germany 1226 -17.2% -8%Hungary 123 -31.8% -6%Iceland 3 -5.0% +10%Ireland 56 23.1% -8%Poland 564 -31.2% -6%Sweden 72 -3.5% -8%USA 6103 15.8%

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European and Irish Wind Resource

Average PoP 6KW 11KW Windmill at 15m HeightArea size 20m by 20mCost approx 50k EurosPayback 8-10 Years at full load 14-16 Years for Normal PoPBattery and Inverter facility needed

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Wind Power Installations in Europe 2010

2010 84 Gw Europe, 194Gw World

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Wind Generation targets for 2020

Portugal

Spain

France

Ireland

UK

Belgium

Germany

Denmark

Sweden

Finland

Poland

Hungary

Austria

Italy

Greece

0 5 10 15 20 25 30 35 40

23

21

10

37

20

5

19

30

8

6

15

4

6

5

25

15

14

2

10

3

2

9

24

3

1

2

1

3

3

4

2010

2020

National Wind Generation targets introducesnew challenges for Power Generators and NRENS

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Ireland’s Annual Solar Resource(kWh/m2 per year)

Annual Solar Energy on 1m2surface at 30 degree inclination900 KWh/m2 – 1200 KWh/m2

Average PoP 6KW => approx 50 Solar PanelsArea size 20m by 20mCost approx 50k EurosPayback 20 - 30 YearsBattery and Inverter facility needed

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The GreenStar Network Map

8

Green Star consortium universities , data centresand renewable power generators

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GSN Architecture

9

• Follow the Sun/Follow the Wind– Optimize distribution of VMs according to availability of intermittently available green power

Device level Interface

Firmware Intelligence

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On demand provisioning of network resources.

Recursive delegation of access right over managed resources.

Lightweight Abstracted operational model.

Decoupled from actual vendor-specific details.

Flexible enough to accomodate different designs and orientations

Fixed enough so common tools can be build and reused across plugins.– Security– Lifecycle– Monitoring– Deployment and upgrade.

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   Service integration Test Case

Mantychore/GSN use case“As a GSN administrator, I want to provision a tunnel between my cloud and a remote cloud for VM migration”

Draft API and messagingclass Universe {    Cloud myCloud    Vector<Clouds> remoteClouds}

class Cloud {    String id;    String gatewayIP;    String location;    Vector<String> hostIPs;}

pubic String tunnelUp(String cloudId, String targetHostIP) throws SomeException {

    Cloud cloud = remoteClouds.getCloud(cloudId);    String targetGatewayIP = cloud.getGateway(hostIP);

    String connectionID = mantychoreWrapper.setupConnection(myCloud.getSourceGatewayIP(), targetGatewayIP)     return connectionID.}

public void tunnelDown(String connectionId) throws SomeException {    mantycoreWrapper.teardownConnection(connectionId);}

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   Network integration 2012

Current network status• Connectivity to CANARIE/GSN via private routed networks• Irish sites at EPA and DKIT and New Euro GSN Hub servers• Nordunet , i2CAT

3 Logical Routers in Canada, Ireland and Iceland aligned for Mantychore provisioning

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Questions

and

Answers

Thank You