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Connect communicate collaborate GN3 Green networking workshop – Carbon accounting: direct action Methodology and accounting tool Jørgen Moth, UNI-C SURFnet,

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Presentation on theme: "Connect communicate collaborate GN3 Green networking workshop – Carbon accounting: direct action Methodology and accounting tool Jørgen Moth, UNI-C SURFnet,"— Presentation transcript:

1 connect communicate collaborate GN3 Green networking workshop – Carbon accounting: direct action Methodology and accounting tool Jørgen Moth, UNI-C SURFnet, Utrecht 5-6 March 2012

2 connect communicate collaborate ICT Carbon Footprint 2% ?

3 connect communicate collaborate Introduction and Background: NRENs, their function and services

4 connect communicate collaborate ICT Carbon Footprint : Auditing template The aim of the template is to assist in the early stages of producing a greenhouse gas (GHG) report for a NREN or similar organization. The GHG emissions are divided into four classes, viz. office, data centre, backbone and transportation

5 connect communicate collaborate ICT Carbon footprint: Auditing template A two step method is used to calculate the GHG emissions in each class. The first step measures the energy consumption used by all activities of the class. In the second step the GHG emissions derived from these energy consumptions are calculated using public available emission factors. Unless you provide your own electricity, the electricity GHG emission values from the Joint Research Centre (JRC) of EU should be used in order to build a fair standard of comparison between different NRENs.

6 connect communicate collaborate ICT Carbon footprint: GÉANT and four NRENs (2009 data)

7 connect communicate collaborate ICT Carbon Footprint: Estimating your national ICT impact DK example calculation (2009 figures): Total CO2e emission: 62.295.438 tonnes Population: 5.523.000 Emission per capita: 11,3 tonnes CO2e SMART 2020 ICT 2% assertion: 226 kg ICT CO2e per capita Electricity emission factor: 766 g/kWh ICT electricity power per capita per year: 295 kWh (A standard 100 W PC consumes 876 kWh per year when never turned off)

8 connect communicate collaborate ICT Carbon Footprint: DK estimate CategoryEstimated effect 24 colocation data centres10 MW 8 universities5 MW 5 large datacentres10 MW 50 medium sized datacentres50 MW 100.000 very small enterprises10 MW 2000 medium sized enterprises5 MW 150,000 municipality PCs5 MW 1,5 mio private PCs50 MW Total135 MW Total per capita27 W Total per capita per year236 kWh

9 connect communicate collaborate ICT Carbon Footprint: Make your own estimate? Electricity Life Cycle Assessment data valid until 2010 from EU Joint Research Centre (http://lca.jrc.ec.europa.eu/lcainfohub/datasetArea.vm) Countryg CO2e/kWh PT-Portugal 749 CZ-Czech Republic802 DK-Denmark766 GR-Greece1165 HU-Hungary675 IE-Ireland849 IS-Iceland23 NL-Netherlands721 NO-Norway29 PL-Poland1184 UK-United Kingdom665 Dataset: Greenhouse gas emissions in thousand tonnes CO2e (http://stats.oecd.org/) Portugal 74583 Czech Republic 132925 Denmark 62295 Greece 122543 Hungary 66660 Iceland 4618 Ireland 62395 Netherlands 198872 Norway 51292 Poland 376880 United Kingdom 570066


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