Environmental - Landis+Gyr · This is the Company’s mission that ... available at . Landis+Gyr...

Profile Environmental

| Committed to Sustainability

| Constantly Reduced Impact on Nature and Climate

| 2011: Focus on Greening by Technology and Processes

| Landis+Gyr Global Green Awards

| Carbon Footprint

| 2011 Overall Results

| Breakdown by Source

| Regional Breakdown

| Carbon Footprint in Individual Countries

| Economic Intensity Ratios

| Economic Intensity Ratios per Region

| Contributing to the Concept of Future Smart Communities

| Appendix

| Table 1: Global Energy Consumption of Landis+Gyr Group in 2011

| Table 2: Total Group Emissions, by Scope and Source (t CO2e)

| Table 3: Carbon Footprint for the Four Regions, 2008–2011

| Table 4: Carbon Footprint and Percentage Contribution of the Four Regions

| Table 5: Individual Greenhouse Gases Emitted by Landis+Gyr Group in 2011

Contents

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Landis+Gyr enables humans, organizations and communities to ‘manage energy better.’ This is the Company’s mission that it aims to accomplish in a deliberate and responsible manner. Over the last five years, Landis+Gyr has reduced its green-house emissions on a per turnover basis from 2.8 kg / USD 100 to 1.9 kg / USD 100 in 2011. However, Landis+Gyr is even more proud of the energy efficiency gains made possible by its inno-vative solutions. Smart meter infrastructure allows end-consu-mers and utilities to reduce their CO2 emissions by thousands of tons. Knowing that two-thirds of today’s electricity is genera-ted from fossil resources, as statistics from the OECD and IEA show, this is a relevant amount in the fight against Global War-ming.

Five-year key figures2011 2010 2009 2008 2007

Turnover 2.3 2.5 2.2 2.1 1.8

in USD billion 1.6 1.5 1.4 1.4 1.2

Employees 5,210 5,140 4,850 5,070 5,060

t CO2e * 35,060 35,238 35,461 39,512 40,425

* Total Scope 1, Scope 2 and Scope 3

Landis+Gyr is the leading global provider of inte-grated Energy Management products tailored to energy company needs and unique in its ability to deliver true end-to-end Advanced Metering solu-tions. The Company offers the broadest portfolio of products and services in the electricity metering industry and is paving the way for the next genera-tion of Smart Grids.

With annual sales of USD 1.60 billion, Landis+Gyr, an independent growth platform of the Toshiba Corpo-ration (TKY: 6502) and 40 % owned by the Innovation Network Corporation of Japan (INCJ), operates in 32 countries across five continents and employs more than 5,000 people whose sole mission is to help the world manage energy better. More information is available at www.landisgyr.com.

Landis+Gyr enables humans, organizations and communities to ‘manage energy better’. This is the Company’s mission that it aims to accomplish in a deliberate and responsible manner. Over the last five years, Landis+Gyr has reduced its greenhouse emissions on a per turnover basis from 2.8 kg / USD 100 to 1.9 kg / USD 100 in 2011. However, Landis+Gyr is even more proud of the energy efficiency gains made possible by its innovative solutions. Smart Meter infrastructure allows end-consumers and utilities to reduce their CO2 emissions by thousands of tons. Knowing that two-thirds of today’s electricity is generated from fossil resources, as statistics from the OECD and IEA show, this is a relevant amount in the fight against Global Warming.

Five-year Key Figures2007 2008 2009 2010 2011

Kg CO2e / USD 100 turnover 2.8 2.4 2.3 2.0 1.9

Turnover in USD billion 1.2 1.4 1.4 1.5 1.6

Employees 5,060 5,070 4,850 5,140 5,210

t CO2e * 40,425 39,512 35,461 35,238 35,060

* Total Scope 1, Scope 2 and Scope 3

Landis+Gyr Group

Landis+Gyr is the leading global provider of inte-grated Energy Management products tailored to energy company needs and unique in its ability to deliver true end-to-end Advanced Metering solu-tions. The Company offers the broadest portfolio of products and services in the electricity metering industry and is paving the way for the next genera-tion of Smart Grids.

With annual sales of USD 1.60 billion, Landis+Gyr, an independent growth platform of the Toshiba Corpo-ration (TKY: 6502) and 40 % owned by the Innovation Network Corporation of Japan (INCJ), operates in 32 countries across five continents and employs more than 5,000 people whose sole mission is to help the world manage energy better. More information is available at www.landisgyr.com.

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Committed to Sustainability

“Landis+Gyr is highly committed to sustainable development and therefore takes into considera-tion all issues that are material to our stakeholders. With our green products and service offering, Lan-dis+Gyr contributes to a healthy society and the res-ponsible use of natural resources. Each of our 5,210 employees plays a key role in the Company’s cons-tant pursuit of innovations and projects that enable today’s society to better manage energy.”Andreas Umbach, President and CEO

Avoiding the use of harmful materials, thereby minimizing corresponding pollution

Integration of life cycle and recycling aspects as an integral factor of the product design process

Reduction of waste to a minimum

Compliance with relevant health, safety and environmental regulations and standards, among them ISO 9001, ISO 14001, BS 18001


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Constantly Reduced Impact on Nature and Climate

Landis+Gyr is dedicated to environmentally cons-cious manufacturing of environmentally innovative products. The Company is proud to provide techno-logies and solutions to utilities and end-users that enable them to manage energy better. The organi-zation’s offering allows for significant energy effi-ciency gains, thereby effectively reducing levels of greenhouse gases. The ultimate goal of Landis+Gyr is to make a substantial contribution to the conser-vation of natural resources and environments and to help build and realize the concept of future Smart Communities.

Since Landis+Gyr joined the Toshiba Group in August 2011, the two organizations have harmoni-zed and synchronized their environmental reporting framework. Landis+Gyr follows the basic com-munication guidelines of Toshiba that outline the Group’s engagement in its efforts regarding:– Greening of Processes (environmentally consci-

ous manufacturing)– Greening of Products (environmentally conscious

products)– Greening by Technology (energy and environmen-

tal technology).

At the same time, Landis+Gyr continues its own proven initiatives. Whilst Toshiba requires to com-pile the emission data of its major production plants each month, Landis+Gyr, for example, continues to monitor emissions at all of its sites at least once per year.

In addition, Landis+Gyr is determined to manage water, waste and chemicals appropriately in its business operations in order to reduce environ-mental impact. By using alternatives, improving processes and taking other measures, the Group is reducing usage of the targeted substances. In 2012, Landis+Gyr expanded its reporting scope on water, waste and chemicals data, thereby harmonizing its efforts with the guidelines of the Toshiba Group.

As of 2013 Landis+Gyr’s environmental data will be integrated and reported via Toshiba’s corpo-rate environmental report. Landis+Gyr’s emission reduction targets are aligned with Toshiba Cor-poration’s environmental policies, initiatives and Environmental Vision 2050. http://www.toshiba.co.jp/env/en/index.htm

2011: Focus on Greening by Technology and Processes

Landis+Gyr views its activities as a solution provi-der for enabling technology that makes sustainable development possible. Moreover, the Company is constantly striving to optimize processes through-out the whole supply chain and is committed to providing its customers with the highest-quality products and services.

In addition to its internal policies, Landis+Gyr acts in accordance with all relevant health, safety and environmental regulations, codes and standards. In the reporting period the Group’s focus was on greening by technology and greening of proces-ses. In addition to achieving ISO 14001 certification throughout the Company and at all its key suppliers, Landis+Gyr addressed life cycle and recycling aspects as an integral factor of its product design process in 2011.

Meeting all relevant health, safety and environmental standards

Improving product design processes by addressing life cycle and recycling aspects

Further improved energy balance advances without impairing product functionality, qua-lity or safety.


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‘Manage energy better’ is the Company’s mission. Each year Landis+Gyr employees around the world are invited to help to improve the organization’s energy effi ciency. An example of this employee engagement comes from Northfi elds, UK, one of the Group’s competence centers for Electricity, Residential and Smart Metering and winner of the Group’s Global Green Award.

During weekly energy audits, employees there looked at ways to save energy in manufacturing proces-ses. It was observed that a lot of key equipment in automated production lines was left on even after the fi nal shift. During coordination periods and wait-ing times, instruments were not switched off either and therefore continued to consume electricity. In-stalling the Landis+Gyr’s own in-house devices and connecting them to the various production steps allowed them to track energy consumption in real time. This triggered behavior changes and process improvements that resulted in a reduction of elec-tricity consumption by 10 to 15 %. This example has been shared throughout Landis+Gyr to encourage other sites to come up with similar ideas.

Landis+Gyr Global Green Awards

Carbon Footprint

The GHG protocol provides the three ‘scopes’ (scope 1, scope 2 and scope 3) in order to help delineate direct and indirect emission sources, improve transparency and provide utility for diffe-rent types of organizations and different types of climate policies and business goals. The carbon footprint is expressed in CO2 equivalents (CO2e). The unit of measurement is metric tons, and all GHG emissions are converted to metric tons of CO2e, using appropriate GWP (Global Warming Poten-tial) factors as published by the Intergovernmental Panel on Climate Change (IPCC). This allows for the aggregation of all GHG emissions in one single indi-cator, expressed as the carbon footprint.

Since 2007 Landis+Gyr has engaged an inde-pendent company to quantify its greenhouse gas (GHG) emissions. Progress is monitored by collect ing detailed emission data and by cons-tantly analyzing this data and defining further improvement potential. Besides these efforts, the Company managed to constantly enhance the qua-lity of data collection. Landis+Gyr compiles real data on actual emissions, undiluted by emission trading and offsetting schemes.

This year is the second time an independent veri-fication of the Landis+Gyr data, which forms the basis for the carbon footprint analysis, has been undertaken. PE International, a specialized consul-ting company in the area of sustainability manage-ment, conducted the validation.

The verification process confirmed that ‘Reason-able Assurance’ can be provided on activity data collected by Landis+Gyr sites worldwide.

Landis+Gyr selected the Operational Control Approach to determine which sites are to be inclu-ded in the corporate carbon footprint. The applica-tion of the operational control approach implies that GHG-relevant impacts of activities are accounted for at those sites, subsidiaries or operations which are controlled by the Company. Landis+Gyr’s cor-porate carbon footprint includes all of its R&D, Sales and Manufacturing sites.

Landis+Gyr Group is a sustainable and environmentally conscious corporation to the benefit of customers, current and potential future shareholders, employees, suppliers and other stakeholders.

Landis+Gyr has recorded its carbon footprint since 2007.

In 2011 Landis+Gyr reduced its GHG emissi-ons by 5% (kg CO2e /100 USD turnover).

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Scope 1

Direct emissions from sources that are owned or controlled by the Company:– Energy carriers for the generation of electricity,

heat and steam– Diesel for the operation of emergency generators– Direct GHG emissions attributable to chemical/

physical processing– Energy carriers consumed in transportation

(Landis+Gyr fleet only)

Scope 2

Indirect emissions associated with the generation of purchased electricity consumed by the Company and district heating

Scope 3

All other indirect emissions that occur as a con-sequence of the activities of the Company from sources not owned or controlled by the Company. Landis+Gyr used business air travel as an indicator of its scope 3 emissions.

Scope 3Indirect

Scope 2Indirect

Scope 1Direct

Fuel combustion

Purchased electricity or own use

Contractor-used vehicles

Production of purchased materials and product use

Waste disposal

Employee business travel

Company owned vehicles

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Carbon Footprint

2011 Overall Results

The total carbon footprint of the Landis+Gyr Group in 2011 amounted to around 35,100 t CO2-equiva-lents (CO2e). This is a reduction of 180 t or 0.5 % from the previous year (35,200 t), or 1.1 % (400 t) less than in 2009.

In accordance with accepted global standards, the carbon footprint has also been documented in ‘scopes’: Scope 1 (direct emissions) amounts to 5,700 t CO2e (16 % of total). Scope 2 (indirect emissi-ons) represents the largest component with 24,100 t CO2e (69 %). Business air travel, as part of scope 3, only contributes a relatively small component (5,200 t or 15 %) to the total carbon footprint.

Total CO2e emissions of the Landis+Gyr Group 2007–2011 per scope

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Carbon Footprint

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Scope 1 emissions decreased by 15 % in 2011 compared to previous year.

Scope 2 emissions increased by 0.7 % in 2011 compared to previous year.

Scope 3 emissions increased by 14 % in 2011 compared to previous year.

Within scope 1 (‘direct emissions’) 2,900 t CO2e are attributable to gasoline consumption.

Breakdown by Source

(Global t CO2e)Total 35,060 t CO2e

Electricity / District Heating 68.83 % Fuels (diesel oil) 2.33 % Fuels (natural gas, LPG) 2.95 %

Direct process emissions 0.52 %

Road travel 10.42 % Air travel 14.94 %

67 % (23,400 t) of total scope 1, 2 and 3 emissions stem from the Group’s electricity consumption.

Regional Breakdown

The Landis+Gyr Group has sites in four major regions worldwide: North America, South America, Europe, Middle East and Africa (EMEA) and Asia-Pa-cific.

With around 14‚600 t CO2e, North America gene-rates the largest proportion of overall emissions (42 %), followed by EMEA with 11,000 t CO2e (31 %), the Asia-Pacific region with 7,600 t CO2e (22 %), and South America with 1’900 t CO2e (5 %).

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Carbon Footprint

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South America

(by source)Total 1,900 t CO2e

Electricity / District Heating 70 % Fuels 2 %

Process emissions 0 %

Road travel 0 % Business air travel 28 %

South America shows that the electricity compo-nent represents 70%. All other sources except air travel (28 %) are insignificant.

North America





Emissions in North America are also dominated by electricity consumption (64 %). Emissions from tra-vel are fairly high (especially road travel with 18 %) due to the significant service operations, which require higher deployment and service work.

Carbon Footprint

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Asia-Pacifi c





In the Asia-Pacific region almost three-quarters (71 %) of emissions are caused by consumption of electricity and district heating, followed by emis-sions caused by air travel (16 %). The use of fuels for stationary power generation contributes 12 % to the carbon footprint. Emissions from road travel amount to 1 %, whereas direct process emissions are insignificant.

Europe, Middle East, Africa (EMEA)





In Europe, Middle East and Africa (EMEA) 73 % of emissions are caused by the use of electricity and district heating. The use of fuels (stationary combustion) only accounts for 4 %. On the other hand, with 8 % of the total, road travel in the EU is much more significant than in Asia-Pacific. Air travel con tributes 13 % of emissions.

Carbon Footprint

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Carbon Footprint in Individual Countries

USA is the greatest emitter of GHGs with 12,000 t of CO2e, followed by Australia and Greece with around 3,300 t of CO2e. Next are India, Mexico and UK with between 2,000 and 3,000 t, followed by Brazil, Fin-land, Germany, Switzerland and China (between 1,000 and 2,000 t). The emissions of all other coun-tries are very low.

Operations: Mexico Operations and Sales: Australia, China, India, Czech Republic, Finland, France, Germany, Greece, Switzerland, USA, Brazil, South Africa Sales entity: Hong Kong, New Zealand, Singapore, Austria, Belgium, Denmark, Italy, Netherlands, Norway, Poland, Slovenia, Spain, Sweden

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India

HongKongChina

Australi

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t CO2e

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Carbon Footprint

Breakdown of each country’s carbon footprint by source

In the US, 58 % of the emissions are caused by the consumption of electricity and almost 40 % are attri-butable to road and air travel.

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Economic Intensity Ratios

Intensity ratios express the GHG impact per unit of physical activity or unit of economic output. In order to enable better comparison businesses, only scope 1 and scope 2 emissions have been used for the calculation of intensities. The indicators chosen to express GHG intensities are: – Emissions per product – Emissions per employee– Emissions per 10 square meters of floor space – Emissions per USD 100 of turnover

2007 2008 2009 2010 2011

kg per product 2.3 2.5 2.2 2.1 1.8

t per employee 6.5 6.5 6.4 6.0 5.7

t per 10m2 floorspace 1.8 1.5 1.7 1.5 1.6

kg CO2e per USD 100 turnover 2.8 2.4 2.3 2.0 1.9

The average Group emissions are 1.8 kg per (aver-age) product, 5.7 t per employee, 1.6 t per 10 m2 of floor space and 1.9 kg per USD 100 of turnover. The table also shows the values for the previous years. A clearly downward trend is noticeable in the key performance indicator ‘Emissions per turnover,’ although it did slow somewhat in 2011. Over the five-year timeframe between 2007 and 2011, Landis+Gyr reduced emissions on a ‘per turnover’ basis from 2.8 kg per USD 100 of turnover (2007) to 1.9 kg per USD 100 (2011).

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Carbon Footprint

Economic Intensity Ratios per Region

Looking at emissions per turnover, there is a strong trend towards a more ‘carbon-efficient’ perfor-mance in the Asia-Pacific region (2007 to 2011), while a substantial reduction in North America occurred between 2007 and 2009. Elsewhere, emis-sions per turnover have not changed significantly in recent years.

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Contributing to the Concept of Future Smart Communities

Landis+Gyr is promoting initiatives aimed at pro-viding a stable, secure and efficient power supply and mitigating climate change through its innova-tive solutions. A key goal of Landis+Gyr is to make a substantial contribution to the protection of nature and the climate, thereby helping society to build and realize the concept of future Smart Communities.

New innovative green technologies will enable next-generation smart communities to integrate and optimize the management and control over all infrastructure, including power, water, transporta-tion, logistics, medical care as well as information networks. Smart communities use the power sup-ply network to connect multiple distributed power sources, such as photovoltaic and wind power generation facilities with rechargeable batteries which store electricity, and collect information on energy consumption in homes, offices, factories and commercial facilities via the telecommunica-tions network. These networks enable real-time

analysis and predictions of energy demand, the-reby empowering consumers to make efficient use of their electricity as well as allowing the network operators to provide them with various services. By networking the water supply, transportation and logistics, the smart community system controls the balance of supply and demand, thereby crea-ting new services and promoting the effective use of energy and resources, resulting in more comfort and convenience.

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Landis+Gyr’s innovative solutions allow end-users and utilities to enhance energy effi ciency, thereby saving costs and mitigating climate change.

Smart Meters are the heart of Smart Grids, the infrastructural prerequisite of future Smart Communities.

In future Smart Communities, vital parts of public infrastructure, including power, water, transportation, logistics as well as medical care, will be managed and controlled via Smart Grid networks.

Appendix

Table 1: Global Energy Consumption of Landis+Gyr Group in 2011

Energy consumption Group

North America

South America Europe, Middle East and Africa

Asia-Pacific

Electricity (national grid mix) [MWh] 30,831 12,709 1,856 11,621 4,645

Electricity (renewable sources) [MWh] 195 – – 66 129

District heating [MWh] 2,580 – – 2,580 –

Heavy fuel oil [MWh] 116 – – 116 –

Light fuel oil [MWh] 208 – – 201 7

Emergency power diesel [MWh] 959 63 – 5 891

Natural gas [MWh] 4,706 2,175 – 1,571 960

LPG (50 / 50) [MWh] 160 158 – – 3

LPG (70 / 30) [MWh] 176 11 165 – –

Process emissions

CO2 [kg] – – – – –

CH4 [kg] 1,291 – – 1,291 –

N2O [kg] – – – – –

HFC [kg] 105 – – 105 –

PFC [kg] – – – – –

SF6 [kg] – – – – –

Business Travel (own fleet)

Gasoline consumption [m3] 1,083 1,036 – 43 3

Diesel consumption [m3] 191 1 – 190 –

CNG consumption [m3] 6 – – 6 –

Alcohol consumption [m3] – – – – –

Gasoline (< 1.4 l) [kg] 5,453 – – 5,453 –

Gasoline (1.4 – 2.0 l) [kg] 1,280,385 980,628 – 299,757 –

Gasoline (> 2.0 l) [kg] 525,882 21,472 – 253,462 250,948

Diesel (1.4 – 2.0 l) [kg] 1,235,619 – – 1,068,870 166,749

Diesel (> 2.0 l) [kg] 228,701 7,747 – 214,698 6,256

Truck Diesel (7.5 t) [kg] – – – – –

Business Travel (other)

Airplane (short haul) [kg] 3,579,067 397,560 2,023,159 606,541 551,807

Airplane (long haul) [kg] 39,315,146 16,751,843 1,011,953 11,773,988 9,777,362

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Table 2: Total Group Emissions, by Scope and Source (t CO2e)

The table illustrates the contribution of individual energy sources to the global carbon footprint: Elec-tricity and district heating is the major contributor, accounting for 69 % of the company’s total emissi-ons. Other gas and fuel consumption on site are only minor components to overall GHG emissions.

Scope 1 2007 2008 2009 2010 2011

Heavy fuel oil 542 545 32 107 33

Light fuel oil 81 55 77 45 56

Emergency power diesel 675 1’031 827 793 729

Natural gas 878 1’054 1’163 1’058 957

LPG (50/50) 117 64 35 47 37

LPG (70/30) 24 78 61 37 41

Process emissions 157 242 304 350 182

Gasoline consumption 3,130 3,346 3,484 2,958 2,544

Diesel consumption 1,198 1,282 561 455 511

Gasoline (< 1.4 l) 2 17 21 0 1

Gasoline (1.4 – 2.0 l) 74 112 122 452 240

Gasoline (> 2.0 l) 145 202 193 177 131

Diesel (1.4 – 2.0 l) 67 99 126 160 176

Diesel (> 2.0 l) 44 29 14 40 45

CNG (1.4 – 2.0 l) 0 0 0 0 6

Truck Diesel (7.5 t) 10 21 37 0 0

Total (t CO2e) 7,142 8,177 7,057 6,680 5,690

Scope 2 2007 2008 2009 2010 2011

Electricity 26,916 23,941 22,924 23,251 23,387

District heating 847 756 846 725 746

Total (t CO2e) 27,762 24,698 23,770 23,976 24,133

Scope 3 2007 2008 2009 2010 2011

Airplane (short haul) 973 1,969 619 566 705

Airplane (long haul) 4,547 4,668 4,014 4,016 4,532

Total (t CO2e) 5,521 6,637 4,633 4,582 5,237

By source 2007 2008 2009 2010 2011

Electricity/ district heating 27,762 24,698 23,770 23,976 24,133

Fuels (diesel oil) 1,298 1,631 936 945 818

Fuels (natural gas, LPG) 1,019 1,196 1,258 1,143 1,036

Direct process emissions 157 242 304 350 182

Road travel 4,669 5,108 4,560 4,242 3,654

Air travel 5,521 6,637 4,633 4,582 5,237

Total (t CO2e) 40,425 39,512 35,460 35,238 35,060

Appendix

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Table 3: Carbon Footprint for the Four Regions, 2008 – 2011

North America South America Europe, Middle East and Africa Asia-Pacific

2008 2009 2010 2011 2008 2009 2010 2011 2008 2009 2010 2011 2008 2009 2010 2011

Scope 1 3,166 3,638 3,530 3,158 256 224 33 38 3,270 2,028 2,023 1,524 1,486 1,167 1,094 970

Scope 2 7,626 9,144 8,580 9.427 1,329 975 1,152 1,298 8,817 8,014 8,117 7,985 6,925 5,637 6,126 5,423

Scope 3 1,976 1,821 1,771 2,009 1,401 399 348 515 2,100 1,426 1,371 1,477 1,161 987 1,094 1,236

Table 4: Carbon Footprint and Percentage Contribution of the Four Regions

Region 2008 2009 2010 2011

t CO2e % t CO2e % t CO2e % t CO2e %

North America 12,768 32.3 % 14,603 41.2 % 13,881 39.4 % 14,594 41.6 %

South America 2,986 7.6 % 1,598 4.5 % 1,533 4.3 % 1,852 5.3 %

EMEA 14,187 35.9 % 11,468 32.3 % 11,510 32.7 % 10,985 31.3 %

Asia-Pacific 9,571 24.2 % 7,791 22.0 % 8,314 23.6 % 7,629 21.8 %

Total 39,512 100.0 % 35,461 100.0 % 35,238 100.0 % 35,060 100.0 %

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Appendix

Table 5: Individual Greenhouse Gases Emitted by Landis+Gyr Group in 2011

Scope 1 CO2 (t) CH4 (t) N2O (t) SF6 (t) HFC (t) PFC (t)

Heavy fuel oil 33.31 0.00 0.00 0.00 0.00 0.00

Light fuel oil 55.79 0.00 0.00 0.00 0.00 0.00

Emergency power diesel 724.75 0.03 0.01 0.00 0.00 0.00

Natural gas 951.99 0.05 0.01 0.00 0.00 0.00

LPG (50 / 50} 36.42 0.04 0.00 0.00 0.00 0.00

LPG (70 / 30) 39.97 0.04 0.00 0.00 0.00 0.00

Gasoline consumption 2,526.80 0.03 0.06 0.00 0.00 0.00

Diesel consumption 507.65 0.01 0.01 0.00 0.00 0.00

CNG consumption 0.01 0.00 0.00 0.00 0.00 0.00

Alcohol consumption 0.00 0.00 0.00 0.00 0.00 0.00

Gasoline (< 1.4 I) 0.58 0.00 0.00 0.00 0.00 0.00

Gasoline (1.4 - 2.0 I) 174.48 0.00 0.01 0.00 0.00 0.00

Gasoline (> 2.0 I) 96.24 0.00 0.00 0.00 0.00 0.00

Diesel (1.4 - 2.0 I) 145.79 0.00 0.01 0.00 0.00 0.00

Diesel (> 2.0 I) 37.35 0.00 0.00 0.00 0.00 0.00

Truck Diesel (7.5 t) 0.00 0.00 0.00 0.00 0.00 0.00

Process emissions 0.00 2.31 0.00 0.00 0.20 0.00

Scope 2

Electricity (national grid mix) 23,133.96 1.42 0.36 0.00 0.00 0.00

Total 28,465.08 3.92 0.47 0.00 0.20 0.00

Note that not all emissions data is split up into the Kyoto gases. This is why the total in this table differs from the Group’s total emissions.

Appendix

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Contacts

Zug, SwitzerlandThomas ZehnderVice PresidentCorporate CommunicationsPhone +41 41 935 60 [email protected]

New York, USAStan MarchSenior Vice PresidentCorporate CommunicationsPhone +1 678 258 1321stan.march@ landisgyr.com

Published by:Landis+Gyr AGTheilerstrasse 16301 Zug, Switzerlandwww.landisgyr.com

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