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Quanta Shanghai

Manufacturing City

（QSMC）

Greenhouse Gas

Inventory Report

Compile Date: June 11, 2011

Writer: Aimee Ding

Reviewed: Walter Lee

Approval: C. T. Huang

2

Directory

Chapter 1 Organization Summary .................................................................................... 3

1.1 Foreword....................................................................................................................... 3

1.2 COMPANY PROFILE ......................................................................................................................... 3

1.3 POLICY STATEMENT ........................................................................................................................ 4

1.4 THE BASIS OF THE REPORT PRODUCTION ......................................................................................... 4

Chapter 2 Organizational boundaries .............................................................................. 4

2.1 SETTING ORGANIZATIONAL BOUNDARIES ........................................................................................ 4

2.2 THE TIME AND RESPONSIBILITY THE REPORT COVERS ...................................................................... 5

2.3 ORGANIZATIONAL BOUNDARIES AND DESCRIPTION OF CHANGES ..................................................... 5

Chapter 3 Operational boundaries ................................................................................... 5

3.1 DEFINITION ..................................................................................................................................... 5

3.2 GREENHOUSE GASES CATEGORY DESCRIPTION ............................................................................... 6

3.3 THE TOTAL OF GREENHOUSE GASES EMISSIONS ............................................................................... 9

Chapter 4 Quantify greenhouse gas .............................................................................. 10

4.1QUANTITATIVE METHODS .............................................................................................................. 10

4.2 EMISSION FACTOR MANAGEMENT ................................................................................................. 11

4.3 QUANTITATIVE METHODS CHANGE DESCRIPTION .......................................................................... 12

4.4 EMISSION FACTORS CHANGE DESCRIPTION .................................................................................... 12

4.5 DATA QUALITY MANAGEMENT ..................................................................................................... 12

4.6 DATA UNCERTAINTY ASSESSMENT METHOD AND THE RESULTS ...................................................... 14

Chapter 5 Base Year ........................................................................................................ 22

5.1 BASE YEAR SELECTED ................................................................................................................... 22

5.2 THE CHANGE OF BASE YEAR .......................................................................................................... 23

Chapter 6 Verification ...................................................................................................... 23

6.1 INTERNAL VERIFICATION ............................................................................................................... 23

6.2 EXTERNAL VERIFICATION .............................................................................................................. 23

Chapter 6 Management of the report ............................................................................. 23

7.1 THE PURPOSE OF REPORT FABRICATION ......................................................................................... 23

7.2 THE MANAGEMENT AND SAFEKEEPING OF THE REPORT ................................................................. 23

Chapter 8 Attachment ...................................................................................................... 24

8.1 THE INVENTORY OF GREENHOUSE GAS INVENTORY OF QSMC ...................................................... 24

Chapter 9 Reference documents .................................................................................... 24

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Chapter 1 Organization Summary

1.1 Foreword

The current global warming trend is accelerating, and human life and industrial

emissions of greenhouse gases into the atmosphere continues to increase. As members

of society, inventory and controlling of greenhouse gas emissions is the companies’ due

responsibilities and obligations, The production of this report is to illustrate the total

emissions of the greenhouse gas in the air by the sources of greenhouse gases from

QSMC, which is hope to master the state of greenhouse gas emissions, make carbon

reduction policy to achieve the sustainable development goals of energy conservation and

carbon reduction.

1.2 Company Profile

QSMC (Quanta Shanghai Manufacturing City) was founded in March 2001, located in

China Shanghai Songjiang Export Processing Zone, covers an area of about 1400,000

square meters, is the manufacturing base of Taiwan's Quanta Group in Shanghai. Now

QSMC have F1, F2, F4, F5, F6, F7, Q-BUS A / B / C and other modern standard factories

mainly produces notebook computers, servers, mobile phones, GPS, wireless

communications, and other high-tech products; Q-BUS D / F and repair workshop, mainly

for product maintenance; QSMC laboratory building mainly uses for new product

development and product testing; H1/H2 logistics center uses for logistics flow and

storage of goods; Also QSMC provide staff with a campus-like modern living quarters,

living quarters equipped with modern life, leisure, entertainment and sports facilities and

venues, is the warm home to majority of employees stay.

As the same with Shanghai region, QSMC belongs to the impact of the Yangtze River

Delta plain, flat terrain, a typical subtropical monsoon climate with four distinct seasons. It

is warm and rainy in spring, hot and humid in summer, cool in autumn, cold and dry in

winter. The annual average temperature is 15.4 ℃. Periphery around the factory is set

greenbelt; the whole green area is filled with flowers, fresh air and beautiful scenery.

With excellent R & D and production capacity, QSMC rapidly develop, only 10 years,

company size increases from 200 to 50,000 people over the development, export volume

increases from 170 million dollars in 2001 to $38 billion in 2008. In 2009, the company's

notebook shipments come to 37 million. Company lines up industry elites, strong in

manufacturing and R & D team, won the world's leading global IT industry enterprises of

all ages, have become its customers.

Since QSMC is set up, it has received many honors, and awarded the first of hundred

enterprises export in 2002, 2003, 2004 for three consecutive years. In 2003, QSMC

ranked second in exports of foreign invested enterprise in China. In 2004, QSMC ranked

fourth in top 500 foreign enterprise in China. With export, it is the top 10 of Chinese

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foreign-invested enterprises.

1.3 Policy Statement

The climate and environment of the earth is becoming worse day by day because of

the influence from greenhouse gas. As a member of global civics and in order to take

responsibility for environment protection and earth care, QSMC will try our best to

accomplish the following items:

1, We will commit ourselves to check greenhouse gas emission in QSMC, and make

sure that we can master the status of greenhouse gas emission.

2,Make further efforts to lower greenhouse gas emission voluntarily according to the

result of checking.

3,Propel forward and support measures of energy saving and carbon reducing

continuously to get sustainable development and take the enterprise’s responsibility well.

4,We will obey the laws and rules related with environment and comply with the

demanding of the customers etc.

1.4 The basis of the report production

The production of this report is based on the first part of ISO14064 greenhouse gases:

the organizational level to quantify greenhouse gas emissions and reporting standards

with guidelines of the IS 2006 version.

Chapter 2 Organizational boundaries

2.1 Setting organizational boundaries

Greenhouse gas inventory of organizational boundaries set in accordance with

ISO14064-1-related criteria, and refer to Greenhouse Gas Protocol, then set it by the way

of ” Operational control”.

Organizational boundaries set is based on Taiwanese Quanta Group's manufacturing

-located in mainland China Shanghai Songjiang Export Processing Zone Quanta

Shanghai Manufacturing City (referred to as QSMC), including the "Tech-Front (Shanghai)

Computer Co., Ltd., Tech-Com (Shanghai) computer Co., Ltd., Tech-Lead (Shanghai)

Computer Co., Ltd., Tech-Giant (Shanghai) computer Co., Ltd., Tech-Wave (Shanghai)

Logistics Co., Ltd., Shanghai Songseh Property management Co., Ltd "six companies,

including the range (F1, F2, F4, F5, F6, F7, Q-BUS (A, B, C, D, F), H1, H2, living area

(including Stage 1, Stage 2, Stage 3, and pine club house of four parts. Not including

outsourcing of restaurants, supermarkets, post office, pharmacy, bookstore, hair salon.)),

see below.

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2.2 The time and responsibility the report covers

2.2.1 The contents of this inventory report is the greenhouse gas which produced

within the boundaries of operating of QSMC Quanta Shanghai Manufacturing City during

January 1, 2010 to December 31, 2010.

2.2.2 This report is in January of each year, preceding the annual greenhouse gas

emissions inventory work, and develop the contents of the report, which includes

summary of greenhouse gas emissions at previous year, and as references for report of

greenhouse gas for this year and next year .

2.2.3 The scope of this report inventory Quanta Shanghai Manufacturing City

operating range of greenhouse gas emissions, while part of Quanta total emissions, when

operating boundary changes, the report will be revised, reissued .

2.2.4 When the report was released, the report is revised or repealed until valid.

2.3 organizational boundaries and description of changes

The object is interrogated which is owned by Quanta, located in Songjiang Export

Processing Zone of Quanta Shanghai Manufacturing City in Shanghai in China. QSMC

organizational boundary changes, when the revised report will be issued.

Chapter 3 Operational boundaries

3.1 Definition

3.1.1 Definition of greenhouse gases

Greenhouse gases are gaseous components of the atmosphere, which naturally

present in the atmosphere and due to human activities, which can absorb and distribute

Factory*5

Living Campus-II Q-Bus

Living Campus-I

Living Campus-III

FF55

FF77

FF22

FF11

HH22

HH11

FF33

FF44

FF66

FF88

6

the wavelength of the radiation within the infrared spectrum produced by the earth's

surface, atmosphere and clouds. ISO14064 definition and control of the six greenhouse

gases, namely CO2、CH2、N2O、HFCs、PFCs、SF6.

3.1.2 The operational boundaries of this inventory includes direct (category 1), energy

indirect (scope 2) greenhouse gas emissions. Greenhouse gas emissions include six

categories with CO2, CH2, N2O, HFCs, PFCs, SF6. Category in the table below:

Operational boundaries Sources

Scope 1 (direct emissions

source)

official cars, fire fighting truck, transfer truck, generators supply

emergency power, cooling / dehumidification / humidity / temperature

equipment (Refrigerant: R23/R134a/R404a/R407c/R410a/R507), fire

extinguishing systems / fire extinguishers (HFC -227ea/CO2), boilers,

cesspool.

Scope 2 (emissions source

from indirect energy)

Input electric power

3.1.3 Operating boundary map

All factories and living area which belongs to Quanta Shanghai Manufacturing City

are in the inventory range. It conducts the inventory with all facilities and emission sources

of living area and factory.

When the operational boundaries change, this report will be revised and issued

together.

3.2 Greenhouse Gases category description

There are four categories with QSMC emissions of greenhouse gases, which is

carbon dioxide (CO2), methane (CH4), nitrous oxide (N2O), hydrogen carbon fluoride

(HFCS). The emissions profile is shown in inventory results of Annex Inventory.

3.2.1 Direct greenhouse gas emissions (Scope 1)

3.2.1.1 Definition: Scope 1 is for the emission source controlled or owned by the

factory directly.

3.2.1.2 Direct emission sources contains the following projects:

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SCOP1 direct

emissions source

CO2、CH2、N2O、

HFCs、PFCs、SF6

CO2、CH2、N2O、HFCs、

PFCs、SF6

Living area:

Air conditioning /

chiller

Generator

Boiler

Fire extinguisher

Cesspool ... ...

Factory:

Fire extinguishers / fire

extinguisher system

Cooling/dehumidification/

humidity/temperature equipment

Official car / fire fighting truck /

transfer truck

Generator

Cesspool ... ...

Purchased

electric Power

Goods

transport,

staff

traffic,

business

travel,

outsourci

ng work,

etc.

SCOP2 emissions source

from indirect energy SCOP3 other

emissions source

8

category classification Building Facility Sources

Scope 1

Direct

greenhouse-

gas

emissions

Stationary

combustion

sources

F1/F2/F4/F5/F6/F

7/H1/H2/Q-BUS/

living area

Emergency generator Diesel fuel

living area Boiler, Dormitory Natural gas

Mobile

combustion

sources

H1/H2 transfer Truck Diesel fuel

F1 Official cars Gasoline

F1 Official cars / fire fighting truck Diesel fuel

Fugitive

emission

sources

F1/F2/F4/F5/F6/F

7/H1/H2/Q-BUS/

living area

Air conditioning chillers, dehumidifiers, cooling

equipment of solder paste printing, reflow oven ice

machine, vertical freezer, vertical freezer, water

dispenser, refrigerator, high and low temperature

(heat) test chamber, thermal dispenser equipment,

heat pump, official vehicle air-conditioning,

refrigeration equipment, refrigerators, high and low

temperature (heat) chambers, rapid temperature

changes (heat) chamber, walk-in high and low

temperature (heat) test chamber, thermal shock

chambers, open-temperature slot, sunshine testing

machine, constant temperature and humidity box

R23/R134a/R

404a/R407c/R

410a/ R507

F1/F2/F4/F5/F6/F

7/H1/H2/Q-BUS/

living area

Carbon dioxide fire extinguisher

Carbon

dioxide

F5 Heptafluoropropane fire extinguisher system HFC -227ea

F1/F2/F4/F5/F6/F

7/H1/H2/Q-BUS/

living area

Cesspool Methane

3.2.1.3 Direct emissions inventory results

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In 2010 Quanta Shanghai Manufacturing City QSMC, the total direct emissions is

14964.1684 tons CO2e. The direct emissions source categories as follows:

⑴ Stationary combustion sources: 10847.6343 tons CO2e of greenhouse gases.

⑵ Mobile combustion sources: 467.3085 tons CO2e of greenhouse gases.

⑶ Fugitive emission sources: 3649.2255 tons CO2e of greenhouse gases.

⑷There isn't manufacturing process emission sources, so that none of these

greenhouse gas emissions.

3.2.1.4 The company doesn’t have CO2 emissions from biomass burning.

3.2.2 Greenhouse gas emissions from the Indirect energy (Scope 2)

3.2.2.1 Definition: Scope 2 refers to the import or input power, steam and heat energy

generated by the indirect greenhouse gas emissions.

3.2.2.2 Indirect emissions inventory results

The total of indirect emissions is 297,224.4550 tons CO2e in QSMC at 2010.

3.3 The total of greenhouse gases emissions

The total of greenhouse gas emissions is 312,188.6233 tons CO2e in QSMC at

2010.

3.3.1 The Scope and emissions of greenhouse gas

Scope Scope 1 Scope 2 Scope 3 Total

emissions (tons CO2e /

year) 14,964.1684 297,224.4550

Not included in

the Inventory

of work

312,188.6233

Percentage 4.7933% 95.2067% 100.0000%

3.3.2 The total and emissions of individual greenhouse gas

Greenhouse gas

emissions of non-FCs CO2 CH4 N2O HFCs PFCs SF6 Total

Emissions (tons CO2e /

year) 308,520.7953 2,084.6779 17.5968 1,565.5534 - - 312,188.6233

Percentage 98.8251% 0.6678% 0.0056% 0.5015% 0.0000% 0.0000% 100.0000%

3.3.3 The direct emissions of each greenhouse gas (Scope 1)

Types of greenhouse

gases CO2 CH4 N2O HFCs PFCs SF6 Total


year) 11,296.3403 2,084.6779 17.5968 1,565.5534 - - 14,964.1684

3.3.4 The indirect emissions of each greenhouse gas (Scope 2)

Types of greenhouse

gases CO2 CH4 N2O Total


year) 297,224.4550 - - 297,224.4550

<Greenhouse Gas Inventory>Please refer to Annex.

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Chapter 4 Quantify greenhouse gas

4.1Quantitative methods

4.1.1 Quantitative principles:

The quantitative methods of greenhouse gas mainly include in: the emission factor

methods, the direct monitoring methods and the weight balance methods. In the case of

feasible technical methods, we can use the mass balance method. If government or other

functional departments give us the monitoring report, we can use the direct monitoring

method. Any other situations, we use the internationally accepted emission factor method.

The discharge amount of greenhouse gas emission sources mainly adopt the emission

factor method to calculate. Calculations are as follows:

The volume of use or output × emission factor × GWP (Global Warming Potential

factor = CO2e (the number of equivalents of CO2)

1) According to the different sources of various kinds of greenhouse gas emissions,

we need to exchange the unit into the weight or volume unit (kg or l)

2) A variety of occurrence sources, according to the emission coefficient and

calculation method which are provided by IPCC 2006 Greenhouse Gas Inventory

Guidelines

3) After choosing the emission coefficient, according to the GWP of varies

greenhouse gas which comes from the Fourth Assessment Report of greenhouse gases

in 2007, the all calculate numerical values are converted to CO2e(the number of

equivalents of CO2),the unit is metric ton/year.

4.1.2 Method of calculating greenhouse gas emissions

4.1.2.1 Direct sources of emission

Stationary sources of combustion:

The stationary sources of emission of QSMC are diesel fuel and natural gas.

The calculation of greenhouse gas

The discharge amount of CO2, CH4, N2O =annual consumption × emission factor ×

GWP (data source: The IPCC 2006 version)

｛emission coefficient = The IPCC 2006 version emission coefficient of CO2,CH4,N2O

× 10-9

× Calorific value｝

Diesel density comes from the information provided by suppliers, and the density is

0.842Kg/L. The calorific value derives from 2009 Energy Statistics Yearbook. GWP

derives from IPCC 2007 version of the Fourth Assessment Report.

Mobile sources of combustion:

The mobile sources of emission of QSMC are diesel fuel and gasoline.

The calculation of greenhouse gas

app:ds:discharge%20amount

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The discharge amount of CO2, CH4, N2O =annual consumption × emission factor ×

GWP (data source: The IPCC 2006 version)

｛emission coefficient = The IPCC 2006 version emission factor of CO2,CH4,N2O ×

10-9

× Calorific value｝

Diesel and gasoline density comes from the information provided by suppliers, the

density is 0.842Kg/L, and the gasoline density is 0.725Kg/L. The calorific value derives

from 2009 Energy Statistics Yearbook. GWP derives from IPCC 2007 version of the

Fourth Assessment Report.

Fugitive greenhouse gas emissions

The main fugitive greenhouse gas emissions in QSMC are refrigerant

（R23/R134a/R404a/R407c/R410a/R507）and CO2 or Seven fluorine methane from the

daily fire fighting affairs.

Fugitive emissions from refrigerant（use coefficient of Fugitive method to count）

Annual HFCS emissions ＝rated amount of filling material of each unit X leakage

rate X GWP（ Source: IPCC 2006 edition）

Amount of filling material of each unit is come from a data plate or the related

evidence from the vendor. Leakage rate is come from IPCC 2006 edition. GWP is come

from IPCC 2007 edition.

Fire fighting facilities (use completion method to count)

The fire extinguisher used in QSMC is dry powder, CO2 fire extinguisher and seven

fluorine methane fire-extinguishing systems. Every year we will fill them after drilling. The

annual usage amount equals the Padding amount.

Annual GHG emissions of seven fluorine methane and CO2＝The annual usage

amount ×GWP

The annual usage amount is come from the Actual consumption. GWP is come from

IPCC 2007 edition.

4.1.2.2 Indirect greenhouse gas emission (scope 2）

Input from outside the organizational boundaries of electricity

Purchased electricity to create the method for calculating CO2 equivalent

The annual amount of CO2 emissions = power consumption × emission factor ×GWP

(Source: IPCC 2006 edition)

Annual power consumption is come from the GA’s related evidence. Emission facto is

come from The government report（0.8592Kg CO2e/KWh）.GWP is come from IPCC 2007

edition.

4.2 Emission factor management

QSMC use of the principle of priority in the use of emission factors or mass balance

measurement calculated coefficient, followed by the emission factor for the country or

app:ds:discharge%20amount

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countries outside the region of the emission factor, if not applicable emission factor is the

application of coefficients of the adoption of international notice. At present the use of

national emission factors for purchased electricity, CO2 fire extinguisher use of mass

balance, using the IPCC published oven refrigerant coefficient of diesel with no

measurements and with no national emission factors, so use of the application of IPCC

announcement × heat value conversion factor derived from the coefficient.

4.3 Quantitative methods change description

Quantitative methods change, divided by a new calculation method of calculation,

and need for comparison with the original, shows the differences between the two and the

reason for choosing the new method of calculation, this is the base year inventory, and no

change in calculation method.

4.4 Emission factors change description

Selection of emission factors and instruction refer to the discharge coefficient table, if

the source of data changes, the discharge calculation coefficient of emission not only

needs re-filing and computing, but also shows differences with the original coefficients,

this is the base year inventory, and no change in the discharge coefficient of emission.

4.5 Data Quality Management

4.5.1 To require the accuracy of the data quality, the responsible authority must

specify the data sources, such as the requisitions basis, meter records, requisitioned

records, computer database records or computer reports, etc., which it can be proved and

supporting the credibility of the data should be investigated, and data remains in the

responsible authority in order to facilitate tracking the basis for future audit.

4.5.2 Interrogation and data quality control of jobs to meet ISO14064-1 criteria

correlation (Relevance), integrity (Completeness), coherence (Consistency), transparency

(Transparency) and accuracy (Accuracy) for the purpose of such principles, job content

are described as follows:

4.5.2.1 Inventory quality management: the greenhouse gas inventory team is

responsible for implementation, members of group have the responsibility of coordinated

the relevant departments, external agencies, and units of the factory or good interaction

between projects.

4.5.2.2 Development of quality management processes: Prepare inventory processes,

to ensure the accuracy requirements, QC program priorities should focus on General and

specific sources of quality checking job.

4.5.2.3 Quality of implementation of the General review: according to data

collection/input/processing, data files and emission measuring process, the error caused

by the negligence of a generic error, undertake critical medium quality review.

4.5.2.4 Check of specific quality: the appropriateness of the boundary for the

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qualitative descriptions of the inventory, re-calculation operation, the quality of a particular

source of input data and the main reason of data uncertainty in specific areas for a more

rigorous review.

Job content of general and specific quality check are shown in the following table.

Job content of general quality check

Inventory Session Work content

Data collection, input and

processing operations

1. Check whether the input data of the transcription errors.

2. Check the complete integrity, or whether it missed to fill.

3. Ensure the implementation of appropriate version of the electronic file

control operations.

Establishment of data files

1. Confirm all the table-level data (including reference data) of the source.

2. Check the references of the literature have been filing.

3. Check the items used in the following assumptions and criteria has been

selected filing: borders, the baseline year, methods, operating data,

emissions factors and other parameters.

Calculating emissions and

inspection calculations

1. Check the emission units, parameters, and conversion factor has modest

mark.

2. Check the calculation process, the units are appropriately labeled and used

properly.

3. Check the conversion factor.

4. Check the table in the data processing steps.

5. Check the table in the input data and calculation data, should be clearly

differentiated.

6. Check the calculation of a representative sample.

7. With a brief algorithm to check the calculations.

8. Check the different source categories, and the different business units of

data aggregation.

9. Check the different time series with the years between the input and

calculation consistency.

Job content of specific quality check

Inventory type The focus

Emission factors and other

parameters

1. Emission factors and other parameters of the reference is appropriate.

2. Factors or parameters and activity data of the units are consistent.

3. Unit conversion factor is correct.

Activity data

1. Data collection operations with continuity.

2. Data are consistent over the years with changes.

3. The same type of facilities / departments of the activity data

cross-comparison.

4. Production capacity and product activity data is a correlation.

5. Activity data for the base year recalculation result in changes.

Emission calculations 1. Whether emission calculations are correct computer built-in formula.

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2. Whether emissions estimates over the years with consistency.

3. The same type of facilities / departments of the emission

cross-comparison.

4. Measured value and the difference between emissions estimates.

5. Whether emissions and product capacity is a correlation.

4.6 Data uncertainty assessment method and the results

The uncertainty of the data evaluation need to consider three aspects: activity data

type, emission coefficient type and equipment calibration level, respectively according to

the sources of data, emission classification score and equipment calibration classification

assignment requirements of the weighted average calculated the level of each data. Data

level is divided into five levels, the higher the level, the better the data quality is, which is

used to judge the accuracy of the data. Grading requirements: average scored ≥ 5.0: level

1; 5.0 > score ≥ level 2; 4.0 > score ≥ 3.0 level 3; 3.0 > score ≥2.0 level 4; score < 2.0 level

5. The greenhouse gas emissions data of activity date total greenhouse gas emissions

multiplying activity data classification get the value, according to the data quality score

classification level requirements judgment. All activities of the heavy data are summed to

get the average score, according to the data quality classification requirements, the score

still judge level.

1) Activity data is divided into three categories According to the collection class, and

were given the 1, 3, 6 score. As below.

Item Activity data classification Endow score

1 Automatic and continuous measurement 6

2 Regular measurement (including meter

reading)

3

3 proper motion estimate 1

The endow score of QSMC greenhouse gas emissions source activity data in 2010

Number emission sources Activity data type

Activity

data

classific

ation

QSMC+001 Natural gas 1.Automatic and

continuous measurement 6

QSMC+002 Kerosene 2. Regular measurement

(including meter reading) 3

QSMC+003 gasoline 1. Automatic and


QSMC+004 Kerosene 1. Automatic and 6

15

continuous measurement

QSMC+005 Extinguish ant 1. Automatic and


QSMC+006 The methane emissions from digestion tank 3. proper motion estimate 1

QSMC+007 The leak of freezing medium HFC-R134a (The

emission factor of facility refrigerant0.003) 3. proper motion estimate 1





QSMC+010 The leak of freezing medium HFC-R134a(The










QSMC+015 The leak of freezing medium HFC-R407c(The






















QSMC+026 The leak of freezing medium HFC-R23(The


16











QSMC+032 HFC-227ea 3. proper motion estimate 1

QSMC+033 electricity 1. Automatic and


1）Emission factor type and emission factor classification is divided into six categories

according to the collection source, and were given the 1, 2、3、4、5、6 score.

As below

Item emission factor source emission

factor type

emission factor

classification

Remark

1 Measurement / mass balance

income coefficient

1 6 Discharge coefficient is

calculated emission categories

by using parameters, can be

divided into six categories, the

smaller the number that its

precision is higher. Coefficient

of discharge grade score

representing the data

accuracy, more accurate data

more, from 1 to 6 is described.

2 The same process / equipment

experience coefficient

2 5

3 coefficient provided by the factory 3 4

4 Regional emission coefficient 4 3

5 National emission coefficient 5 2

6 International emission coefficient 6 1

The endow score of QSMC greenhouse gas emissions source emission factor type and

classification in 2010.

Item Activity/Facility Emission

factor category

Emission

factor level

QSMC+001 Boiler, dormitory 6 1

QSMC+002 Diesel generator 6 1

QSMC+003 Service Car 6 1

QSMC+004 Fire truck, Service Car, Allocate and transfer Car 6 1

QSMC+005 CO2 extinguisher 1 6

QSMC+006 septic-tank 2 5

QSMC+007 3 dehumidifiers, 26 Drinking Fountains, 13 refrigerators, 8 Freezers 2 5

app:ds:and

app:ds:transfer

app:ds:dehumidifier

17

QSMC+008 1 Vertical Refrigerator，1 Vertical Freezer，1 Dehumidifier 2 5

QSMC+009 12 refrigerating machines 、 6 low temperature and low/high

temperature (muggy) test chambers 2 5

QSMC+010 2 Solder paste printer heat sink devices 2 5

QSMC+011 6 ice makers 2 5

QSMC+012 2 ice makers, 56 Solder paste printer heat sink devices、33 reflow

refrigeration equipments 2 5

QSMC+013 11 6 ice makers 2 5

QSMC+014 Service Car、4 low temperature and low/high temperature (muggy)

test chambers 2 5

QSMC+015 4 refrigerators 2 5

QSMC+016 20 Dispenser heat sink devices、13 refrigerators 2 5

QSMC+017 4 Heat pumps 2 5

QSMC+018 38 reflow refrigeration equipments、24 Dispenser heat sink devices、

1 Solder paste printer heat sink device 2 5

QSMC+019 2 iceboxes 2 5

QSMC+020 3 low/high temperature (muggy) test chambers, 1 heat and cold

impact test chamber, 5 constant temperature humidity chambers 2 5

QSMC+021

12 low/high temperature (muggy) test chambers, 1 low temperature

and low/high temperature (muggy) test chamber, 10 open type

thermostats, 1 sunlight testing machine, 1 constant temperature

humidity chambers

2 5

QSMC+022 8 low/high temperature (muggy) test chambers, 5 low temperature

and low/high temperature (muggy) test chambers 2 5

QSMC+023

4 Rapid temperature variation (muggy) test chambers, 3 Step in

type low/high temperature (muggy) test chambers, 1 heat and

cold impact test chamber

2 5

QSMC+024

4 low/high temperature (muggy) test chambers, 2 Rapid

temperature variation (muggy) test chambers、3 Step in type

low/high temperature (muggy) test chambers,2 heat and cold

impact test chambers, 1 constant temperature humidity chamber

2 5

QSMC+025 4 constant temperature humidity chambers 2 5

QSMC+026 4 constant temperature humidity chambers 2 5

QSMC+027 1 constant temperature humidity chamber 2 5

QSMC+028 1 heat and cold impact test chamber 2 5

QSMC+029 4 low/high temperature (muggy) test chambers 2 5

QSMC+030 2 heat and cold impact test chambers 2 5

QSMC+031 1 constant temperature humidity chamber 2 5

QSMC+032 fire extinguisher system 1 6

QSMC+033 Manufacture and life electricity utilization 4 3

3）Instrument calibration level category is divided into three categories, and scores were

given 1,3,6. Please refer to form 4-5.

app:ds:refrigeration

app:ds:equipment

app:ds:refrigeration

app:ds:equipment

18

Calibration Level

1. No relevant implementation requirements 1

2.No regulations, but data is recognized or the regulations but the

data does not meet the requirements 3

3. According to regulations, data meet the requirements 6

Instrument calibration level assignment in 2010 of QSMC

Number Emission source Instrument calibration category Instrument

calibration level

QSMC+001 Natural gas 3. According to regulations, data meet the

requirements 6

QSMC+002 Diesel oil 3. According to regulations, data meet the

requirements 6

QSMC+003 gasoline 3. According to regulations, data meet the

requirements 6

QSMC+004 Diesel oil 3. According to regulations, data meet the

requirements 6

QSMC+005

extinguish ant 2.No regulations, but data is recognized or

the regulations but the data does not meet

the requirements

3

QSMC+006

methane form septic-tank 2.No regulations, but data is recognized or


the requirements

3

QSMC+007

The leak of freezing medium

HFC-R134a (The emission

factor of facility refrigerant0.003)

2.No regulations, but data is recognized or


the requirements

3

QSMC+008






the requirements

3

QSMC+009






the requirements

3

QSMC+010






the requirements

3

QSMC+011






the requirements

3

QSMC+012






the requirements

3

QSMC+013 The leak of freezing medium 2.No regulations, but data is recognized or 3

19




the requirements

QSMC+014




3. According to regulations, data meet the

requirements 3

QSMC+015


HFC-R407c (The emission



requirements 3

QSMC+016






the requirements

3

QSMC+017





requirements 3

QSMC+018

The leak of refrigerant

HFC-R407c（The emission

factor of facility refrigerant 0.08）


requirements 3

QSMC+019


HFC-R404a（The emission

factor of facility refrigerant

0.003）



the requirements

3

QSMC+020





requirements 3

QSMC+021





requirements 3

QSMC+022



factor of facility refrigerant

0.085）



the requirements

3

QSMC+023





requirements 3

QSMC+024





requirements 3

QSMC+025






the requirements

3

QSMC+026

The leak of refrigerant HFC-R23

（The emission factor of facility

refrigerant 0.01）


requirements 3

QSMC+027 The leak of refrigerant HFC-R23 3. According to regulations, data meet the 3

20


refrigerant 0.03）

requirements

QSMC+028



refrigerant 0.05）



the requirements

3

QSMC+029



refrigerant 0.085）


requirements 3

QSMC+030



refrigerant 0.15）


requirements 3

QSMC+031


HFC-R507（The emission factor

of facility refrigerant 0.03）



the requirements

3

QSMC+032 HFC-227ea 3. According to regulations, data meet the

requirements 3

QSMC+033 Electricity 3. According to regulations, data meet the

requirements 6

4）The uncertainty assessment of QSMC source activity data in year 2010.

NO. source

Activit

y data

class

Emiss

ion

coeffi

cient

level

Equip

ment

calibr

ation

level

Overall

rating

data

score

Data

level

Emissions tons

CO2e

Emissio

ns

proporti

on %

The

weight

ratio of

average

score

QSMC+0

01 Natural gas 6 1 6 4.3333

5.Fifth

degree

10830369.692

0 3.4692 0.1503

QSMC+0

02 Diesel fuel 3 1 6 3.3333

4.Fourth

degree 17264.6102 0.0055 0.0002

QSMC+0

03 Gasoline 6 1 6 4.3333

5.Fifth

degree 262199.7027 0.0840 0.0036

QSMC+0

04 Diesel fuel 6 1 6 4.3333

5.Fifth

degree 205108.8154 0.0657 0.0028

QSMC+0

05 Carbon dioxide 6 6 3 5.0000

6.sixth

degree 6365.0000 0.0020 0.0001

QSMC+0

06

Methane emissions from septic tanks

1 5 3 3.0000

4.Fourth

degree 2077307.1413 0.6654 0.0200

QSMC+0

07

The leak of refrigerant HFC-R134a



1 5 3 3.0000 4.Fourth

degree 34.2900 0.0000 0.0000

QSMC+0

08


（The emission factor of facility 1 5 3 3.0000

4.Fourth

degree 5.1194 0.0000 0.0000

21


QSMC+0

09



refrigerant 0.01）

1 5 3 3.0000 4.Fourth

degree 97.1771 0.0000 0.0000

QSMC+0

10



refrigerant 0.03）

1 5 3 3.0000 4.Fourth

degree 25.7400 0.0000 0.0000

QSMC+0

11



refrigerant 0.05）

1 5 3 3.0000 4.Fourth

degree 136216.0800 0.0436 0.0013

QSMC+0

12



refrigerant 0.08）

1 5 3 3.0000 4.Fourth

degree 54643.5261 0.0175 0.0005

QSMC+0

13




1 5 3 3.0000 4.Fourth

degree 1050678.2000 0.3366 0.0101

QSMC+0

14



refrigerant 0.15）

1 5 3 3.0000 4.Fourth

degree 8998.2750 0.0029 0.0001

QSMC+0

15

The leak of refrigerant HFC-R407c


refrigerant 0.01）

1 5 3 3.0000 4.Fourth

degree 164.6133 0.0001 0.0000

QSMC+0

16



refrigerant 0.03）

1 5 3 3.0000 4.Fourth

degree 1777.3977 0.0006 0.0000

QSMC+0

17




1 5 3 3.0000 4.Fourth

degree 117074.1000 0.0375 0.0011

QSMC+0

18



refrigerant 0.08）

1 5 3 3.0000 4.Fourth

degree 10271.3010 0.0033 0.0001

QSMC+0

19




1 5 3 3.0000 4.Fourth

degree 6.5412 0.0000 0.0000

QSMC+0

20



refrigerant 0.03）

1 5 3 3.0000 4.Fourth

degree 1270.5984 0.0004 0.0000

QSMC+0

21



refrigerant 0.05）

1 5 3 3.0000 4.Fourth

degree 11058.9120 0.0035 0.0001

QSMC+0

22




1 5 3 3.0000 4.Fourth

degree 15700.1256 0.0050 0.0002

QSMC+0 The leak of refrigerant HFC-R404a 1 5 3 3.0000 4.Fourth 18712.0556 0.0060 0.0002

22

Uncertainty assessment of sources data are in the table below.

The total weight ratio average score: 4.9524

The level of total weight ratio average score: second level

Guarantee substantiality error ≤5%

Chapter 5 Base Year

5.1 Base year selected

Because QSMC conduct greenhouse gas inventory officially in 2010, so selected 2010

year to be the base year, emission inventory please refer to the inventory of greenhouse

gas inventory. QSMC base year discharge is 312188.6233 t CO2e.

23 （The emission factor of facility

refrigerant 0.12）

degree

QSMC+0

24



refrigerant 0.15）

1 5 3 3.0000 4.Fourth

degree 89177.1840 0.0286 0.0009

QSMC+0

25


HFC-R410a (The emission factor of

facility refrigerant0.03)

1 5 3 3.0000 4.fourth

level 557.3625 0.0002 0.0000

QSMC+0

26

The leak of freezing medium HFC-R23

(The emission factor of facility

refrigerant0.01)

1 5 3 3.0000 4.fourth

level 177.6000 0.0001 0.0000

QSMC+0

27



refrigerant0.03)

1 5 3 3.0000 4.fourth

level 444.0000 0.0001 0.0000

QSMC+0

28



refrigerant0.05)

1 5 3 3.0000 4.fourth

level 1480.0000 0.0005 0.0000

QSMC+0

29



refrigerant0.085)

1 5 3 3.0000 4.fourth

level 20128.0000 0.0064 0.0002

QSMC+0

30



refrigerant0.15)

1 5 3 3.0000 4.fourth

level 26640.0000 0.0085 0.0003

QSMC+0

31


HFC-R507 (The emission factor of

facility refrigerant0.03)

1 5 3 3.0000 4.fourth

level 215.1900 0.0001 0.0000

QSMC+0

32 HFC-227ea 1 6 3 3.3333

4.fourth

level 0.0000 0.0000 0.0000

QSMC+0

33 electricity 6 3 6 5.0000

6.sixth

level

297224454.96

05 95.2067 4.7603

Total: 14964168.3504 100.0000 4.9524

23

5.2 The change of base year

5.2.1 There is no change of base year now

5.2.2 If there are situations as below, base year greenhouse gas inventory should be

recalculated and reviewed according to the new.

5.2.2.1 The change of operational boundary.

5.2.2.2 The ownership/control of greenhouse gas source immigrate or emigrate boundary,

lead to the change of greenhouse gas emission exceed the recalculate threshold.

5.2.2.3 Quantification method change, resulting in greenhouse gas emissions change in

excess of recalculating threshold.

Chapter 6 Verification

6.1 Internal verification

6.1.1 Internal verification greenhouse gas inventory result is one time in every year.

6.1.2 The report of GHG could be officially launched after the internal (The first person)

verification and defect improvement.

6.2 External verification

When necessary, the second party (customer) or through a third party (third-party notary

units) to verify.

Chapter 6 Management of the report

7.1 The purpose of report fabrication

7.1.1 Showing greenhouse gas inventory results of Quanta Shanghai manufacture City.

7.1.2 Introducing QSMC greenhouse gas information, and promote image of good

corporate citizenship.

7.1.3 Recorded QSMC greenhouse gas emissions inventory, to facilitate future verification,

validation, future domestic, international policy and customer needs.

7.2 The management and safekeeping of the report

7.2.1 The report the accreditation program before is issued: the report is produced by

EHS team, and reviewed by the Management Representative of GHG Promotion

Committee, approved issuance by the chairman.

7.2.2 Release object and Public limit, The report is based on plant inventory report, a

condensed version of internal information，for reference purposes only third-party

applications to understand, as well as stakeholders.

7.2.3 The report is currently only announced on the company's Web site, if subject is

changed, announced separately.

24

7.2.4 Consulting the report content by following in:

Company name: Tech-Front (Shanghai) Computer Co, Ltd

Linkman: Aimee Ding

Tel: 86-21-37818168 Ext: 12164

E-mail: [email protected]

Address: No.2, Lane 58, Sanzhuang Road, Songjiang Export Processing Zone, Shanghai,

China

Chapter 8 Attachment

8.1 The inventory of greenhouse gas inventory of QSMC

Chapter 9 Reference documents

The report made reference to the following documents:

9.1 ISO14064-1 GHG-Part 1: The guidance of organizational levels of greenhouse gas

emissions and removals quantified report specification.

9.2 "China Energy Statistical Yearbook 2009"

9.3 2006 IPCC Guidelines for National Greenhouse Gas Inventories Vol.2

9.4 National development and reform committee with climate change, enclosure 1 of

publicly Chinese electric fence standard line exhaust factor [fuel parameter] content in

2010.

9.5 < greenhouse gas inventory Tools > (3 edition)

9.6 Revised 1996 IPCC guidelines for national greenhouse gas inventories Reference

manual (Vol.3). (Greenhouse gas emission coefficient management table reference)

mailto:[email protected]

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