Monitoring Spreadsheet: JCM_MN_AM001_ver01.0
Reference Number: MN005

Monitoring Report Sheet (Input Sheet) [For Verification]
Table 1: Parameters monitored ex post
(a)
(b)
(c)
(d)
(e)
Monitoring Monitoring
Monitored
Parameters Description of data
periodpoint No.
Values

(f)
Units

(g)
Monitoring
option(h)Source ofdata(i)Measurement methods and procedures(j)Monitoring
frequency(k)
Other comments- Type of electrical power meter: Three-phase four-wire system electrical power meter- Specification:
Electrical power meter is applied for measurement of electrical power loss. Measurement
items of the electrical power meter are as follows
1) electric energy 2) electric current 3) voltage 4) power factor

2/12/2017-31/12/2017

1Power sent from thepoint of origin/supply
to the transmission
line L in year yEL,send,y78.6 MWh/y

Option CElectrical
power meter- Measuring method:
1) An electrical power meter is connected to the secondary side of an instrumenttransformer. Method for connection of the electrical power meter is determined carefully.
2) The electrical power meters are connected both of power transmission end and powerreception end. Recording medium is provided to record the amount of electric power.
3) Time synchronization of power transmission end and power reception end isContinuous
considered to record the amount of electric power.
4) The transmitted electric power and electric power loss are analyzed.
- Calibration:1) During the installation of equipment
Certified precise electric power measurement equipment is provided, and the date of thecalibration of the meter is;- Product No.140311542：13/2/2017
2) Every year after the installation
Same method which applied before installation of the electrical power meter will beapplied every year after the installation.
The accuracy level of electric meters is 0.5 (±0.5%.accuracy).

- Type of electrical power meter: Three-phase four-wire system electrical power meter- Specification:
Electrical power meter is applied for measurement of electrical power loss. Measurement
items of the electrical power meter are as follows
1) electric energy 2) electric current 3) voltage 4) power factor

2/12/2017-31/12/2017

2EL,receive,yPower received at thepoint of receipt of thetransmission line L inyear y77.5 MWh/yOption C

Electrical
power meter- Measuring method:
1) An electrical power meter is connected to the secondary side of an instrumenttransformer. Method for connection of the electrical power meter is determined carefully.
2) The electrical power meters are connected both of power transmission end and power
reception end. Recording mediums are provided to record the amount of electric power.
3) Time synchronization of power transmission end and power reception end isContinuous
considered to record the amount of electric power.
4) The transmitted electric power and electric power loss are analyzed.
- Calibration:1) During the installation of equipment
Certified precise electric power measurement equipment is provided, and the date of thecalibration of the meter is;- Product No.140311545：13/2/2017
2) Every year after the installation
Same method which applied before installation of the electrical power meter will beapplied every year after the installation.
The accuracy level of electric meters is 0.5 (±0.5%.accuracy).

2/12/2017-31/12/2017

3EFGrid,y

CO2 emission factorof the grid in year y0.86 tCO2/MWh Option A

Table 2: Project-specific parameters fixed ex ante(b)(a)
Parameters(c)
Estimated
ValuesDescription of data

Value aspublished bythegovernment

Emission factor for the corresponding year is used. If such data is not available, the mostrecent data available at the time of submission of the monitoring report is used.

(d)

(e)

(f)

Units

Source of data

Other comments

RdcRF,L

Direct current resistance oftransmission line L using currently
used transmission conductors

0.0718 Ω/km

As per the methodology

RdcPJ,LDirect current resistance oftransmission line L using LLACSR/SA conductors (@20 deg. C)

0.0640 Ω/km

Measured according to IEC 60468 (Method of measurement of resistivity of metallic materials).

Table3: Ex-post calculation of CO2 emission reductions
CO2 emission reductions
Monitoring Period
2/12/2017-31/12/2017[Monitoring option]
Option A
Option B
Option C

AnnuallyUnits
0 tCO2/yBased on public data which is measured by entities other than the project participants (Data used: publicly recognized data such as statistical data and specifications)
Based on the amount of transaction which is measured directly using measuring equipments (Data used: commercial evidence such as invoices)
Based on the actual measurement using measuring equipments (Data used: measured values)Monitoring Spreadsheet: JCM_MN_AM001_ver01.0
Reference Number: MN005

Monitoring Report Sheet (Calculation Process Sheet) [For Verification]
1. Calculations for emission reductions

Fuel type

Value

Units

Parameter

N/A

0.1 tCO2/y

Direct current resistance of transmission line L using currently
used transmission conductors (@20 deg. C)

N/A

0.0718 Ω/km

RdcRF,L

Direct current resistance of transmission line L using LLACSR/SA conductors (@20 deg. C)

N/A

0.0640 Ω/km

RdcPJ,LCO2 emission factor of the grid in year yN/A

0.86 tCO2/MWhEFGrid,yN/A

1.1 tCO2/y

REy

N/A

1.3 MWh/y

LOSSRF,L,y

N/A

1.0 tCO2/y

PEy

Project transmission loss at transmission line L in year yN/A

1.1 MWh/y

LOSSPJ,L,yPower sent from the point of origin/supply to thetransmission line L in year yN/A

78.6 MWh/yEL,send,yPower received at the point of receipt of thetransmission line L in year yN/A

77.5 MWh/yEL,receive,yEmission reductions during the period of year yERy

2. Selected default values, etc.

3. Calculations for reference emissions
Reference emissions during the period of year y
Reference transmission loss at transmission line L in year y
4. Calculations of the project emissions
Project emissions during the period of year y[List of Default Values]
Direct current resistance of transmission line L using currently used transmission
conductors (@20 deg. C)
LL-ACSR/SA 279/20mm2

0.1158 Ω/km

2LL-ACSR/SA 337/27mm

0.0939 Ω/km

LL-ACSR/SA 445/36mm20.0718 Ω/km

Monitoring Spreadsheet: JCM_MN_AM001_ver01.0
Reference Number: MN005

Monitoring Report Sheet (Input Sheet) [For Verification]
Table 1: Parameters monitored ex post
(a)
(b)
(c)
(d)
(e)
Monitoring Monitoring
Monitored
Parameters Description of dataperiod
point No.
Values1/1/2018-31/12/2018

1

Power sent from thepoint of origin/supply
to the transmission
line L in year yEL,send,y2

EL,receive,yPower received at thepoint of receipt of thetransmission line L inyear y

1/1/2018-31/12/2018

3EFGrid,y

CO2 emission factorof the grid in year y

Table 2: Project-specific parameters fixed ex ante
(b)
(a)

(h)
Source ofdata(i)Measurement methods and procedures

Option CElectrical
power meter- Type of electrical power meter: Three-phase four-wire system electrical power meter- Specification:
Electrical power meter is applied for measurement of electrical power loss. Measurement
items of the electrical power meter are as follows
1) electric energy 2) electric current 3) voltage 4) power factor- Measuring method:
1) An electrical power meter is connected to the secondary side of an instrumenttransformer. Method for connection of the electrical power meter is determined carefully.
2) The electrical power meters are connected both of power transmission end and power
reception end. Recording mediums are provided to record the amount of electric power.
3) Time synchronization of power transmission end and power reception end isContinuous
considered to record the amount of electric power.
4) The transmitted electric power and electric power loss are analyzed.
- Calibration:
Power meter calibrated and the date of the calibration is;
Product No.140311545：13/2/2017, 3/1/2019
The accuracy level of electric meters is 0.5 (±0.5%.accuracy).
- QA/QCQA/QC is based on the following manual;"Manual for quantification, monitoring and reporting of greenhouse gas emission
reductions" (ver1.0)

0.86 tCO2/MWh Option A

Value aspublished bythegovernment

Emission factor for the corresponding year is used. If such data is not available, the mostrecent data available at the time of submission of the monitoring report is used.

557.1 MWh/y

Option C(e)(f)

Source of data

Other comments

0.0718 Ω/km

As per the methodology

RdcPJ,LDirect current resistance oftransmission line L using LLACSR/SA conductors (@20 deg. C)

0.0640 Ω/km

Measured according to IEC 60468 (Method of measurement of resistivity of metallic materials).

[Monitoring option]
Option AOption B
Option C

Annually(d)

Direct current resistance oftransmission line L using currently
used transmission conductors

1/1/2018-31/12/2018(k)
Other comments

Units

RdcRF,L

Table3: Ex-post calculation of CO2 emission reductions
CO2 emission reductions
Monitoring Period(j)Monitoring
frequency

Electricalpower meter(c)EstimatedValues

Description of data(g)Monitoring
option- Type of electrical power meter: Three-phase four-wire system electrical power meter- Specification:
Electrical power meter is applied for measurement of electrical power loss. Measurement
items of the electrical power meter are as follows
1) electric energy 2) electric current 3) voltage 4) power factor- Measuring method:
1) An electrical power meter is connected to the secondary side of an instrumenttransformer. Method for connection of the electrical power meter is determined carefully.
2) The electrical power meters are connected both of power transmission end and power
reception end. Recording medium is provided to record the amount of electric power.
3) Time synchronization of power transmission end and power reception end isContinuous
considered to record the amount of electric power.
4) The transmitted electric power and electric power loss are analyzed.
- Calibration:
Power meter calibrated and the date of the calibration is;
Product No.140311542：13/2/2017, 3/1/2019
The accuracy level of electric meters is 0.5 (±0.5%.accuracy).
- QA/QCQA/QC is based on the following manual;"Manual for quantification, monitoring and reporting of greenhouse gas emission
reductions" (ver1.0)

568.2 MWh/y

1/1/2018-31/12/2018

Parameters

(f)
Units

Units
1 tCO2/yBased on public data which is measured by entities other than the project participants (Data used: publicly recognized data such as statistical data and specifications)
Based on the amount of transaction which is measured directly using measuring equipments (Data used: commercial evidence such as invoices)
Based on the actual measurement using measuring equipments (Data used: measured values)Monitoring Spreadsheet: JCM_MN_AM001_ver01.0
Reference Number: MN005Monitoring Report Sheet (Calculation Process Sheet) [For Verification]
1. Calculations for emission reductions

Fuel type

ValueUnitsParameter

N/A

1.2 tCO2/y

Direct current resistance of transmission line L using currently
used transmission conductors (@20 deg. C)

N/A

0.0718 Ω/km

RdcRF,L

Direct current resistance of transmission line L using LLACSR/SA conductors (@20 deg. C)

N/A

0.0640 Ω/km

RdcPJ,LCO2 emission factor of the grid in year y

N/A

0.86 tCO2/MWhEFGrid,yN/A

10.7 tCO2/y

REy

N/A

12.4 MWh/y

LOSSRF,L,yN/A

9.5 tCO2/y

PEy

Project transmission loss at transmission line L in year yN/A

11.1 MWh/y

LOSSPJ,L,yPower sent from the point of origin/supply to thetransmission line L in year y

N/A568.2 MWh/yEL,send,yPower received at the point of receipt of thetransmission line L in year y

N/A

557.1 MWh/yEL,receive,yEmission reductions during the period of year y

ERy

2. Selected default values, etc.

3. Calculations for reference emissions
Reference emissions during the period of year y
Reference transmission loss at transmission line L in year y
4. Calculations of the project emissions
Project emissions during the period of year y[List of Default Values]
Direct current resistance of transmission line L using currently used transmission
conductors (@20 deg. C)
LL-ACSR/SA 279/20mm20.1158 Ω/km

2LL-ACSR/SA 337/27mm

0.0939 Ω/km

LL-ACSR/SA 445/36mm20.0718 Ω/km