令和2年4⽉6⽇*1) #1, #2,...は各⽅法論の適格性要件の番号を⽰す

類似技術に関する⽅法論の適格性要件 (Eligibility Criteria of JCM Methodologies Categorizated by Applied Technology Type)
分野

技術(Sector)(Technology)

1. 省エネ 空調機（エアコ
ルギーン）(Air(Energy

Conditioning

JCM⽅法論
(JCM
Methodology)
VN_AM006

efficiency System))

a. 技術の仕様要件 (Requirement for the project to be registered as a JCM project)c. メンテナンス⽅法の要件 (Requirements forb. 技術の性能要件 (Requirements for the project to be able to apply the JCM methodology)

Maintenance Method)*2) 適格性要件の中に数式や補助表があるものは⽅法論を直接参照すること

d. GHG削減以外の要件 (Other Requirements)#1: Air-conditioning system with inverter is newly installed or installed to replace existing non-inverter air#4: Ozone Depletion Potential (ODP) of the refrigerant used for

conditioning system.

project air conditioning system is zero.

#2: Cooling capacity of project air conditioning system is more than or equal to 14kW.

#5: Plans to prevent release of refrigerants into the atmosphere at#3: COP of project air-conditioning system has a COP value higher than that of the value indicated in the table

the time of air conditioning system removal are prepared for both

below. ※「COP for Reference Air Conditioning System(COPRE,j)（冷凍容量別リファレンスCOP値）」は承認済み⽅

project air conditioning system and the existing air conditioning

法論VN_AM006を参照

system replaced by the project. In the case of replacing existing air
conditioning system by project air conditioning system, execution of
the prevention plan is checked at the time of verification, e.g. re-useof the refrigerant, in order to confirm that refrigerant used for the
existing air conditioning system removed by the project is notreleased to the air.

ID_AM004#1: Single split inverter-type air conditioning system1 is newly installed or installed to replace existing air#3: Ozone Depletion Potential (ODP) of the refrigerant used for theconditioning system for grocery store whose selling area is less than 400 (four hundred) m2.

installed air conditioning system is 0 (zero).

#2: The installed air conditioning system is wall mounted type and/or ceiling cassette type, and has a COP#4: A plan for not releasing refrigerant used for project air

value higher than that of the value indicated in the table below. ※「COP for Reference Air Conditioning

conditioning system is prepared. In the case of replacing the existing

System(COPRE,j)（冷凍容量別リファレンスCOP値）」は承認済み⽅法論ID_AM004を参照

air conditioning system with the project air conditioning system, a

1 Under the single split system, one indoor unit is connected to one outdoor unit.

plan is prepared in which refrigerant used for the existing air
conditioning system is not released to the air e.g. re-use of therefrigerant. Execution of the prevention plan is checked at the timeof verification, in order to confirm that refrigerant used for the
existing one replaced by the project is not released to the air.

冷凍機（空調BD_AM001

用）(Chiller)#1: Project chiller is a centrifugal chiller with a capacity of less than 1,150 USRt. * 1 USRt = 3.52 kW#3: Periodical check is conducted at least twice a year. #4: Ozone Depletion Potential (ODP) of the refrigerant used for#2: COP for project chiller i calculated under the standardizing temperature conditions* (COPPJ,tc,i) is more

project chiller is zero.

than 6.0.

#5: A plan for not releasing refrigerant used for project chiller is

COPPJ,tc,i is a recalculation of COP of project chiller i (COPPJ,i) adjusting temperature conditions from the

prepared. In the case of replacing the existing chiller with the projectproject specific condition to the standardizing conditions. COPPJ,i is derived in specifications prepared for thechiller, a plan is prepared in which refrigerant used in the existing

quotation or factory acceptance test data at the time of shipment by manufacturer. ※「equation to calculate

chiller is not released to the air e.g. re-use of the refrigerant.

COPPJ,tc,i」及び「The standardizing temperature conditions to calculate COPPJ,tc,i」は承認済み⽅法論BD_AM001参Execution of the prevention plan is checked at the time of

照verification, in order to confirm that refrigerant used for the existing
one replaced by the project is not released to the air.

VN_AM011#1:Project chiller is an inverter type centrifugal chiller with a capacity which is less than or equals to 1,500#3:Periodical check is planned more than one (1) time #4: Ozone Depletion Potential (ODP) of the refrigerant used for

USRt.

annually.

project chiller is*1 USRt = 12,000 BTU/hr = 3.52 kW

zero.

#2: COP for project chiller i calculated under the standardizing temperature conditions* (COPPJ,tc,i) is more

#5: A plan for prevention of releasing refrigerant used for project

than the threshold COP values set in the tables below. (“x” in the table represents cooling capacity per unit.)

chiller is prepared. In the case of replacing the existing chiller with

※Cooling capacity per Unit 別のThreshold IPLV valueは承認済み⽅法論VN_AM011参照

the project chiller, a plan for prevention of releasing refrigerant usedin the existing chiller to the air (e.g. re-use of the equipment) is
prepared. Execution of this plan is checked at the time ofverification, in order to confirm that refrigerant used for the existing
one replaced by the project is prevented from being released to theair.

1

ID_AM002#1: Project chiller is a centrifugal chiller with a capacity of less than 1,250 USRt. * 1 USRt = 3.52 kW#3: Periodical check is planned more than four (4)#4: Ozone Depletion Potential (ODP) of the refrigerant used for#2: COP for project chiller i calculated under the standardizing temperature conditions* (COPPJ,tc,i) is moretimes annually.

project chiller is zero.

than 6.0.

#5: Plan for not releasing refrigerant used for project chiller is

COPPJ,tc,i is a recalculation of COP of project chiller i (COPPJ,i) adjusting temperature conditions from the

prepared. In the case of replacing the existing chiller with the projectproject specific condition to the standardizing conditions. COPPJ,i is derived in specifications prepared for thechiller, refrigerant used for the existing chiller is not released to thequotation or factory acceptance test data at the time of shipment by manufacturer. ※「equation to calculate

air.

COPPJ,tc,i」及び「The standardizing temperature conditions to calculate COPPJ,tc,i」は承認済み⽅法論
ID_AM002参照

CR_AM002#1: Project chiller is an inverter type centrifugal chiller with a capacity greater than

#3: Periodical check is planned more than one (1)#4: Ozone Depletion Potential (ODP) of the refrigerant used foror equal to 165USRt but less than 3500USRt. Note: 1 USRt = 3.52 kW

time annually.

project chiller is zero.

#2: IPLV for project chiller i certified by AHRI is more than the threshold IPLV values set in the table below.

#5: A plan for prevention of releasing refrigerant used for project(“x” in the table represents cooling capacity per unit.) ※Cooling capacity per Unit 別のThreshold IPLV valueは承chiller is prepared. In the case of replacing the existing chiller with

認済み⽅法論AM_CR002参照

the project chiller, a plan for prevention of releasing refrigerant usedin the existing chiller to the air (e.g. re-use of the equipment) is
prepared. Execution of this plan is checked at the time ofverification, in order to confirm that refrigerant used for the existing
one replaced by the project is prevented from being released to theair.

KH_AM003#1: Project chiller is a centrifugal chiller with a capacity of less than or equal to 1,300 USRt. * 1 USRt = 3.52

#3: Periodical check is planned more than one (1)#4: Ozone Depletion Potential (ODP) of the refrigerant used forkWtime annually.

project chiller is zero.

#2: COP for project chiller i calculated under the standardizing temperature conditions* (COPPJ,tc,i) is more

#5: A plan for prevention of releasing refrigerant used for project

than the threshold COP values set in the tables below. (“x” in the table represents cooling capacity per unit.)

chiller is prepared. In the case of replacing the existing chiller with※「Threshold COP values for project chiller」及び「equation to calculate COP」は承認済み⽅法論KH_AM003を

the project chiller, a plan for prevention of releasing refrigerant used参照

in the existing chiller to the air (e.g. re-use of the equipment) is
prepared. Execution of this plan is checked at the time ofverification, in order to confirm that refrigerant used for the existing
one replaced by the project is prevented from being released to theair.

TH_AM003#1: Project chiller is a non-inverter type centrifugal chiller with a capacity which is less than or equals to 1,500 #3: Periodical check is planned at least one (1) time

#4: Ozone Depletion Potential (ODP) of the refrigerant used for

USRt. Note : 1 USRt = 3.52 kW

project chiller is zero.

annually.

#2: COP for project chiller i calculated under the standardizing temperature conditions (COPPJ,tc,i) is more than

#5: A plan for prevention of releasing refrigerant used for project

the threshold COP values set in the table below. (“x” in the table represents cooling capacity per unit.)

chiller is prepared. In the case of replacing the existing chiller with

COPPJ,tc,i is calculated by altering the temperature conditions of COP of project chiller i (COPPJ,i) from the project

the project chiller, a plan for prevention of releasing refrigerant used

specific conditions to the standardizing conditions. COPPJ,i is derived from specifications prepared for thein the existing chiller to the air (e.g. re-use of the equipment) is

quotation or factory acceptance test data by manufacturer. ※「Cooling capacity per Unit 別のThreshold COP

prepared. Execution of this plan is checked at the time ofvalue」及び「equation to calculate COPPJ,tc,i」は承認済み⽅法論TH_AM003参照

verification, in order to confirm that refrigerant used for the existing
one replaced by the project is prevented from being released to theair.

TH_AM005#1: Project chiller is a non-inverter type centrifugal chiller with a capacity which is less than or equals to 1,500 #3: Periodical check is planned at least one (1) time

#4: Ozone Depletion Potential (ODP) of the refrigerant used for

USRt. Note : 1 USRt = 3.52 kW

project chiller is zero.

annually.

#2: COP for project chiller i calculated under the standardizing temperature conditions (COPPJ,tc,i) is more than

#5: A plan for prevention of releasing refrigerant used for project

the threshold COP values set in the table below. (“x” in the table represents cooling capacity per unit.)

chiller is prepared. In the case of replacing the existing chiller with

COPPJ,tc,i is calculated by altering the temperature conditions of COP of project chiller i (COPPJ,i) from the project

the project chiller, a plan for prevention of releasing refrigerant used

specific conditions to the standardizing conditions. COPPJ,i is derived from specifications prepared for thein the existing chiller to the air (e.g. re-use of the equipment) is

quotation or factory acceptance test data by manufacturer.※「Cooling capacity per Unit 別のThreshold COP

prepared. Execution of this plan is checked at the time ofvalue」及び「equation to calculate COPPJ,tc,i」は承認済み⽅法論TH_AM005参照

verification, in order to confirm that refrigerant used for the existing
one replaced by the project is prevented from being released to theair.

2冷凍機（冷蔵・

ID_AM003

冷凍用）(Refrigerator)#1: The project installs cooling system at food industry cold storage and frozen food processing plants for the#6: Periodical check at least once a year is planned.

#7: Plan for not releasing the primary refrigerant used for project

purpose of chilling the food products to below -20 deg. C.

refrigerator is prepared. In the case of replacing the existing#2: The project system is a secondary loop cooling system using natural refrigerant. CO2 is used as therefrigerator with the project refrigerator, refrigerant used for thesecondary refrigerant in the system.

existing refrigerator is not released to the air.

#3: The refrigerator applied in the project cooling system is a two stage compressor refrigerator with a cooling
capacity as shown below:
For cold storage: less than 340kW
For individual quick freezer: less than 260kW#4: The compressor of the project refrigerator is controlled by inverter.
#5: COP of the project refrigerator i (COPPJ,i) is shown below:
For cold storage: more than 2.0
For individual quick freezer: more than 1.5

TH_AM008#1: A project newly introduces (a) high efficiency HP(s) using natural refrigerants to a food manufacturing
plant and it does not replace (an) existing HP(s). In case of HPs supplying chilled water, the water is fed into arefrigeration system of the plant which uses either screw or reciprocating compressors.
#2: The cooling capacity of a HP unit is more than or equal to 50kW and less than 1600kW.

MM_AM002#1:Refrigerator(s) with a secondary loop cooling system using CO2 as a refrigerant and equipped with inverter #3: Periodical check is planned at least one (1) time

#4: In the case of replacing the existing refrigerator with the projectis installed at food industry cold storage.

refrigerator, a plan for prevention of releasing refrigerant used in theannually.

#2:COP for the project refrigerator(s) installed in the project cooling system is more than the threshold COP

existing refrigerator to the air (e.g. re-use of the equipment) isvalues set in the tables below. (“x” in the table represents cooling capacity per unit.)

prepared. Execution of this plan is checked at the time of※「COP threshold」及び他の条件は、承認済み⽅法論MM_AM002を参照

verification, in order to confirm that refrigerant used for the existing
one replaced by the project is prevented from being released to theair.

吸収式冷凍機

ID_AM022（廃熱利用）#1:Project chiller is an absorption chiller with a cooling capacity which is less than or equals to 1,300 USRt. *#2: Periodical check is planned more than four (4)#3: In the case of replacing the existing chiller with the project

1 USRt = 3.52 kW

times annually.

chiller, a plan for prevention of releasing refrigerant used in theexisting chiller to the air (e.g. reuse of the equipment) is prepared.

(Absorption

Execution of this plan is checked at the time of verification, in order

Chiller Usingto confirm that refrigerant used for the existing one replaced by the

Waste Heat)project is prevented from being released to the air. In the case thatthe existing chiller is NOT replaced with the project chiller, thiscriterion is not applied.
#4: In the case that project absorption chiller uses fossil fuel for its
heat source, such fossil fuel is gas fuel.

旋回流誘引型成層空調システム(Swirling
Induction Type

TH_AM006#1: Displacement ventilation air conditioning unit, whose specification of velocity of the discharged air isdesigned to be more than 0.5 m/s and equals to or less than 1.0 m/s, is installed in the cleanroom of
semiconductor plant.
#2: The project displacement ventilation air conditioning unit is constituted of at least cooling coil, HEPA (highefficiency particular air) or ULPA (ultra low penetration air) filter and air supply fan in one unit.

Air-conditioning#3: The project displacement ventilation air conditioning unit is designed to meet the threshold values of Class

System)6 or class 7 of airborne particulate cleanliness class set by ISO 14644-1:2015 .

1#4: The project displacement ventilation air conditioning unit only supplies cooled air.
1 Cleanrooms and associated controlled environments -- Part 1: Classification of air cleanliness by particle
concentration3

ヒートポンプ

VN_AM012(Double#1: A project introduces (an) heat recovery electric heat pump(s) (HREHP). In case

#2: Periodical check is planned more than one (1)#3: Ozone Depletion Potential (ODP) of the refrigerant used for(an) project HREHP(s) replaces existing equipment, the existing one is not (an)time annually.

project HREHP(s) is zero.

HREHP(s).

Bundle-type#4: A plan for prevention of releasing refrigerant used for project
HREHP(s) is prepared. In the case of replacing the existing chiller

Heat Pump)

with the project HREHP(s), a plan for prevention of releasing
refrigerant used in the existing chiller to the air (e.g. re-use of theequipment) is prepared. Execution of this plan is checked at the timeof verification, in order to confirm that refrigerant used for the
existing one replaced by the project is prevented from being
released to the air.

ID_AM010#1: A project introduces (a) modular HP(s) to a new building. The total cooling capacity of the modular HP(s)#4: A plan for not releasing refrigerant used for the modular HP(s) isis altogether less than 176 kW or 600,000 BTU/hr.

prepared, if the refrigerant contains CFCs, HFCs, or HCFCs.

#2: The modular HP(s) introduced under the project has its technical capability to produce outgoing hot water
higher than or equal to 70 degrees Celsius. The value can be checked against specifications from an equipment
supplier.
#3: In addition to the modular HP(s) installed for project, oil-fired hot water generating equipment(s) and/or
electric-run chilled water generating equipment(s) may be installed and operated to supply hot and/or chilledwater to theproject building. In such cases, the capacity of these additional equipment to generate hot

and/or chilled water is less than or equal to half of the heating capacity and/or the cooling capacity of themodular HP(s), respectively.
#1: The project is to install a separate type fridge-freezer showcase by using natural refrigerant or replacing#3: A plan for not releasing refrigerant used for project fridge-

ショーケースthe existing at a grocery store which is equipped with wall mounted type and/or ceiling cassette type air

freezer showcase is prepared. In the case of replacing the existing(Fridge andconditioning system

and whose selling area is less than 400 (four hundred) m2.

fridge-freezer showcase with the project fridge-freezer showcase, a

冷蔵・冷凍

ID_AM008

Freezer#2: In the case of replacing the existing fridge-freezer showcase with the project fridge-freezer showcase, theplan is prepared in which refrigerant used in the existing fridge-

existing one is a built-in type showcase.

freezer showcase is not released to the air e.g. re-use of theShowcase)

refrigerant. Execution of the prevention plan is checked at the timeof verification, in order to confirm that refrigerant used for the
existing one replaced by the project is not released to the air.

ボイラ(Boiler)

MN_AM002#1: Technology to be employed in this methodology is coal-fired heat only boiler (HOB) for hot water supply#4: The project HOB is equipped with an operation#6: The project HOB has the function to feed coal on the stoker

system.

and maintenance manual.

uniformly and is equipped with a dust collector.

#1: The project boiler is a once-through boiler with a rated capacity of 7 ton/hour per unit or less (equivalent#2: Periodical check and maintenance by the#3: Appropriate water purification/demineralization system such as

evaporation)

manufacturer of boiler or authorized agent is

Reverse Osmosis (RO) membrane treatment is installed.

#2: Capacity of the project HOB ranges from 0.10 MW to 1.00MW.
#3: The project activity involves the installation of new HOB and/or the replacement of the existing coal-fired
HOB#5: The catalog value of the boiler efficiency for the project HOB is 80% or higher.

ID_AM015

implemented in accordance with the manufacturer’s
requirement.

MM_AM003#1: The project boiler is a once-through boiler with a rated capacity of 7 ton/hour per unit or less (equivalent#2: Periodical check and maintenance by theevaporation)

manufacturer of boiler or authorized agent is
implemented at least once a year.

廃熱回収温水器

CR_AM003(Water Heater
Using Waste#1: A project introduces (an) electric heat pump type water heater(s) to supply hot water utilized in a

#2: Ozone Depletion Potential (ODP) of the refrigerant used inbuilding. In case (an) project electric heat pump type water heater(s) replaces existing equipment, the existing

project electric heat pump is zero.

one is not (an) heat pump type water heater(s).

#3: A plan for not releasing refrigerant used for the project electricheat pump type water heater(s) is prepared.

Heat)
変圧器
(Transformer)

VN_AM005#1: Single-phase and/or three-phase oil-immersed transformer with amorphous metal core is installed in the
distribution grid.
#2: Load losses of the project transformer determined in line with IEC 60076-1 or national/industrial
standards complying with IEC 60076-1 is equal or smaller than the standard values or specification values ofload loss, required by the power company of the grid where the project transformer is installed, corresponding
to its capacity and number of phases.

4

LA_AM003#1:Single-phase and/or three-phase oil-immersed transformer with amorphous metal core is installed in the
distribution grid.
#2:Load losses of the project transformer determined in line with IEC 60076-1 or national/industrial standards
complying with IEC 60076-1 is equal or smaller than the standard values or specification values of load loss,
required by the power company of the grid where the project transformer is installed, corresponding to its
capacity and number of phases.

LED照明 (LED

ID_AM005#1: LED lighting is newly installed or installed to replace existing fluorescent lighting for grocery store whose#4: In the case of replacing existing fluorescent lighting with the2Lighting)

selling area is less than 400 (four hundred) m .

project LED lighting, mercury contained in existing fluorescent#2: The installed LED lighting is a straight type LED with color temperature between 5,000 and 6,500 K,

lighting is not released to the environment.

length between 602.5 and 1,513.0 mm, and luminous efficiency of more than 120 lm/W.
#3: A measurement result of the illuminance (lux (lm/m2)) of the installed LED lighting which is equal or
above the minimum value (300 lux) for illuminance of grocery store is obtained. See explanatory note for themeasurement method.

ID_AM020#1: LED lighting is installed in indoor facilities.
#2: The installed LED lighting is a downlight or spotlight type LED whose color rendering index stated in
catalogs or other information prepared by its manufacturer is equal to or higher than 85, and luminous
efficiency is equal to or higher than the corresponding threshold value set in the table below.
※「Threshold luminous eﬃciency value」は承認済み⽅法論ID_AM020を参照

LED街路灯(調光シ ID_AM018#1: LED street lighting accompanied by lighting control system are newly installed or installed to replace

ステム含む) (LEDexisting street lighting.

Street Lightingwith Dimming

KH_AM001#1: The project installs LED street lighting system utilizing wireless network control, which is connected to anelectricity grid system.

System)#2: All lighting equipment in one lighting system has the same specifications.
#3: Wireless network technology enables controlling of the volume of lighting.

ポンプ (Pump)

VN_AM013#1: Double suction volute pump(s) with efficiency of more than 80% at a condition for operational use is#2: Project pump uses environmental friendly paints such as paints

installed for water supply system at a water treatment plant.

with 0.1% or less lead, cadmium and tar during the production
process.

コンプレッサー

TH_AM002(Air Compressor)#1: Project air compressor is a non-inverter type multi-stage oil-free air compressor with an electric motor#2: Periodical check is planned more than one (1)power of 55kW, 75kW, 110kW, 132kW, 145kW, 160kW, or 200kW installed in manufacturing process oftime annually.

semiconductors.

リジェネバー

ID_AM009#3: The regenerative burners have a structure which leads all exhaust gas to flow through the heat reservoir

Burners)

before discharging it into the atmosphere.

VN_AM010(Gas Fired#1:The project introduces tunnel and/or shuttle kiln with waste heat recovery#2:Periodical check is planned more than one (1)system.

time annually.

Furnace)
空気制御システVN_AM015#1: The project installs compressor control system(s) for new and/or existing noninverter split type

ム (Airair conditioners utilizing electric heat pump.

Conditioning#2: The compressor control system(s) has a function to measure electric current of compressor(s)Controlat the sampling rate of 0.01 seconds or below and to estimate the amount of electricity consumption

System)#4: Periodical check is planned at least once a year.

the range from 600 to 800 degrees Celsius.

(Regenerative

天然ガス焼成炉#1: The project replaces conventional burners with regenerative burners for aluminum holding furnaces.
#2: Holding temperature of aluminum melt, which is determined in the furnace user’s specification, is withinナーof compressor(s) in non-inverter split type air conditioner system(s).

5ポンプ 制御用イ KH_AM005#1: Inverter(s) is installed to the existing constant-speed pump(s) for water distribution in water

ンバーター

treatment plant.

(Freaquency#2: The value of ECR of project pump is always smaller than that of reference pump at the same

Inverter for

operational load except when the operational load is equal to one (1), which is demonstrated byequations fixed ex ante or may be demonstrated by equations ex post at the time of the first

Pump)

verification.

織機 (Loom)

BD_AM003#1: The air jet loom(s) are introduced at a textile factory. The air jet looms introduced as part of the project#2: Periodical checks of the project air jet loom(s) areare equipped with energy saving technologies such as an optimized shape reed’s tunnel of nozzles and a

conducted at least once every calendar year.

pressure sensor to measure air pressure of nozzles for optimization of compressed air consumption of weftinsertion.
#3: Shedding mechanism of the project air jet loom(s) is either Cam or Dobby shedding.
#4: The effective reed width of the project air jet loom(s) is less than or equal to 190 cm.

ID_AM011#1: The project replaces existing air jet looms at a weaving factory with air jet looms equipped with energy
saving technologies such as an optimized shape reed’s tunnel of nozzles and a pressure sensor to measure airpressure of nozzles for optimization of compressed air consumption of welt insertion#2: The air jet looms which are installed by the project reduce the specific air consumption by at least 15%
compared with the reference air jet looms in line with the description in Section I of this methodology.

TH_AM004#1: The project replaces existing air jet looms at a weaving factory with air jet looms equipped with energy
saving technologies such as an optimized shape reed’s tunnel of nozzles and a pressure sensor to measure airpressure of nozzles for optimization of compressed air consumption of welt insertion.
#2: The air jet looms which are installed by the project reduce the specific air consumption by at least 15%
compared with the reference air jet looms in line with the description in Section I of this methodology.

段ボール古紙処理 ID_AM012#1: The specific energy consumption of the project OCC line guaranteed by the manufacture is, at the#4: Plan for regular adjustment, replacement, and設備 (Old

minimum, less than the reference specific energy consumption set for the project factory.

improvements of project OCC line(s) is prepared (atCorrugated#2: The paper yield of the project OCC line(s) guaranteed by the manufacture is equal to or more than 90% at least once every six months).

Cartons Process)the range of designed production capacity.
#3: Production capacity of the project OCC line is no more than the twice as large as the capacity of theexisting OCC line.

電槽化成設備VN_AM009#1: Container formation facility is newly installed or installed to replace tank formation facilities at lead acidbattery production line.

(Battery Case
Forming Device)

食塩電解槽

SA_AM001#1: Project electrolyzer employs an ion-exchange membrane technology in electrolyzers in the manufacturing
process of chlor-alkali and the electrolyzer is the bipolar type.

(Electrolyzer in#2: Specific electricity consumption (SEC) for project electrolyzer i under the standard conditions, 32% NaOH

Chlorineand 90 degrees Celsius is less than threshold SEC values set in the table below under the standard conditions,

Production)

32% NaOH and 90 degrees Celsius;
Project specific electricity consumption is derived from specifications based on initial performance test by
manufacturer. ※Curent density別の「Threshold SEC value of the electrolyzer」は承認済み⽅法論SA_AM001を参照ワイヤー撚り線

VN_AM014#1: Wire stranding machine(s) with energy-saving measures such as reinforced frames, friction reduction
mechanism, energy efficient bow, and lightweight parts is newly installed or installed to replace existing wire

機 (Wirestranding machine(s).

Stranding#2: Flange diameter of bobbin of a wire stranding machine installed in the project is 560mm.

Machines)#3: Total motor capacity of a project wire stranding machine installed in the project is equal to or less than
11.0 [kW].

2. 再生可 太陽光発電
能エネル (Solar Powerギー

Plant)

MN_AM003#1: The project newly installs solar PV system(s).

#3: The equipment used to monitor output power of#2: The PV modules obtained a certification of design qualifications (IEC 61215, IEC 61646 or IEC 62108) and the solar PV system(s) and irradiance is installed at thesafety qualification (IEC 61730-1 and IEC 61730-2).

project site.

(Renewa
ble

6

ble

BD_AM002

Energy)KE_AM002

MV_AM001#1: The project newly installs solar PV system(s).

#3: The equipment to monitor output power of the#2: The PV modules have obtained a certification of design qualifications (IEC 61215, IEC 61646 or IEC

solar PV system(s) and irradiance is installed at the62108) and safety qualification (IEC 61730-1 and IEC 61730-2).

project site.

#1: The project installs solar PV system(s).

#3: The equipment to monitor the output power of#2: The PV modules have obtained a certification of design qualifications (IEC 61215, IEC 61646 or IEC

the solar PV system(s) and irradiance is installed at the62108) and safety qualification (IEC 61730-1 and IEC 61730-2).

project site.

#1: The project installs solar PV system(s).

#4: The equipment to monitor output power of the#2: The solar PV system is connected to the internal power grid of the project site and/or to the grid forsolar PV system and irradiance is installed at thedisplacing grid electricity and/or captive electricity at the project site.

project site.

#3: The PV modules have obtained a certification of design qualifications (IEC 61215, IEC 61646 or IEC
62108) and safety qualification (IEC 61730-1 and IEC 61730-2), and have fulfilled the requirements of IEC

VN_AM007

LA_AM002

61701.
#1: The project installs solar PV system(s).

#3: The equipment to monitor the output power of#2: The PV modules have obtained a certification of design qualifications (IEC 61215, IEC 61646 or IEC

the solar PV system(s) and irradiance is installed at the62108) and safety qualification (IEC 61730-1 and IEC 61730-2).

project site.

#1:The project installs solar PV system(s).

#3:The equipment used for monitoring output power#2:The PV modules are certified for design qualifications (IEC 61215, IECof the solar PV system(s)61646 or IEC 62108) and safety qualification (IEC 61730-1 and IEC

and irradiance is installed at the project site.

61730-2).

ID_AM013

CR_AM001

PW_AM001#1: The project installs solar PV system(s).

#3: The equipment to monitor the output power of#2: The PV modules have obtained a certification of design qualifications (IEC 61215, IEC 61646 or IEC

the solar PV system(s) and irradiance is installed at the62108) and safety qualification (IEC 61730-1 and IEC 61730-2).

project site.

#1: The project installs solar PV system(s).

#3: The equipment to monitor the output power of#2: The PV modules have obtained a certification of design qualifications (IEC 61215, IEC 61646 or IEC

the solar PV system(s) and irradiance is installed at the62108) and safety qualification (IEC 61730-1 and IEC 61730-2).

project site.

#1: The project installs solar PV system(s).

#4: The equipment to monitor output power of the#2: The solar PV system is connected to the internal power grid of the project site and/or to the grid forsolar PV system and irradiance is installed at thedisplacing grid electricity and/or captive electricity at the project site.

project site.

#3: The PV modules have obtained a certification of design qualifications (IEC 61215, IEC 61646 or IEC
62108) and safety qualification (IEC 61730-1 and IEC 61730-2).

KH_AM002

MX_AM001

CL_AM001#1: The project installs solar PV system(s).

#3: The equipment to monitor output power of the#2: The PV modules have obtained a certification of design qualifications (IEC 61215, IEC 61646 or IEC

solar PV system(s) and irradiance is installed at the62108) and safety qualification (IEC 61730-1 and IEC 61730-2).

project site.

#1: The project installs solar PV system(s).

#3: The equipment to monitor the output power of#2: The PV modules have obtained a certification of design qualifications (IEC 61215, IEC 61646 or IEC

the solar PV system(s) and irradiance is installed at the62108) and safety qualification (IEC 61730-1 and IEC 61730-2).

project site.

#1: The project installs solar PV system(s).

#3: The equipment to monitor the output power of#2: The PV modules have obtained a certification of design qualifications (IEC 61215, IEC 61646 or IEC

the solar PV system(s) and irradiance is installed at the62108) and safety qualification (IEC 61730-1 and IEC 61730-2).

project site.

7

TH_AM001#1: The project installs solar PV system(s).

#4: The equipment to monitor output power of the#2: The solar PV system is connected to the internal power grid of the project site and/or to the grid forsolar PV system and irradiance is installed at thedisplacing grid electricity and/or captive electricity at the project site.

project site.

#3: The PV modules have obtained a certification of design qualifications (IEC 61215, IEC 61646 or IEC
62108) and safety qualification (IEC 61730-1 and IEC 61730-2).

PH_AM002

太陽光発電+蓄

ID_AM017

電池 (Solar
Power Plant#1: The project installs solar PV system(s).

#3: The equipment used for monitoring output power#2: The PV modules are certified for design qualifications (IEC 61215, IEC 61646 or IEC 62108) and safetyof the solar PV system(s) and irradiance is installed at

qualification (IEC 61730-1 and IEC 617302)

the project site

#1: The solar PV system(s) and storage battery system(s) are newly installed.

#3: The equipment to monitor output power of the#4: In the case of replacing the existing storage battery system (s),#2: The PV modules are certified for design qualifications (IEC 61215, IEC 61646 or IEC 62108) and safety

solar PV system(s) and irradiance is installed at thea plan is prepared in which mercury used in the existing storage

qualification (IEC 61730-1 and IEC 61730-2).

project site.

battery system (s) is not released to the environment. Execution of
the prevention plan is checked at the time of verification, in order towith Battery)

confirm that mercury used for the existing one replaced by the
project is not released to the environment.

⼩水⼒発電

KE_AM003#1: The project installs a run-of-river small hydropower plant.

ID_AM019#1: The project newly installs a run-of-river hydro power generation system(s).

ID_AM021#1: The project increases the power generation capacity of an existing run-of-river hydro power generation(SmallHydropowersystem(s) by rehabilitation.

バイオマス発電

PH_AM001#1: The project installs a run-of-river hydro power generation system(s).

MM_AM004#1: A rice husk power plant is installed in Ayeyarwady region and supplies electricity to the national grid
and/or a recipient facility.

(Biomass#2: The power generation capacity and power generation efficiency of a rice husk power plant meet thePower Plant)

following thresholds. To demonstrate or calculate these values, values stated in catalogs or other information
prepared by its manufacturer may be used.
-Power generation capacity is 15 MW or less.
-Power generation efficiency is 16.0 % or more.

バイオマスコ

ET_AM003#1: The project installs a biomass CHP plant consisted of a biomass boiler and an ORC genset at a biomass
processing factory, and uses the residue of production activities as feedstock.

ジェネレーショ#2: The electricity generated from the biomass CHP plant is not fed into the national grid.

ン (Biomass
Co-generation)
3.エネル 廃熱利用発電
ギーの有 (Power
効利用

Generation by(Effective Waste Heat
Use ofEnergy)Recovery)

ID_AM001#1: The project utilizes waste heat from the cement production facility by waste heat recovery (WHR) system#5: The cement factory where the project is

to generate electricity.

implemented is connected to a grid system and the#2: WHR system consists of a Suspension Preheater boiler (SP boiler) and/or Air Quenching Cooler boiler (AQC theoretical maximum electricity output of the WHR
boiler), turbine generator and cooling tower.

system, which is calculated by multiplying maximum#3: WHR system utilizes only waste heat and does not utilize fossil fuels as a heat source to generate steam

electricity output of the WHR system by the maximum

for power generation.

hours per year (24 * 365 = 8,760 hours), is not#4: WHR system has not been introduced to a corresponding cement kiln of the project prior to its

greater than the annual amount of the electricity

implementation.

imported to the cement factory from the grid system:#6: The WHR system is designed to be connected only to an internal power grid of the cement factory.

・ During the previous year before the validation, if thevalidation of the project is conducted before theoperation of the project, or・ During the previous year before the operation of the
project, if the validation of the project is conducted
after the operation of the project.

8

TH_AM007#1: The project installs waste heat recovery (WHR) system in the cement production facility.
#2: WHR system utilizes only waste heat and does not utilize fossil fuels as a heat source to generate steam
for power generation.
#3: WHR system has not been introduced to a corresponding cement kiln of the project prior to its
implementation.

ガスコージェネ

ID_AM016#1: Gas engine CGS(s) is installed and supplies electricity and heat to facility(ies).
#2: The power generation efficiency of the CGS(s) stated in catalogs or other information prepared by its

レーション (Gasmanufacturer is equal to or greater than the threshold value in the following table corresponding to theCo-generation)

electrical output of CGS(s) installed. ※「the threshold value in the following table」は承認済み⽅法論ID_AM016
を参照

TH_AM009#1: A CGS, whose electricity is generated by a gas engine(s), is newly installed and supplies electricity andheat to recipient facility(ies).
#2: Electricity and heat, each of which is generated in separate systems, is supplied to and consumed byrecipient facility(ies) before the installation of a project CGS.

4. 廃棄物 廃棄物発電(WasteMM_AM001#1: The project newly installs an incinerator, waste heat recovery boiler, exhaust gas treatment equipment
and turbine generator.

(Waste-to-#2: The project incinerates municipal solid waste (MSW) which has been disposed at a SWDS (Solid Waste

Handling Energy Plant)
andDisposal Site) where the generated landfill gas is not recovered, and generates electricity from steam producedin waste heat recovery boiler.

Disposal)#3: There is a plan to operate the project facility for more than 5 years.

#1: This methodology applies to freight vehicle fleets to which a digital tachograph system has been installed. #2: Data of fuel consumption and distance travelled#3: The project includes feedback of a driver’s performance with the(Transpor ラフ (Digital#4: The project does not involve a fuel switch in existing freight vehicles, except for an optional switch to

before activation of digital tachograph system isgraphical representation to the driver regularly, at least once in threetation)biofuel blends where the blending ratio is not greater than 20% by volume, in which case emission reductions

available for each freight vehicle, except for the cases

months.

are discounted by the percentage of biofuel in the blend.

of application of Option (c) to the reference fuel5. 交通

デジタルタコグ
Tachograph
System)VN_AM001

efficiency (ηRE,i) in Section F.2. The data is to becollected for at least 60 days within 4 months of lower
monthly mean temperature of the year (November,
December, January and February).
#5: The project participants identify each freightvehicle included in the project, and ensure that thetype of service of the freight vehicle is the same before
and during the project (e.g. refrigeration vehicle
remains as a refrigeration vehicle, etc.).
#6: A plan to present new reference data for freightvehicles of new routes in case route changes haveoccurred due to construction of new expressways or tomodal shift after the introduction of the project isprepared.

9