121
Table1: Standard Energy Consumption Efficiency for Burner Component of Gas Cooking Appliances
Category Standard Energy
Consumption Efficiency for
Burner Component
Type of gas cooking appliance
Installation type Number of burners
Gas burners Tabletop type
51.0 Built-in type
48.5 Gas burners with
grill Tabletop type
2 or less 56.3
3 or more 52.4
Built-in type 2 or less
53.0 3 or more
55.6 Cabinet or stationary
type 49.7
Gas range 48.4
Note: 1.
Gas range refers to a combination of oven and burner.
2. Tabletop type refers to an item that is to be placed on a table or a base for use.
3. Built-in type refers to an item that is to be built into a wall or a base.
4. Cabinet type refers to an item that is to be installed into its own cabinet.
5. Stationary type refers to an item that is to be installed on a base or a floor surface.
6. Energy consumption efficiency for burner component is calculated according to “3
Energy Consumption Efficiency M easurement M ethods 1,” in M inistry of Economy, Trade and Industry notification No. 56 M arch 2006, based on the Law
Concerning the Rational Use of Energy.
Table2: Standard Energy Consumption Efficiency for Grill Component of Gas Cooking Appliances
Category Calculation Formula of
Standard Energy Consumption Efficiency for
Grill Component Combustion type
Cooking method
Single sided With water
E=25.1Vg+123 Without water
E=25.1Vg+16.4 Double sided
With water E=12.5Vg+172
Without water E=12.5Vg+101
Note: 1. E and Vg express the following numeric values.
E : Glill section standard energy consumption efficiency unit:Wh
Vg:Internal volume unit:liter 2. Single sided refers to a method where food is heated from one side.
3. Double sided refers to a method where food is heated from both sides. 4. With water refers to a method where cooking is performed with the grill pan filled with
water.
5. Without water refers to a method where cooking is performed with the grill pan not
filled with water.
6. Internal volume is obtained by the formula: grill area x
122 grill plate to the top of the inlet round to one decimal place.
7. Energy consumption efficiency for grill component is calculated according to “3 Energy Consumption Efficiency M easurement M ethods 2,” in M inistry of Economy,
Trade and Industry notification No.56 M arch 2006, based on the Law Concerning the Rational Use of Energy.
Table3: Standard Energy Consumption Efficiency for Oven Component of Gas Cooking Appliances includes Gas Ovens
Oven type Calculation formula of standard energy
consumption efficiency for oven component
Tabletop or Stationary Type E=18.6Vo+306
Built in Type E=18.6Vo+83.3
Note: 1. E and Vo express the following numeric values.
E: Oven section standard energy consumption efficiency unit:Wh Vo:Internal volumeunit:liter
2.
Tabletop type refers to an item that is to be placed on a table or a base for use.
3.
Built-in type refers to an item that is to be built into a wall or a base.
4.
Stationary type refers to an item that is to be installed on a base or a floor surface.
5.
Internal volume is obtained by the formula: grill area x
123
10. Lighting 10-1. Lighting Equipment
1 Items and Evaluation Criteria
Fluorescent lighting equipment
Evaluation Criteria 1 Equipment must meet one of the following criteria.
a. As for service use lamp and desk lamp, energy
consumption efficiency rate shall not fall below the standard energy consumption efficiency of applicable
category in Table 1.
b. As for residential use lamp, energy consumption
efficiency rate shall not fall below the energy consumption from Table, multiplied by 127100, calculated to two
decimal places and then rounded off to one decimal place.
2 Specified chemical substances does not exceed standard content ratio. Content ratio information of applicable chemical
material is easily available on websites, etc.
Factors for Consideration 1
The function with high effect of energy conservation such as the initial illuminance correction control, passive sensor
control, and the brightness sensor control should be appended. 2
The item should be designed so that it can be easily dismantled and its materials separated to facilitate recycling.
3 Organic solvent, or paint with as low odor as possible is used
as coating. 4
Packaging and stowage is to be as simple as possible and take into account ease of recycling and reduced environmental
impact upon disposal. 5
A system for the collection and reuserecycling of packaging, etc. is considered.
LED lighting equipment
Evaluation Criteria 1
Intrinsic energy consumption efficiency shall meet the standard of the applicable category in Table 2.
2 Average color rendering index Ra of 70 or more.
3 LED module rated lifespan is 40,000 hours or longer.
4 Specified chemical substances does not exceed standard
content ratio. Content ratio information of applicable chemical material is easily available on websites, etc.
Factors for Consideration 1
The function with high effect of energy conservation such as the initial illuminance correction control, passive sensor
control, and the brightness sensor control should be appended. 2
The item should be designed so that it can be easily dismantled and its materials separated to facilitate recycling.
3 Organic solvent, or paint with as low odor as possible is used
as coating.
124 4
Packaging and stowage is to be as simple as possible and take into account ease of recycling and reduced environmental
impact upon disposal. 5
A system for the collection and reuserecycling of packaging, etc. is considered.
Illuminated signage using LED as the
light source Evaluation Criteria
1 Rated lifespan is 30,000 hours or longer. 2 Specified chemical substances does not exceed standard
content ratio. Content ratio information of applicable chemical material is easily available on websites, etc.
Factors for Consideration 1
The item should be designed so that it can be easily dismantled and its materials separated to facilitate recycling.
2 Organic solvent, or paint with as low odor as possible is used
as coating. 3
Plastic parts, when used, must be comprised as much as possible of recycled plastic.
4 Packaging and stowage is to be as simple as possible and take
into account ease of recycling and reduced environmental impact upon disposal.
5 A system for the collection and reuserecycling of packaging,
etc. is considered.
Note: 1.
Equipments that meet any of the following criteria will not be considered as fluorescent lighting equipment under consideration in the evaluation criteria.
a. Ones of explosion-proof type.
b. Ones of heat-resistant type.
c. Ones of dust-proof type.
d. Ones of anticorrosion type.
e. Ones designed for vehicles and other means of transport.
f. Ones of wall-hung type, pendant type for service facilities or built-in type
using fluorescent lamps of less than 40 watts. g.
Ones designed for use in or on mining or manufacturing machinery. h.
Ones designed for use in or on furniture. i.
Ones whose bayonet base and fluorescent lamp stabilizer are structurally integrated ones using a compact fluorescent lamp or lamps with built-in
stabilizer j.
Ones whose globe for fluorescent lamp protection is transparent. 2.
Desk lamp using compact fluorescent lamp equipped with internal stabilize that corresponds to G23 socket can be considered as specified procurement goods
which meet Evaluation Criteria 2 of Fluorescent lighting equipment.
3. Specified chemical substances denotes lead and its compounds, mercury and its
compounds, cadmium and its compounds, chromium VI compound, polybrominated biphenyl and polybrominated diphenyl ether.
4. The use of specified chemical substances will not exceed the standard content rate
of JIS C 0950:2008 The marking for presence of the specific chemical substances
125 for electrical and electronic equipment Appendix A, chart A.1 specified chemical
substances, chemical element symbol, substances applicable for calculation, and standard content rate. Items for which content rate exceeding the standard is
allowed are to be determined in accordance with Appendix B of the above JIS. Handling of other accessories is to be determined in accordance with JIS C
0950:2008.
5. LED lighting equipment in this section refers to lighting equipment that uses white
illuminating LED, hanging type, direct-mount type, built-in type, wall putting type and desk lamp. However, LED lighting equipment to attach LED lamps that have a
structure of feeding power to the LED lamp through the cap, among LED lighting equipment that can install the LED lamp that used with traditional fluorescent
lamps that have the same shape
126 14. In order to achieve an adequate management of chemical substances, each
procurement organization will manage and preserve content information of specified chemical substances that had been confirmed upon acquisition of the
product.
Table 1: Standard Energy Consumption Efficiency of Fluorescent Lighting Equipment
Category Standard
energy consumption
efficiency Intended
use Lamp shape
Lamp size
For service use
Straight tube
type or twin tube
compact type
Using fluorescent lamp of 86 or above in size category
100.8 Using fluorescent lamp of less than 86 in
size category 100.5
Compact type
of non-twin tube
shape 61.6
For residential
use Circular type or
Straight tube
type Using fluorescent lamp of 70 or above in
total of size category counts except ones using straight tube type fluorescent lamps of
20 in size category 91.6
Using fluorescent lamp of less than 70 in total of size category counts.
Using fluorescent lamp of 70 or above in total of size category counts and using
straight tube type fluorescent lamp which size is 20.
78.1
For desk
lamp Straight
tube type or compact
type 70.8
Note: 1.
Fluorescent lamp size category refers to, among straight tube type fluorescent lamps,
the rated lamp power prescribed under 2.3.1 of JIS C 7617-2 for dedicated high frequency lighting type fluorescent lamps or to the size category prescribed under
2.3.1 of JIS C 7617-2 for any other straight tube type fluorescent lamps, to the rated lamp power prescribed under 2.3.1 of JIS C7618-2 for compact type fluorescent lamps
or circular dedicated high frequency lighting type fluorescent lamps, or to the rated lamp power or size category prescribed under 2.3.1 of JIS C7618-2 for any other
circular fluorescent lamps than circular dedicated high frequency lighting type fluorescent lamps. For any fluorescent lamps to which none of these prescriptions
applies, the size category refers to the rated lamp power. However, for ones of high output lighting type among circular dedicated high frequency lighting type fluorescent
lamps, the size category refers to the value of lamp power at the time of high output lighting.
127 2.
Energy consumption efficiency is calculated according to “3 Energy Consumption Efficiency M easurement M ethods,” in M inistry of International Trade and Industry
notification No.54 M arch 19, 2010, based on the Law Concerning the Rational Use of Energy.
Table 2: Standard of Intrinsic Energy Consumption Efficiency of LED Lighting Equipment
Light source color Intrinsic energy
consumption efficiency Daylight
70lmW or more Daylight white
White 60lmW or more
Warm white Usual electric bulb color
Note: 1.
Light source color is in accordance with the category of the light source color of
fluorescent lamp by JIS Z 9112. 2.
Equipments emitting any color of other than daylight, daylight white, white, warm
white and usual electric bulb color will not be considered as LED lighting equipment under consideration in the evaluation criteria in this section.
2 Target Setting Guideline Ratio of the number of products meeting the criteria to the total number of products to be
purchased in the fiscal year.
128
10-2. Lamps 1 Items and Evaluation Criteria
Fluorescent lamps tube type 40
fluorescent lamps Evaluation Criteria
Product must meet one of the following criteria. 1 High-frequency lighting Hf lamps meet the following
criteria. a.
Energy consumption efficiency: Lamp efficiency is no less than 100lmW.
b. Average color rendering index Ra of 80 or more.
c. Tube diameter of no more than 25.5 1.2 mm.
d. No more than average of 5 mg encapsulated mercury per
product. e.
Rated life of at least 10,000 hours. 2 Rapid-start fluorescent lamps or fluorescent lamps with starter,
meet the following criteria. a.
Energy consumption efficiency: Lamp efficiency is no less than 851mW.
b. Average color rendering index Ra of 80 or more.
c. Tube diameter of no more than 32.5 1.5 mm.
d. No more than average of 5 mg encapsulated mercury per
product. e.
Rated life of at least 10,000 hours.
Factors for Consideration Packaging and stowage is to be as simple as possible and take into
account ease of recycling and reduced environmental impact upon disposal.
Light bulb-shaped lamps
Evaluation Criteria M eet one of the following criteria.
1 Bulb-shaped LED lamps must meet the following criteria.
a. Energy consumption efficiency must meet the standard of the lamp efficiency of the applicable category in Table 1.
However, for reflective lamps whose divergence is less than 90 degrees, the energy consumption efficiency lamp
efficiency is no less than 45lmW.
b. Average color rendering index Ra of 70 or more. c. Rated life of at least 30,000 hours.
2 Self-ballasted fluorescent lamps must meet the following
criteria. a.
Energy consumption efficiency is not lower than the standard energy consumption efficiency of applicable
category in Table 2. b.
No more than average 4 mg encapsulated mercury per product.
c. Rated life of at least 6,000 hours
3 Other than noted above 1 or 2, must meet the following criteria.
129 a.
130
Table 1: Standard of Lamp Efficiency for Bulb-shaped LED Lamps
Total luminous flux Light source color
Lamp efficiency
400lm or more Daylight
75lmW or more Daylight white
White 60lmW or more
Warm white Usual electric bulb color
Less than 400lm Daylight
65lmW or more Daylight white
White 55lmW or more
Warm white Usual electric bulb color
Note: 1. Light source color is in accordance with the category of the light source color of
fluorescent lamp by JIS Z 9112. 2. Equipments that emitting other than any color of daylight, daylight white, white, warm
white and usual electric bulb color will not be considered as Bulb-shaped LED lighting under consideration in this section.
3. For the lamps regulate amount of light and light color temperature, the standard of the lamp efficiency is the value in which 5lmW is subtracted from the applicable category
of total luminous flux and light source color in Table 1. The lamp efficiency of that is assumed to be the ratio calculated from the total luminous flux at the maximum power
consumption.
131
Table 2: Standard Energy Consumption Efficiency of S elf-ballasted Fluorescent Lamp
Category Standard
energy consumption
efficiency Fluorescent
lamp size category
Light source color of
Fluorescent lamp Shape of fluorescent lamp
10 Usual electric bulb
color 60.6
Daylight white 58.1
Daylight 55.0
15 Usual electric bulb
color 67.5
Daylight white 65.0
Daylight 60.8
25 Usual electric bulb
color Fluorescent lamp is exposed
72.4 Fluorescent
lamp is
not exposed
69.1 Daylight white
Fluorescent lamp is exposed 69.5
Fluorescent lamp
is not
exposed 66.4
Daylight Fluorescent lamp is exposed
65.2 Fluorescent
lamp is
not exposed
62.3
Note:
1. Equipments that meet any of the following criteria will not be considered as
Self-ballasted fluorescent lamp under consideration in the evaluation criteria.
a. Ones structured as to have a reflector. b. Ones having a function to regulate light.
c. Ones emitting light of any other color than that of daylight, daylight white,
white, warm white or usual electric bulb color. d. Ones designed for use in henhouse.
e. Ones allowing separation of fluorescent lamp. f. Ones whose globe for fluorescent lamp protection is transparent.
2. Fluorescent lamp size category refers to the category of size prescribed under JIS C
