Untitled document
Victorian Energy Efficiency Target Amendment (Further Prescribed Activities) Regulations 2012
S.R. No. 32/2012
TABLE OF PROVISIONS
Regulation Page
1Objective
2Authorising provision
3Commencement
4Principal Regulations
5Definitions
6Prescribed activities for which certificates may be created
7Manner in which right to create a certificate may be assigned
in certain cases8New regulation 6C inserted
6CMethod and variables for calculating emissions
reduced by prescribed activity
9Certificate not to be created more than once for same product
or activity in residential premises10Conditions and circumstances under which a certificate cannot
be created11Schedule 1 amended
12Schedule 2 amended
13Schedule 3 amended
14Schedule 4 amended
15Schedule 5 amended
16Schedule 6 amended
17Schedule 7 amended
18Schedule 8 amended
19Schedule 9 amended
20Schedule 10 amended
21Schedule 11 amended
22Schedule 12 amended
23Schedule 13 amended
24Schedule 14 amended
25Schedule 15 amended
26Schedule 17 amended
27Schedule 19 amended
28Schedule 20 amended
29Schedule 21 amended
30Schedule 22 amended
31Schedule 23 amended
32Schedule 24 amended
33Schedule 25 amended
34Schedule 26 amended
35Schedule 28 amended
36Schedule 29 amended
37Schedule 30 amended
38New Schedules 31 to 34 inserted
SCHEDULE 31—High Efficiency Motor Replacing an Electric Motor
PART A—CRITERIA
PART B—CALCULATION OF CARBON DIOXIDE EQUIVALENTS OF GREENHOUSE GASES
PART C—TIME AT WHICH ACTIVITY UNDERTAKEN
SCHEDULE 32—High Efficiency Refrigerated Display Cabinet Replacing a Refrigerated
Display CabinetPART A—CRITERIA
PART B—CALCULATION OF CARBON DIOXIDE EQUIVALENTS OF GREENHOUSE GASES
PART C—TIME AT WHICH ACTIVITY UNDERTAKEN
SCHEDULE 33—Refrigeration Fan Replacement
PART A—CRITERIA
PART B—CALCULATION OF CARBON DIOXIDE EQUIVALENTS OF GREENHOUSE GASES
PART C—TIME AT WHICH ACTIVITY UNDERTAKEN
SCHEDULE 34—Lighting Upgrade
PART A—CRITERIA
PART B—CALCULATION OF CARBON DIOXIDE EQUIVALENTS OF GREENHOUSE GASES
PART C—TIME AT WHICH ACTIVITY UNDERTAKEN
═══════════════
ENDNOTES
STATUTORY RULES 2012
S.R. No. 32/2012
Victorian Energy Efficiency Target Act 2007
Victorian Energy Efficiency Target Amendment (Further Prescribed Activities) Regulations 2012
The Governor in Council makes the following Regulations:
Dated: 15 May 2012
Responsible Minister:
MICHAEL O'BRIEN
Minister for Energy and ResourcesMATTHEW McBEATH
Clerk of the Executive Council
1Objective
The objective of these Regulations is to amend the Victorian Energy Efficiency Target Regulations 2008 to—
(a)prescribe activities that will result in a reduction of greenhouse gas emissions that would not otherwise have occurred if the activities were not undertaken; and
(b)prescribe the method and variables to be used to calculate the carbon dioxide equivalent of greenhouse gases to be reduced by the prescribed activities; and
(c)clarify how the methods and variables are prescribed for calculating the carbon dioxide equivalent of greenhouse gases to be reduced by prescribed activities; and
(d)incorporate more recent versions of certain documents that are relevant to certain prescribed activities; and
(e)make other minor and technical amendments.
2Authorising provision
These Regulations are made under section 75 of the Victorian Energy Efficiency Target Act 2007.
3Commencement
These Regulations come into operation on 17 May 2012.
4Principal Regulations
In these Regulations, the Victorian Energy Efficiency Target Regulations 2008[1] are called the Principal Regulations.
5Definitions
In regulation 4 of the Principal Regulations insert the following definitions—
"daylight-linked control means a product that, using a photoelectric cell, is able to automatically vary the light output of a light fitting to compensate for the availability of daylight;
IEC 60034-2-1 means IEC 60034-2-1 'Rotating electrical machines - Part 2-1: Standard methods for determining losses and efficiency from tests (excluding machines for traction vehicles)' published by the International Electrotechnical Commission on 10 September 2007;
IEC/TS 60034-31 means IEC/TS 60034-31 'Rotating electrical machines - Part 31: Selection of energy-efficient motors including variable speed applications - Application guide' published by the International Electrotechnical Commission on 26 April 2010;
lamp circuit power, in relation to a lamp, means—
(a)the power drawn by the lamp; and
(b)the power losses of any associated ballast or transformer, which are divided equally between the lamp and any other lamps associated with the ballast or transformer;
lighting control device means a device that is used to control the lighting output of a light fitting;
Examples
Occupancy sensors, daylight-linked controls, programmable dimmers, manual dimmers and voltage reduction units are lighting control devices.
lighting equipment includes—
(a)lamps;
(b)T5 adaptors;
(c)light fittings;
(d)lighting control devices;
(e)reflectors;
manual dimmer means a product that enables manual control of a light fitting's light output by a dial, slider or other mechanism;
occupancy sensor means a motion sensor that detects occupants and switches up to 6 light fittings on and off accordingly;
programmable dimmer means a product that can automatically set a light fitting's light output to pre-selected light levels according to the time of day or input from a photoelectric cell or an occupancy sensor;
T5 adaptoris a product that will modify a T8 or T12 light fitting to use a T5 lamp without the need for internal re-wiring of the light fitting;
voltage reduction unit means a product used to reduce voltage to a light fitting;".
6Prescribed activities for which certificates may be created
(1)In regulation 6(1)(k) of the Principal Regulations, after "16 April 1992" insert "incorporating Amendment No. 1 published on 9 March 2012".
(2)In regulation 6(2)(a) of the Principal Regulations, after "16 April 1992" insert "incorporating Amendment No. 1 published on 9 March 2012".
(3)In regulation 6(2)(c) of the Principal Regulations for "30." substitute "30;".
(4)After regulation 6(2)(c) of the Principal Regulations insert—
"(d)in a building that is classified under Part A3 of the 2008 edition of the Building Code as Class 3, or in the common areas of a building that is classified as Class 2, undertaking a lighting upgrade by doing any of the following—
(i)installing lighting equipment referred to in Part A of Schedule 34 and decommissioning any replaced lighting equipment; or
(ii)removing no more than half the lamps from a multiple lamp fitting and decommissioning any associated ballast or tombstone.
Note
Under regulation 10(2), a certificate may not be created in respect of this prescribed activity unless either the lighting upgrade meets particular standards, or the ESC determines that the lighting upgrade is not required to meet those standards.".
(5)After regulation 6(2) of the Principal Regulations insert—
"(3)For the purposes of section 15 of the Act, the following activities undertaken in business premises or other non-residential premises are prescribed—
(a)decommissioning a three‑phase electric motor with a minimum rated output between 0·75 and 185 kW that does not comply with the criteria specified in Part A of Schedule 31 and installing a product that complies with the criteria specified in Part A of Schedule 31;
(b)decommissioning a refrigerated display cabinet that does not comply with the criteria specified in Part A of Schedule 32 and installing a product that complies with the criteria specified in Part A of Schedule 32;
(c)installing a product that complies with the criteria specified in Part A of Schedule 33 after decommissioning a fan that is used in a refrigerated display cabinet, commercial freezer or cool room and its associated motor, being a shaded pole motor or permanent split capacitor motor that—
(i)in the case of an external rotor motor, has a rated motor output of not more than 600 watts; or
(ii)in any other case, has a rated motor input of not more than 800 watts;
(d)in a building or structure that is classified under Part A3 of the 2008 edition of the Building Code as Class 5, 6, 7, 8, 9 or 10(b), undertaking a lighting upgrade by doing any of the following—
(i)installing lighting equipment referred to in Part A of Schedule 34 and decommissioning any replaced lighting equipment; or
(ii)removing no more than half the lamps from a multiple lamp fitting and decommissioning any associated ballast or tombstone.
Note
Under regulation 10(2), a certificate may not be created in respect of this prescribed activity unless either the lighting upgrade meets particular standards, or the ESC determines that the lighting upgrade is not required to meet those standards.".
7Manner in which right to create a certificate may be assigned in certain cases
In regulation 6A(a) of the Principal Regulations, for "regulation 6(1)(o)" substitute "regulation 6(1)(o), when undertaken in residential premises,".
8New regulation 6C inserted
After regulation 6B of the Principal Regulations insert—
"6C Method and variables for calculating emissions reduced by prescribed activity
(1)For the purposes of section 18(2) of the Act, the method and variables to be used to calculate the carbon dioxide equivalent of greenhouse gases to be reduced by a prescribed activity referred to in regulation 6 are specified in Part B of the Schedule applying to that prescribed activity.
(2)For the purposes of calculating the carbon dioxide equivalent of greenhouse gases to be reduced by a prescribed activity referred to in regulation 6(2)(d) or (3)(d), the ESC may determine the lamp circuit power for lamps of a particular type to be a particular value if—
(a)the accredited person undertaking the activity—
(i)requests that the ESC determine the lamp circuit power for that type of lamp to be that value; and
(ii)provides the ESC with documentation supporting that request (including, for example, product specification sheets and laboratory test reports); and
(b)the ESC is satisfied that it is reasonable to determine the lamp circuit power as requested.
Note
Under regulation 10(3), a certificate may not be created in respect of this prescribed activity if the activity involves lamps of certain types and the ESC has not determined the lamp circuit power for lamps of those types.".
9Certificate not to be created more than once for same product or activity in residential premises
(1)In regulation 8(2)(e) of the Principal Regulations for "25." substitute "25;".
(2)After regulation 8(2)(e) of the Principal Regulations insert—
"(f)a prescribed activity involving the undertaking of a lighting upgrade referred to in regulation 6(2)(d).".
10Conditions and circumstances under which a certificate cannot be created
(1)For regulation 10(2) of the Principal Regulations substitute—
"(2)For the purposes of section 17(4) of the Act, a certificate cannot be created in relation to a prescribed activity referred to in regulation 6(2)(d) or (3)(d) unless—
(a)either—
(i)the lighting upgrade achieves the minimum illuminance required by AS/NZS 1680.0:2009 published on 15 December 2009; or
(ii)the ESC determines that the lighting upgrade need not achieve that minimum illuminance because it is unreasonable to require the lighting upgrade to achieve that level; and
(b)either—
(i)the lighting upgrade achieves the recommended maintained illuminance specified in table 3.1 of AS/NZS 1680.1:2006 published on 21 February 2006; or
(ii)the ESC determines that the lighting upgrade need not achieve that recommended maintained illuminance because it is unreasonable to require the lighting upgrade to achieve that level.".
(2)After regulation 10(2) of the Principal Regulations insert—
"(3)For the purposes of section 17(4) of the Act, a certificate cannot be created in relation to a prescribed activity referred to in regulation 6(2)(d) or (3)(d) if—
(a)the activity is undertaken in a premises in which there is installed, or will be installed as part of the prescribed activity, a lamp of a type that is not listed in column 2 of Table 1 of Schedule 34; and
(b)the lamp circuit power for lamps of that type must be determined to calculate the abatement factor for that prescribed activity; and
(c)the ESC has not determined the lamp circuit power for lamps of that type in relation to the prescribed activity under regulation 6C(2).".
11Schedule 1 amended
For the first paragraph of Part B of Schedule 1 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the decommissioning of an electric resistance water heater, and the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
12Schedule 2 amended
For the first paragraph of Part B of Schedule 2 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
13Schedule 3 amended
For the first paragraph of Part B of Schedule 3 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the decommissioning of a gas or liquefied petroleum gas heater and the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
14Schedule 4 amended
For the first paragraph of Part B of Schedule 4 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
15Schedule 5 amended
For the first paragraph of Part B of Schedule 5 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the decommissioning of a ducted gas space heater and the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
16Schedule 6 amended
For the first paragraph of Part B of Schedule 6 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the decommissioning of a central electric resistance heater and the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
17Schedule 7 amended
For the first paragraph of Part B of Schedule 7 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the decommissioning of a ducted air to air heat pump and the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
18Schedule 8 amended
For the first paragraph of Part B of Schedule 8 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the decommissioning of a central electric resistance heater and the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
19Schedule 9 amended
For the first paragraph of Part B of Schedule 9 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
20Schedule 10 amended
For the first paragraph of Part B of Schedule 10 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
21Schedule 11 amended
In Schedule 11 to the Principal Regulations—
(a)after the heading "CEILING INSULATION" after "published on 16 April 1992" insert "incorporating Amendment No. 1 published on 9 March 2012";
(b)for the first paragraph of Part B substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product or products referred to in an item in Part A is calculated by multiplying the area of insulation (m2) by the abatement factor for that item by the regional factor applying to the place where the product or products are installed.".
22Schedule 12 amended
In Schedule 12 to the Principal Regulations—
(a)after the heading "UNDER FLOOR INSULATION" after "published on 16 April 1992" insert "incorporating Amendment No. 1 published on 9 March 2012";
(b)for the first paragraph of Part B substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product or products referred to in an item in Part A is calculated by multiplying the area of insulation (m2) by the abatement factor for that item by the regional factor applying to the place where the product or products are installed.".
23Schedule 13 amended
For the first paragraph of Part B of Schedule 13 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product referred to in an item in Part A is calculated by multiplying the area of glazing (m2) by the abatement factor for that item by the regional factor applying to the place where the product is installed.".
24Schedule 14 amended
For the first paragraph of Part B of Schedule 14 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product referred to in an item in Part A is calculated by multiplying the area of glazing (m2) by the abatement factor for that item by the regional factor applying to the place where the product is installed.".
25Schedule 15 amended
For the first paragraph of Part B of Schedule 15 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product or products installed is the sum of the figures obtained by multiplying the number of activities undertaken in the premises under each item in Part A by the abatement factor for that item (or, in the case of item 15B, by the area in m2 of the window the frame of which is sealed) and by the regional factor applying to the place where the product or products are installed.".
26Schedule 17 amended
For the first paragraph of Part B of Schedule 17 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the decommissioning of a non-low flow shower rose and the installation of a product referred to in an item in Part A is calculated by multiplying the number of products installed (not being more than 2 if installed in residential premises) by the abatement factor for that item and multiplying the result by the regional factor applying to the place where the product is installed.".
27Schedule 19 amended
In Schedule 19 to the Principal Regulations—
(a)in Part A, in item 19A, for "residential" substitute "the";
(b)for the first paragraph of Part B substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the removal and destruction of an item referred to in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the premises from which the item is removed is situated.".
(c)after the heading "19A Regional factor" in Part B, in paragraphs (a) and (b) omit "residential" (wherever occurring);
(d)in Part C, in item 19A, for "residential" substitute "the".
28Schedule 20 amended
For the first paragraph of Part B of Schedule 20 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
29Schedule 21 amended
(1)In the heading to Schedule 21 to the Principal Regulations, for "LIGHTING" substitute "INCANDESCENT LIGHTING".
(2)For the first paragraph of Part B of Schedule 21 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product or products referred to in an item in Part A is the sum of the figures obtained by multiplying the number of lamps installed in the premises under each item in Part A by the abatement factor for that item by the PF multiplier for that item and by the regional factor applying to the place where the product or products are installed.".
30Schedule 22 amended
For the first paragraph of Part B of Schedule 22 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
31Schedule 23 amended
For the first paragraph of Part B of Schedule 23 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
32Schedule 24 amended
For the first paragraph of Part B of Schedule 24 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
33Schedule 25 amended
For the first paragraph of Part B of Schedule 25 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
34Schedule 26 amended
For the first paragraph of Part B of Schedule 26 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
35Schedule 28 amended
For the first paragraph of Part B of Schedule 28 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the decommissioning of existing gas heating ductwork and the installation of ductwork referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the ductwork is installed.".
36Schedule 29 amended
For the first paragraph of Part B of Schedule 29 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product or products referred to in an item in Part A is the sum of the figures obtained by multiplying the number of products installed (not being more than 4 if in residential premises) in the premises under each item in Part A, by the abatement factor for that item.".
37Schedule 30 amended
For the first paragraph of Part B of Schedule 30 to the Principal Regulations substitute—
"The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item by the regional factor applying to the place where the product is installed.".
38New Schedules 31 to 34 inserted
After Schedule 30 of the Principal Regulations insert—
"__________________
SCHEDULE 31
Regulation 6(3)(a)
HIGH EFFICIENCY MOTOR REPLACING AN ELECTRIC MOTOR
Prescribed activity under regulation 6(3)(a): Decommissioning a three‑phase electric motor with a minimum rated output between 0·75 and 185 kW that does not comply with the criteria specified in Part A of Schedule 31 and installing a product that complies with the criteria specified in Part A of Schedule 31.
PART A—CRITERIA
Item
31A A three-phase cage induction motor (within the meaning of the Electricity Safety (Equipment Efficiency) Regulations 2009[2]) that—
(a)is labelled or marked as a high efficiency motor; and
(b)has 2, 4, 6 or 8 poles; and
(c)is listed on the ESC register; and
(d)is listed on the register kept by Energy Safe Victoria (within the meaning of the Electricity Safety Act 1998) under regulation 54 of those Regulations; and
(e)is listed on the register referred to in paragraph (d) as having a rated output that is equal to the output of the motor being replaced.
31B A three-phase cage induction motor (within the meaning of the Electricity Safety (Equipment Efficiency) Regulations 2009) that—
(a)meets the requirements for an IE4 (Super Premium) efficiency level motor proposed in Appendix A of IEC/TS 60034-31 when tested in accordance with IEC 60034-2-1; and
(b)has 2, 4 or 6 poles; and
(c)is listed on the register kept by Energy Safe Victoria (within the meaning of the Electricity Safety Act 1998) under regulation 54 of those Regulations; and
(d)is listed on the register referred to in paragraph (c) as having a rated output that is equal to the output of the motor being replaced.
PART B—CALCULATION OF CARBON DIOXIDE EQUIVALENTS OF GREENHOUSE GASES
The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the decommissioning of a three‑phase electric motor with a rated output between 0·75 and 185kW that does not meet the requirements of Part A and the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor for that item (determined according to the minimum rated output of the motor) by the regional factor applying to the place where the product is installed.
The following are the abatement factors and regional factors for each item in Part A:
Item
31A The abatement factor for a motor is specified in column 3 of the following Table in respect of the minimum rated output (in kW) of the motor, as specified in column 2 of that Table.
Column 1
Item
Column 2
Minimum rated output (kW)
Column 3
Abatement factor
1 0·75 0·25 2 1·1 0·33 3 1·5 0·40 4 2·2 0·54 5 3 0·91 6 4 1·12 7 5·5 1·41 8 7·5 1·75 9 11 3·29 10 15 4·08 11 18·5 4·77 12 22 5·38 13 30 6·82 14 37 7·66 15 45 11·72 16 55 13·33 17 75 17·16 18 90 18·07 19 110 28·77 20 132 30·71 21 150 33·71 22 185 41·58 31B The abatement factor for a motor is specified in column 3 of the following Table in respect of the minimum rated output (in kW) of the motor, as specified in column 2 of that Table.
Column 1
Item
Column 2
Minimum rated output (kW)
Column 3
Abatement factor
1 0·75 0·48 2 1·1 0·67 3 1·5 0·77 4 2·2 1·10 5 3 1·83 6 4 2·16 7 5·5 3·08 8 7·5 3·67 9 11 7·53 10 15 8·81 11 18·5 10·31 12 22 12·11 13 30 13·92 14 37 15·78 15 45 24·16 16 55 27·87 17 75 30·68 18 90 33·50 19 110 48·82 20 132 51·09 21 150 50·65 22 185 68·77 31A–31B Regional factor:
(a)If the product is installed in metropolitan
Victoria: 0·98;(b)If the product is installed in regional
Victoria: 1·04.
PART C—TIME AT WHICH ACTIVITY UNDERTAKEN
Item
31A–31B At the beginning of the later of the following days—
(a)the day on which the installed product is first able to deliver power; or
(b)the day on which the replaced motor is decommissioned.
__________________
SCHEDULE 32
Regulation 6(3)(b)
HIGH EFFICIENCY REFRIGERATED DISPLAY CABINET REPLACING A REFRIGERATED DISPLAY CABINET
Prescribed activity under regulation 6(3)(b): Decommissioning a refrigerated display cabinet that does not comply with the criteria specified in Part A of Schedule 32 and installing a product that complies with the criteria specified in Part A of Schedule 32.
PART A—CRITERIA
Item
32A A refrigerated display cabinet that—
(a)is rated as 'high efficiency' within the meaning of AS 1731.14-2003 published on 1 October 2003 and reissued December 2005 incorporating Amendment No. 1 when tested in accordance with AS 1731.9-2003 published on 1 October 2003 and reissued December 2005 incorporating Amendment No. 1 and AS 1731.12-2003 published on 1 October 2003 and reissued December 2005 incorporating Amendment No. 1; and
(b)has a total display area in m2, as determined in accordance with AS 1731.14-2003 published on 1 October 2003 and reissued December 2005 incorporating Amendment No. 1, that is, in the opinion of the ESC, similar to the total display area in m2 of the decommissioned refrigerated display cabinet; and
(c)is the same type as the decommissioned refrigerated display cabinet within the meaning of Appendix A of AS 1731.14-2003 published on 1 October 2003 and reissued December 2005 incorporating Amendment No. 1.
PART B—CALCULATION OF CARBON DIOXIDE EQUIVALENTS OF GREENHOUSE GASES
The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the decommissioning of a refrigerated display cabinet and the installation of a product referred to in an item in Part A is calculated by multiplying the total display area (m2) of that item by the abatement factor for that item and by the regional factor applying to the place where the product is installed.
The following are the abatement factors and regional factors for each item in Part A:
Item
32A The abatement factor for a refrigerated display cabinet is specified in column 3 of the following Table in respect of the type and subclass (within the meaning of Appendix A of AS 1731.14-2003 published on 1 October 2003 and reissued December 2005 incorporating Amendment No. 1) of the refrigerated display cabinet, as specified in column 2 of that Table.
Column 1
ItemColumn 2
Refrigerated display cabinet type and subclass
Column 3
Abatement factor1 RS 1- unlit shelves 9·4 2 RS 1- lit shelves 16·0 3 RS 2- unlit shelves 9·5 4 RS 2- lit shelves 12·7 5 RS 3- unlit shelves 10·2 6 RS 3- lit shelves 13·8 7 RS 4- glass door 6·7 8 RS 6- gravity coil 9·7 9 RS 6- fan coil 9·7 10 RS 7- fan coil 11·1 11 RS 8- gravity coil 8·4 12 RS 8- fan coil 9·0 13 RS 9- fan coil 9·1 14 RS 10- low 12·8 15 RS 11 26·1 16 RS 12 45·4 17 RS 13- solid sided 14·6 18 RS 13- glass sided 13·4 19 RS 14- solid sided 9·1 20 RS 14- glass sided 54·5 21 RS 15- glass door 21·8 22 RS 16- glass door 23·8 23 RS 18 19·9 24 RS 19 14·8 25 HC 1 6·8 26 HC 4 9·2 27 VC 1 19·5 28 VC 2 15·5 29 VC4- solid door 22·4 30 VC4- glass door 14·7 31 HF4 15·8 32 HF6 4·7 33 VF4- solid door 24·6 34 VF4- glass door 24·6 32A Regional factor:
(a)If the product is installed in metropolitan
Victoria: 0·98;
(b)If the product is installed in regional
Victoria: 1·04.
PART C—TIME AT WHICH ACTIVITY UNDERTAKEN
Item
32A At the beginning of the later of the following days—
(a)day on which the installed product is first able to deliver refrigeration; or
(b)the day on which the replaced product is decommissioned.
__________________
SCHEDULE 33
Regulation 6(3)(c)
REFRIGERATION FAN REPLACEMENT
Prescribed activity under regulation 6(3)(c): Installing a product that complies with the criteria specified in Part A of Schedule 33 after decommissioning a fan that is used in a refrigerated display cabinet, commercial freezer or cool room and its associated motor, being a motor that is of a certain type.
PART A—CRITERIA
Item
33A A fan that is powered by an electronically commutated motor, being a permanent magnet motor with electronic commutation, with an equivalent output to the decommissioned fan motor.
PART B—CALCULATION OF CARBON DIOXIDE EQUIVALENTS OF GREENHOUSE GASES
The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by the decommissioning of a fan and its associated motor and the installation of a product referred to in an item in Part A is calculated by multiplying the abatement factor of that item by the regional factor applying to the place where the product is installed.
The following is the abatement factor and regional factor for each item in Part A:
Item
33A Abatement factor:
To be determined in accordance with the formula—
(IP × 0.7692 + 19.385) × (1 + (1 ÷ COP)) × 0.02952
Where—
IP is the input power in watts of the motor that powers the fan;
COP is the coefficient of performance for the refrigerator in which the fan is installed, as specified in column 3 of the following Table in respect of the type of the refrigerator, as specified in column 2 of that Table.
Column 1
Item
Column 2
Refrigerator type
Column 3
COP
1 Refrigerator display cabinet 2·80 2 Freezer 1·80 3 Cool room 2·56 33A Regional factor:
(a)If the product or products are installed in metropolitan Victoria: 0·98;
(b)If the product or products are installed in
regional Victoria: 1·04.
PART C—TIME AT WHICH ACTIVITY UNDERTAKEN
Item
33A At the beginning of the later of the following days—
(a)the day on which the installed motor is first able to deliver power to the installed fan; or
(b)the day on which the replaced product is decommissioned.
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SCHEDULE 34
Regulation 6(2)(d) and (3)(d)
LIGHTING UPGRADE
Prescribed activities under regulation 6(2)(d) and (3)(d): Undertaking a lighting upgrade in certain buildings, structures or areas by installing lighting equipment referred to in Part A of Schedule 34 and decommissioning any replaced lighting equipment, or doing certain things to a multiple lamp fitting.
PART A—CRITERIA
Item
34A A T5 adaptor that has—
(a)a lamp with a minimum wattage of 14 watts; and
(b)a power factor of at least 0·9; and
(c)a ballast made from rigid non-metallic material.
34B A lighting control device, other than a voltage reduction unit, that is certified by the manufacturer as appropriate for use with the type of lamps it will be required to control.
34C A voltage reduction unit that—
(a)has an output voltage ascertained by an approved laboratory in accordance with a laboratory test approved by ESC; and
(b)is not installed in conjunction with electronic ballasts.
34D Any other lighting equipment except—
(a)a T5 adaptor that does not meet the criteria referred to in item 34A;
(b)a lighting control device, other than a voltage reduction unit, that does not meet the criteria referred to in item 34B; or
(c)a voltage reduction unit that does not meet the criteria referred to in item 34C.
PART B—CALCULATION OF CARBON DIOXIDE EQUIVALENTS OF GREENHOUSE GASES
The carbon dioxide equivalent (in tonnes) of greenhouse gases to be reduced by undertaking a lighting upgrade is determined by multiplying the abatement factor for the lighting upgrade by the regional factor for the lighting upgrade.
Abatement factor
The abatement factor for a lighting upgrade is calculated by multiplying the energy savings by 0·963, where energy savings are calculated using equation 1.
Equation 1
Energy savings = baseline energy consumption - upgrade energy consumption where—
baseline energy consumption is in MWh and is calculated—
(a)if the lighting upgrade is part of a site refurbishment that is required to comply with Part J6 of the 2011 edition of the Building Code or the 2012 edition of the Building Code, using Equation 2; or
(b)in any other case, using Equation 3;
upgrade energy consumption is in MWh, and is calculated using Equation 4.
Equation 2
Baseline Energy Consumption (MWh)= Σ Each Space ( IPD × Area × Asset Lifetime × Annual Operating Hours × CM × AM ) ÷106
where—
Each Space means each space within the site of the lighting upgrade that requires a different illumination power density (IPD) within the meaning of Part J6 of the 2011 edition of the Building Code;
IPD is the maximum allowable illumination power density for the space (in watts/m2), as specified by Table J6.2a of the 2011 edition of the Building Code;
Area is the area of the space in m2;
Asset Lifetime is—
(a)if, as part of the lighting upgrade—
(i)a light fitting, ballast or transformer (and any associated lamp or reflector) is installed in the space; and
(ii)no lighting equipment of any other type (other than a lighting control device) is installed in the space—
10 years; or
(b)if, as part of the lighting upgrade—
(i)no more than half the lamps are removed from a multiple lamp fitting in the space; and
(ii)any ballast or transformer associated with the removed lamps is decommissioned; and
(iii)no light fittings, ballasts, transformers, lamps or T5 adaptors are installed in the space—
the lowest manufacturer's rated lifetime (in hours and not exceeding 30 000 hours) for a lamp that is in the space before the lighting upgrade is undertaken divided by Annual Operating Hours; or
(c)in any other case, the lowest manufacturer's rated lifetime (in hours and not exceeding 30 000 hours) for a lamp that is in the space after the lighting upgrade is undertaken divided by Annual Operating Hours;
Annual Operating Hours is 3 000 hours;
CM is the control multiplier for the space, being—
(a)if no lighting control device is installed in respect of light fittings in that space, 1; or
(b)if one type of lighting control device is installed in respect of light fittings in that space, the number specified in column 3 of Table 2 in respect of the type of the lighting control device as specified in column 2 of that Table; or
(c)if more than one type of lighting control device is installed in respect of light fittings in that space—
(i)the product of the two lowest numbers specified in column 3 of Table 2 in respect of the types of those lighting control devices as specified in column 2 of that Table; or
(ii)if the product referred to in subparagraph (i) is lower than 0·6, 0·6;
AM is the air conditioning multiplier, being—
(a)if the space is air conditioned, 1·05; or
(b)if the space is not air conditioned, 1.
Equation 3
Baseline energy consumption (MWh) = Σ Each Incumbent Lamp (LCP × Asset Lifetime × Annual Operating Hours × CM × AM ) ÷106
where—
Each Incumbent Lamp means each lamp and associated ballast and transformer (if any) in the site of the lighting upgrade before the lighting upgrade is undertaken;
LCP means the lamp circuit power for the lamp, being—
(a)if the ESC has determined the lamp circuit power for the type of the lamp in relation to the lighting upgrade in accordance with regulation 6C(2), the lamp circuit power determined by the ESC; or
(b)in any other case, the value specified in column 3 of Table 1 of this Schedule in respect of the type of the lamp as specified in column 2 of that Table;
Asset Lifetime is—
(a)if, as part of the lighting upgrade—
(i)the lamp is removed from a multiple lamp fitting from which no more than half of the installed lamps are removed; and
(ii)any ballast or transformer associated with the removed lamps is decommissioned—
the manufacturer's rated lifetime (in hours and not exceeding 30 000 hours) for the lamp divided by Annual Operating Hours; or
(b)if, as part of the lighting upgrade, the lamp is removed and not replaced and—
(i)the ballast or transformer associated with the lamp is replaced; or
(ii)the light fitting in which the lamp was installed is removed—
10 years; or
(c)if, as part of the lighting upgrade, the lamp is replaced and any ballast or transformer associated with the lamp is also replaced, 10 years; or
(d)if, as part of the lighting upgrade, the lamp is replaced and—
(i)the ballast or transformer associated with the lamp is not replaced; or
(ii)there is no ballast or transformer associated with the lamp—
the manufacturer's rated lifetime (in hours and not exceeding 30 000 hours) for the replacement lamp divided by Annual Operating Hours; or
(e)in any other case, the manufacturer's rated lifetime (in hours and not exceeding 30 000 hours) for the lamp divided by Annual Operating Hours;
Annual Operating Hours is 3 000 hours;
CM is the control multiplier for the lamp, being—
(a)if no lighting control device is installed in respect of the lamp, 1; or
(b)if one type of lighting control device is installed in respect of the lamp, the number specified in column 3 of Table 2 in respect of the type of the lighting control device as specified in column 2 of that Table; or
(c)if more than one type of lighting control device is installed in respect of the lamp—
(i)the product of the two lowest numbers specified in column 3 of Table 2 in respect of the types of those lighting control devices as specified in column 2 of that Table; or
(ii)if the product referred to in subparagraph (i) is lower than 0·6, 0·6;
AM is the air conditioning multiplier, being—
(a)if the lamp is in a space that is air conditioned, 1·05; or
(b)if the lamp is in a space that is not air conditioned, 1.
Equation 4
Upgrade energy consumption (MWh) = Σ Each Upgrade Lamp (LCP × Asset Lifetime × Annual Operating Hours × CM × AM ) ÷106
where—
Each Upgrade Lamp means each lamp and associated ballast and transformer (if any) in the site of the lighting upgrade after the prescribed activity is undertaken;
LCP means the lamp circuit power for the lamp, being—
(a)if the ESC has determined the lamp circuit power for the type of the lamp in relation to the lighting upgrade in accordance with regulation 6C(2), the lamp circuit power determined by the ESC; or
(b)in any other case, the value specified in column 4 of Table 1 of this Schedule in respect of the type of the lamp as specified in column 2 of that Table;
Asset Lifetime is—
(a)if the ballast or transformer associated with the lamp is replaced as part of the lighting upgrade, 10 years; or
(b)if the lamp is installed in a lighting fitting that was installed as part of the lighting upgrade, 10 years; or
(c)in any other case, the manufacturer's rated lifetime (in hours and not exceeding 30 000 hours) for the lamp divided by Annual Operating Hours;
Annual Operating Hours is 3000 hours;
CM is the control multiplier for the lamp, being—
(a)if no lighting control device is installed in respect of the lamp, 1; or
(b)if one type of lighting control device is installed in respect of the lamp, the number specified in column 3 of Table 2 in respect of the type of the lighting control device as specified in column 2 of that Table; or
(c)if more than one type of lighting control device is installed in respect of the lamp—
(i)the product of the two lowest numbers specified in column 3 of Table 2 in respect of the types of those lighting control devices as specified in column 2 of that Table; or
(ii)if the product referred to in subparagraph (i) is lower than 0·6, 0·6;
AM is the air conditioning multiplier, being—
(a)if the lamp is in a space that is air conditioned, 1·05; or
(b)if the lamp is in a space that is not air conditioned, 1.
Table 1—Lamp circuit power
| Column 1
| Column 2 Type of incumbent lamp or upgrade lamp | Column 3
| Column 4
|
| 1 | T8 or T12 linear fluorescent or circular fluorescent with an associated ballast marked as having a EEI of A1 | NLP +2 | NLP +2 |
| 2 | T8 or T12 linear fluorescent or circular fluorescent with an associated ballast marked as having a EEI of A2 | NLP | NLP |
| 3 | T8 or T12 linear fluorescent or circular fluorescent with an associated ballast marked as having a EEI of A3 | NLP + 2 | NLP + 2 |
| 4 | T8 or T12 linear fluorescent or circular fluorescent with an associated ballast rated as having a EEI of B1 | NLP + 6 | NLP + 6 |
| Column 1
| Column 2 Type of incumbent lamp or upgrade lamp | Column 3
| Column 4
|
| 5 | T8 or T12 linear fluorescent or circular fluorescent with an associated ballast marked as having a EEI of B2 | NLP + 8 | NLP + 8 |
| 6 | T8 or T12 linear fluorescent or circular fluorescent with an associated ballast marked as having a EEI of C | NLP + 10 | NLP + 10 |
| 7 | T8 or T12 linear fluorescent or circular fluorescent with an associated ballast marked as having a EEI of D | NLP + 12 | NLP + 12 |
| 8 | T8 or T12 linear fluorescent or circular fluorescent with an associated magnetic ballast on which no EEI is marked | NLP + 10 | NLP + 10 |
| 9 | T8 or T12 linear fluorescent or circular fluorescent with an associated electronic ballast on which no EEI is marked | NLP + 2 | NLP + 2 |
| Column 1
| Column 2 Type of incumbent lamp or upgrade lamp | Column 3
| Column 4
|
| 10 | T5 linear fluorescent or circular fluorescent with an associated ballast marked as having a EEI of A1 | 1·13 × NLP + 2·5 | 1·13 × NLP + 2·5 |
| 11 | T5 linear fluorescent or circular fluorescent with an associated ballast marked as having a EEI of A2 | 1·08 × NLP + 1·5 | 1·08 × NLP + 1·5 |
| 12 | T5 linear fluorescent or circular fluorescent with an associated ballast marked as having a EEI of A3 | 1·13 × NLP + 2·5 | 1·13 × NLP + 2·5 |
| 13 | T5 linear fluorescent or circular fluorescent with an associated electronic ballast on which no EEI is marked | 1·13 ×NLP + 2·5 | 1·13 × NLP + 2·5 |
| 14 | Compact fluorescent lamp with non-integral ballast marked as having a EEI of A1 | NLP + 3 | NLP + 3 |
| Column 1
| Column 2 Type of incumbent lamp or upgrade lamp | Column 3
| Column 4
|
| 15 | Compact fluorescent lamp with non-integral ballast marked as having a EEI of A2 | NLP + 1 | NLP + 1 |
| 16 | Compact fluorescent lamp with non-integral ballast marked as having a EEI of A3 | NLP + 3 | NLP + 3 |
| 17 | Compact fluorescent lamp with non-integral ballast marked as having a EEI of B1 | NLP + 5 | NLP + 5 |
| 18 | Compact fluorescent lamp with non-integral ballast marked as having a EEI of B2 | NLP + 7 | NLP + 7 |
| 19 | Compact fluorescent lamp with non-integral ballast marked as having a EEI of C | NLP + 9 | NLP + 9 |
| 20 | Compact fluorescent lamp with non-integral ballast marked as having a EEI of D | NLP + 11 | NLP + 11 |
| Column 1
| Column 2 Type of incumbent lamp or upgrade lamp | Column 3
| Column 4
|
| 21 | Compact fluorescent lamp with non-integral magnetic ballast on which no EEI is marked | NLP + 9 | NLP + 9 |
| 22 | Compact fluorescent lamp with non-integral electronic ballast on which no EEI is marked | NLP + 3 | NLP + 3 |
| 23 | Compact fluorescent with integral ballast | NLP | NLP |
| 24 | Tungsten incandescent or halogen (mains voltage) | NLP × 0·7 | NLP |
| 25 | Tungsten incandescent or halogen (extra low voltage) with magnetic transformer | NLP (being no greater than 37 watts) ÷ 0·8 | NLP ÷ 0·8 |
| 26 | Tungsten incandescent or halogen (extra low voltage) with electronic transformer | NLP (being no greater than 37 watts) ÷ 0·93 | NLP ÷ 0·93 |
| 27 | Metal halide with magnetic ballast (reactor type) | 1·0456 ×NLP + 14 | 1·0456 × NLP + 14 |
| 28 | Metal halide with magnetic ballast (constant wattage type) | 1·071 ×NLP + 22 | 1·071 × NLP + 22 |
| Column 1
| Column 2 Type of incumbent lamp or upgrade lamp | Column 3
| Column 4
|
| 29 | Metal halide with electronic ballast | 1·096 ×NLP + 0·9 | 1·096 × NLP + 0·9 |
| 30 | Mercury vapour with magnetic ballast | 1·033 ×NLP + 11 | 1·033 × NLP + 11 |
| 31 | High pressure sodium (HPS) with magnetic ballast | 1·051 ×NLP + 13 | 1·051 × NLP + 13 |
Notes
1EEI means Energy Efficiency Index within the meaning of AS/NZS 4783.2:2002 published on 23 December 2002.
2NLP means the nominal lamp power, being the manufacturer's rated value for power drawn by a single lamp.
3If the lamp circuit power of a lamp of a type not listed in column 1 is required to calculate the abatement factor, no certificate can be created in relation to the upgrade unless the ESC has determined the lamp circuit power for that type of lamp under regulation 6C(2).
See regulation 10(3).
Table 2—Control multiplier
| Column 1 Item | Column 2 Lighting control device | Column 3 Control multiplier |
| 1 | Occupancy sensor | 0·7 |
| 2 | Daylight-linked control | 0·7 |
| 3 | Programmable dimmer | 0·85 |
| 4 | Manual dimmer | 0·9 |
| 5 | Voltage reduction unit | V2 ÷ 2402 where 'V' is the output voltage of the voltage reduction unit referred to in item 34C(a) of Part A of this Schedule. |
Regional factor
The regional factor for a lighting upgrade is—
(a)if the lighting upgrade is undertaken in metropolitan Victoria, 0·98;
(b)if the lighting upgrade is undertaken in regional Victoria, 1·04.
PART C—TIME AT WHICH ACTIVITY UNDERTAKEN
At the beginning of the day on which the lighting upgrade is completed.".
═══════════════
ENDNOTES
[1] Reg. 4: S.R. No. 158/2008 as amended by S.R. Nos 109/2010, 127/2010, 31/2011, 56/2011, 146/2011, 6/2012 and 14/2012.
[2] Reg. 38 (proposed Schedule 31, Part A, Item 31A): S.R. No. 37/2009 as amended by S.R. Nos 175/2009 and 86/2010.
——
Table of Applied, Adopted or Incorporated Matter
The following table of applied, adopted or incorporated matter is included in accordance with the requirements of regulation 5 of the Subordinate Legislation Regulations 2004.
| Statutory rule provision | Title of applied, adopted or incorporated document | Matter in applied, adopted or incorporated document |
| Regulation 5 which amends regulation 4 of the Principal Regulations | IEC 60034-2-1 Rotating electrical machines - Part 2.1: Standard method for determining losses and efficiency from tests (excluding machines for traction vehicles) published by the International Electrotechnical Commission on 10 September 2007. | The whole |
| Regulation 5 which amends regulation 4 of the Principal Regulations | IEC/TS 60034-31 Rotating electrical machines - Part 31: Selection of energy-efficient motors including variable speed applications - Application guide published by the International Electrotechnical Commission on 26 April 2010. | The whole |
| Statutory rule provision | Title of applied, adopted or incorporated document | Matter in applied, adopted or incorporated document |
| Regulation 6(1) and (2) which inserts new regulation 6(1)(k) and (2)(a) into the Principal Regulations | Amendment No. 1 to AS 3999—1992 Thermal insulation of dwellings—Bulk insulation—Installation requirements published by Standards Australia on 9 March 2012. | The whole |
| Regulation 6(4) and (5) which inserts new regulation 6(2)(d) and (3)(d) into the Principal Regulations | The 2008 edition of the Building Code of Australia comprising— (a) Volume One of the Australian Building Codes Board Series including any variations or additions in the Appendix Victoria set out in the Appendices to that Volume; and (b) Volume Two of the Australian Building Codes Board Series including any Victorian additions set out in Appendix A of that Volume. | Part A3 |
| Regulation 38 which inserts new Schedule 32 into the Principal Regulations | Australian Standard 1731.14-2003 Refrigerated display cabinets - Part 14: Minimum energy performance standard (MEPS) requirements published by Standards Australia on 1 October 2003 and reissued December 2005 incorporating Amendment No. 1. | The whole |
| Statutory rule provision | Title of applied, adopted or incorporated document | Matter in applied, adopted or incorporated document |
| Regulation 38 which inserts new Schedule 32 into the Principal Regulations | Australian Standard 1731.9-2003 Refrigerated display cabinets - Part 9: Electrical energy consumption test published by Standards Australia on 1 October 2003 and reissued December 2005 incorporating Amendment No. 1. | The whole |
| Regulation 38 which inserts new Schedule 32 into the Principal Regulations | Australian Standard 1731.12-2003 Refrigerated display cabinets - Part 12: Measurement of the heat extraction rate of the cabinets when the condensing unit is remote from the cabinet published by Standards Australia on 1 October 2003 and reissued December 2005 incorporating Amendment No. 1. | The whole |
| Regulation 10 which inserts new regulation 10(2), and regulation 38 which inserts new Schedule 34 into the Principal Regulations | Australian/ New Zealand Standard 1680.0:2009 Interior lighting - Part 0: Safe movement published by Standards Australia/Standards New Zealand on 15 December 2009. | The whole |
| Regulation 10 which inserts new regulation 10(2), and regulation 38 which inserts new Schedule 34 into the Principal Regulations | Australian/ New Zealand Standard 1680.1:2006 Interior and workplace lighting - Part 1: General principles and recommendations published by Standards Australia/ Standards New Zealand on 21 February 2006. | Table 3.1 |
| Statutory rule provision | Title of applied, adopted or incorporated document | Matter in applied, adopted or incorporated document |
| Regulation 38 which inserts new Schedule 34 into the Principal Regulations | Australian/New Zealand Standard 4783.2:2002 Performance of electrical lighting equipment - Ballasts for fluorescent lamps - Part 2: Energy labelling and minimum energy performance standards requirements published by Standards Australia/Standards New Zealand on 23 December 2002. | The whole |
| Regulation 38 which inserts new Schedule 34 into the Principal Regulations | The 2011 edition of the Building Code of Australia comprising— (a) Volume One of the Australian Building Codes Board Series including any variations or additions in the Appendix Victoria set out in the Appendices to that Volume; and (b) Volume Two of the Australian Building Codes Board Series including any Victorian additions set out in Appendix A of that Volume. | Part J6 |
| Regulation 38 which inserts new Schedule 34 into the Principal Regulations | The 2012 edition of the Building Code of Australia comprising— (a) Volume One of the Australian Building Codes Board Series including any variations or additions in the Appendix Victoria set out in the Appendices to that Volume; and | Part J6 |
| Statutory rule provision | Title of applied, adopted or incorporated document | Matter in applied, adopted or incorporated document |
| (b) Volume Two of the Australian Building Codes Board Series including any Victorian additions set out in Appendix A of that Volume. |
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0
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