REPORT NO: 2006/03

EQUIPMENT ENERGY EFFICIENCY PROGRAMME

AUGUST 2006

ACHIEVEMENTS > 2005
AN INITIATIVE OF THE MINISTERIAL COUNCIL ON ENERGY FORMING PART OF THE AUSTRALIAN NATIONAL FRAMEWORK FOR ENERGY EFFICIENCY AND THE NEW ZEALAND NATIONAL ENERGY EFFICIENCY AND CONSERVATION STRATEGY
EQUIPMENT ENERGY EFFICIENCY PROGRAMME > ACHIEVEMENTS 2005
Commonwealth of Australia 2006 This work is copyright. Permission if given for fair dealing with this material as permitted under copyright legislation, including for the purposes of private study and research. Apart from those uses, no part may be reproduced without prior permission from the Commonwealth. Requests and inquiries concerning reproduction rights should be directed to the: Manager, Communications Australian Greenhouse Office Department of the Environment and Heritage GPO Box 787 CANBERRA ACT 2601 Achievements are available at www.energyrating.gov.au August 2006 ISBN 665
ACHIEVEMENTS 2005 IS THE ANNUAL REPORT OF THE EQUIPMENT ENERGY EFFICIENCY PROGRAMME (FORMERLY KNOWN AS THE NATIONAL APPLIANCE AND EQUIPMENT ENERGY EFFICIENCY PROGRAMME) IT REPORTS THE PROGRESS MADE IN THE CALENDAR YEAR 2005, AGAINST THE GOALS SET FOR THE PROGRAMME BY THE MINISTERIAL COUNCIL ON ENERGY MORE INFORMATION ABOUT THE PROGRAMME, WHICH COMMENCED NATIONALLY IN AUSTRALIA IN 1992, CAN BE FOUND AT WWW.ENERGYRATING.GOV.AU THIS IS THE 6TH ANNUAL REPORT SINCE THE PROGRAMME WAS SUBSTANTIALLY UPGRADED IN 1998.

CONTENTS

EQUIPMENT ENERGY EFFICIENCY PROGRAMME Programme Overview Governance Programme Targets Cost Effective Outcomes MAJOR ACHIEVEMENTS Programme Impacts Programme Coverage Inaugural Energy Efficiency Awards Trans Tasman labelling survey International Initiatives EQUIPMENT ENERGY EFFICIENCY STRATEGIES The Standby Power Strategy Greenlight Australia Switch on Gas CONTINUING ACTIVITIES Online Database for Registrations Endorsement Labelling Administrative Guidelines REGULATORY IMPACT ASSESSMENTS Room Air Conditioners Upcoming Regulatory Impact Assessments ENFORCEMENT Checktest programme Support for laboratories Purchase of test reports Infringement notices Compliance monitoring and internet sales STANDARDS DEVELOPMENT Air conditioners Clothes washers Dishwashers Clothes Dryers Refrigerated Display Cabinets Boiling and Chilled Water Units Refrigerators Fluorescent Lamps Three Phase Electric Motors External Power Supplies Electric Water Heaters Standby COMMUNICATIONS Programme publications Energy Rating website Energy Allstars website Energy Star website Annual Stakeholders Forum Electronic Newsletters BUDGET
FIGURES Figure 1 Summary of Average Power Consumption across all products Figure 2 Distribution of passive standby mode power - all products TABLES Table 1 Table 2 Table 3 Table 4 Table 5 Table 6 Table 7 Table 8
Products regulated by programme 09 Prompted awareness of the Energy label by Jurisdiction 11 Equipment Energy Efficiency Committee Forecast 10 year strategies 12 Products expected to be covered by Equipment Energy Efficiency programme Gas in Planned Regulatory Impact Assessments 2006/Checktests undertaken in Regulatory Outcomes finalised in Key elements of the Stage One Implementation Plan39 46
APPENDICES Appendix 1Ministerial Council on Energy membership Appendix 2Equipment Energy Efficiency Committee membership Appendix 3Equipment Energy Efficiency Committee Terms of Reference Appendix 4National Framework for Energy Efficiency - Stage One Implementation Plan Appendix 5Equipment Energy Efficiency Work plan 2005/06 Appendix 6List of Common products with New Zealand Appendix 7Equipment Energy Efficiency Committee - Gas Appendix 8TESAW star rated appliances in 2005 Appendix 9Publications in 2005 ACRONYMS CFL- compact fluorescent lamps E2WG - Energy Efficiency Working Group E3 Programme - Equipment Energy Efficiency Programme - formerly known as the National Appliance and Equipment Energy Efficiency Programme MCE - Ministerial Council on Energy MEPS - Minimum Energy Performance Standards NATA - National Association of Testing Authorities NFEE - National Framework for Energy Efficiency RIS - Regulatory Impact Statement TESAW - Top Energy Saver Award Winner

PROGRAMME OVERVIEW

A major source of energy use and greenhouse gas emissions in Australias residential, commercial and industrial sectors is generated through the use of equipment and appliances. Performance codes and standards are the most widely used measures internationally to reduce energy use and greenhouse gas emissions from equipment and appliances. The Equipment Energy Efficiency programme demonstrates the success of this approach delivering economic, trade and environmental benefits to the community. The programme (which commenced in 1992 as the National Appliance and Equipment Energy Efficiency Program) is a foundation element within the National Framework for Energy Efficiency (NFEE). The programme coordinates activities across all Australian jurisdictions that result in a nationally consistent framework to improve the energy efficiency of household appliances and commercial and industrial equipment. The resulting economic and environmental benefits from this nationwide effort are substantial and include significant reductions in greenhouse gas emissions coupled with reductions in energy costs to owners and operators of appliances and equipment.

The individual subprogrammes under Equipment Energy Efficiency stimulate the development of world class products as well as helping to create fairer competition in the marketing of products, thereby providing consumers the opportunity to make more informed purchasing decisions. The main tools used to achieve these outcomes are:
> mandatory minimum energy
performance standards; > mandatory energy efficiency labelling; and > voluntary measures including endorsement labelling, training and support to promote the best available products.
The Equipment Energy Efficiency Committee is responsible for advising the Ministerial Council on Energy on any type of electrical equipment or appliance that should be regulated, subject to a regulatory impact statement (RIS). The Equipment Energy Efficiency Committee charter provides the Terms of Reference for the committee listed at Appendix 3. The Committees operating instructions under the National Framework for Energy Efficiency Stage One Implementation Plan are at Appendix 4.
Each product from the groups identified above will be considered for inclusion within the programme on the basis that the community will benefit from its regulation. Individual energy efficiency targets will be either the equivalent of world-best regulatory target, or a more stringent level developed specifically for Australia. Stakeholders of the programme are notified of products that are likely to be regulated under the programme long before they are actually regulated. The Equipment Energy Efficiency Committee notifies stakeholders of products likely to be regulated through its three year rolling work plans. In 2004, Australian and New Zealand officials agreed to a common list of products to be targeted under a joint TransTasman programme by 2010. This list remains current as at 1 January 2006 and is at Appendix 6.

PROGRAMME TARGETS

The work programme for 2005/06, announced in 2004 by the MCE is listed at Appendix 5. This work programme represents stage one of the National Framework for Energy Efficiency and is projected to impact across a range of end use product groups including:

> Household appliances (25%

GOVERNANCE

The Ministerial Council on Energy (MCE) has a goal, integral to the National Framework for Energy Efficiency (see www.nfee.gov. au) of improving Australias energy efficiency performance. The Equipment Energy Efficiency programme is the principal means by which this objective is pursued for appliances and equipment. The Ministerial Council on Energy comprises the Energy Ministers from all jurisdictions with current membership listed at Appendix 1. Management of the Equipment Energy Efficiency programme is however the responsibility of the Equipment Energy Efficiency Committee which consists of officials from Commonwealth, State, and Territory government agencies, as well as representatives of the New Zealand Government with current membership listed at Appendix 2.
> > > > > > >
of projected savings from the programme); Standby power (24%); Lighting (12%); Electricity distribution transformers (10%); Air conditioners (9%); Commercial refrigeration (8%); Water heaters (7%); and electric motors (5% of projected savings).

COST EFFECTIVE OUTCOMES

The Ministerial Council on Energy has recognised the Equipment Energy Efficiency programme as being an extremely cost effective measure that delivers real benefits for the economy, the environment, and for Australian consumers across all sectors. Key outcomes expected for the period up until 2020 include:
> The programme delivers

E3 in the 21st Century

> With agreement for Stage 1 of the National Framework for Energy Efficiency and the

> >

economic benefits to Australia - with a total estimated value of $4.8 billion by 2020 plus a benefit of $700 million for the New Zealand economy. environment benefits through significant greenhouse gas emission savings. In 2000, it was expected that the Equipment Energy Efficiency programme will generate greenhouse gas emission savings of 84 million tonnes in Australia over the next 15 years. By 2003, these projections were increased to 134 million tonnes of greenhouse gas emission savings below businessas-usual. Most recent estimates (January 2005) project that greenhouse gas emission savings of almost 204 million tonnes below business as usual between 2005-2020 will be achieved.

On 28 July 2005, the Australian Government, along with counterparts from the United States, Japan, China, India and South Korea (nations that between them account for almost half the worlds population, GDP, energy use and greenhouse gas emissions) announced the formation of the AsiaPacific Partnership on Clean
TABLE 2: Prompted Awareness of the Energy Label, by Jurisdiction

Total % YES 96

NSW % 97

VIC % 94

QLD % 98

SA % 94

WA % 98

TAS % 88

NT % 98

ACT % 99

NZ % 85

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EQUIPMENT ENERGY EFFICIENCY STRATEGIES
The Australian Federal Government leads the Equipment Energy Efficiency programme in collaboration with all state and territory jurisdictions and New Zealand to implement minimum energy performance standards and energy efficiency labelling for a range of household, commercial and industrial equipment. A key feature of
this joint work plan is the use of 10 year strategies, such as that for Standby Power, that clearly articulate government policy and that provide a road map for reducing energy use in specific sectors. In 2005, the three-year work plans for two strategies, Greenlight Australia and Switch on Gas were released following the endorsement
of their individual 10 year strategies by the Ministerial Council on Energy in 2004. The Equipment Energy Efficiency Committee is expected to develop a further six 10 year strategies in the forward period commencing 2005 and as shown in Table 3. Updates will be available as they occur at www.energyrating.gov.au
TABLE 3: EQUIPMENT ENERGY EFFICIENCY COMMITTEE FORECAST 10-YEAR STRATEGIES
STRATEGY Hot Water systems Demand side management in the home Electric Motors in the industrial sector, including fans and pumps Building heating, ventilation and air conditioning Swimming pool equipment Commercial catering equipment
SECTORS R,C,I R C,I C,I R,C C
RELEASE DATE 2006/2007 2006/2007 2006/2007 2007/2008 2006/2007 2006/2007

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THE STANDBY POWER STRATEGY
Enhancing data collection and regulatory proposals
FIGURE 1: SUMMARY OF AVERAGE POWER CONSUMPTION IN NEW PRODUCTS ACROSS ALL MODES

> Elimination of sub-markets > Relative to the BAU scenario

Room Air conditioners

RELEASE DATE:
where different MEPS apply to single-phase and threephase appliances with the same range of applications, creating a level playing field.

EFFECTIVE DATE:

The first Regulatory Impact Statement (RIS) was released in February 2005. A revised RIS was released in July 2005.

OUTLINE:

This RIS outlines a three part proposal to increase the minimum energy performance standards (MEPS) for singlephase non-ducted airconditioners, hereafter referred to as room air-conditioners (RAC). The first part is to implement more stringent MEPS for certain RAC sizes and types from October 2008. The proposal follows a lead recently set by Korea. Korea implemented new MEPS in October 2004 and it is proposed that Australia follow Korea with a lag of 4 years. No further increases would be proposed before October
Impact for the medium term changes proposed for October 2008:
> Reductions in energy use
and greenhouse emissions amount to about 1.3% of BAU energy use and emissions in 2010, which is the mid-point of the first commitment period under international arrangements to reduce emissions. This builds to 5.8% over the 10 year life of the regulation, to 2018. > It is estimated that the proposal will raise the cost of air conditioners by $127 million but deliver energy
Revisions to the most common non-ducted single phase MEPS levels are planned to occur in April 2006, and October 2008. MEPS revisions for all other types are scheduled for October 2007. Once all of the levels are implemented, these revised MEPS levels will be equivalent to world best regulatory practice for this product group. There are ongoing reviews of changes to MEPS levels that are occurring in other countries.

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UPCOMING REGULATORY IMPACT ASSESSMENTS
Regulatory impact assessments are planned for a number of household appliances and commercial and industrial equipment during 2006 and 2007 as detailed at Table 5. Further updates will be available as they occur at www.energyrating.gov. au/considered.html.

Number tested 40

Number that failed the screen test 24
Number deregistered as at 2/2/1 10
Number with outcome pending 2* 0 12
* Note that one of the dishwashers that failed the screen test was found not to have been ever registered with a regulator, so de-registration in this case was not an option.

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Table 7: Regulatory outcomes finalised in 2005
Product type Air conditioners
Brand ATD AUX AUX Fujitsu Genaire Airking LG LG LG LG Sanyo YORK
Model S09HS-1 KFR-32GW/H KFR-53GW/M ART60RUAK/AOT60RPAGT KFR25GW LB-E6081HL LSZ-182M-4 LST-244H-2 LBNL6081BL/LBUL6080BL SPW-DC601GH5/8TU MHH09P17/MOH09P15A GDZ5-1 SGV69A1 CDF22/B3/2 IKG203 SC1000LP SC 60 12S-250
Deregistration details De-registered 14/02/2005 De-registered 27/05/2005 De-registered 24/11/2005 De-registered 12/09/2005 De-registered 24/11/2005 De-registered 16/04/2005 De-registered 11/10/2005 De-registered 11/10/2005 De-registered 11/10/2005 De-registered 11/08/2005 De-registered 30/09/2005 De-registered 27/05/2005 De-registered 23/09/2005 De-registered 30/05/2005 De-registered 18/08/2005 De-registered 06/12/2005 De-registered 06/12/2005 De-registered 14/02/2005
Clothes Dryers Dishwashers Electric Motors Refrigerated Display Cabinets
HAIER Bosch Moto Technik Vestfrost Quirks Quirks

Water Heaters

BEASLEY

Support for laboratories

In 2005, the checktest programme used seven laboratories with National Association of Testing Authorities (NATA) accreditation to screen test and develop standards to ensure that suppliers comply with the regulations and to set new MEPS levels. NATA laboratories are used exclusively for standards development and compliance programmes in Australia. NATA accreditation does not imply that the laboratory is accredited for the full range of possible tests covered by the standard, and some of these laboratories have imminent NATA accreditation for testing additional categories of equipment.
A list of laboratories and their accreditation status for each of the main product types is provided on http:// www.energyrating.gov.au/ supplementary.html NATA accreditation provides formal recognition of laboratory competence and independence in terms of personnel, their qualification and experience, equipment calibration, soundness of testing procedures and suitability of testing facilities. Accreditation is important as the checktest programme relies on a high degree of laboratory integrity to be credible to industry and consumers and, where necessary, for court actions.

Purchase of test reports

In 2005, the Equipment Energy Efficiency programme purchased thirteen test reports from the Australian Consumers Associations NATA accredited test research laboratory. The purchase of NATA test reports for failed units is a cost effective way to increase the number of appliances covered by the programme.

Air conditioners

Australia is contributing to ongoing work on revisions to the ISO air conditioner standards.

Clothes washers

Dishwashers
Revised editions of Part 1 and 2 standards for clothes washers (AS/NZS2040) were finalised and then published in December 2005. The new standards include standby measurement, rinse performance test methods and registration requirements for mandatory water labelling. All products on the market will be required to register to the new standards by 1 April 2007. Ongoing work is being undertaken to make the IEC method suitable for adoption in Australia, hopefully in about 2010. As a first step, use of IEC loads are being investigated. EEEC continues to coordinate ongoing testing requirements for clothes washers to determine the suitability of, and appropriate normalisation curves for each new batch made available for sale in Australia. These tests are commissioned through Test Research in Sydney and made available to the standards committee.
Revised editions of Part 1 and 2 standards for dishwashers (AS/NZS2007) were finalised and then published in December 2005. The new standards include standby measurement and registration requirements for mandatory water labelling. All products on the market will require registration to the new standards by 1 April 2007. A test programme to assess the performance of auto sensing dishwashers was undertaken in 2005. A total of 8 units were assessed on various programmes (including auto sensing) to better inform regulatory authorities about the likely impacts associated with the increasing use of these auto programmes in dishwashers. Investigations into the use of IEC detergent was also commenced in 2005.

Clothes Dryers

Refrigerated Display Cabinets
In 2005, the refrigerator display cabinet standards development test programme that was commenced in 2003-04 was completed. This programme included refinements to the test method, comparative testing and assessment of the impact of differing door opening schedules, and air flow methods on the energy consumption. Minor amendments to the test standard AS1731 were progressed through 2005 with the aim of publication in 2006.
In December 2005 a revised edition of the air conditioner regulatory standard AS/ NZS3823.2 was published. This standard includes the new accelerated MEPS timetable for implementation in April 2006 for some single phase products and new single phase MEPS levels for 2008. The standard also documents the new energy labelling algorithm which is planned for introduction in 2008. Amendments to Parts 1.1 and 1.2 that now include test methods for standby measurement and a new Part 1.3 (water sourced heat pumps) were also published in late 2005.

The Australian Greenhouse Office is part of the Australian Government Department of the Environment and Heritage. The Australian Greenhouse Office is responsible for monitoring the National Greenhouse Strategy in cooperation with states and territories with input of local government, industry and the community. An AGO Officer is the chair and others provide support for its activities. The Department of Industry, Tourism and Resources (ITR) develops and implements a range of industry policies and programs and delivers services to support competitive and sustainable business. Once of the key responsibilities includes the development of policy relating to Australias national energy market and security of energy supply. As part of its work in this area ITR works with all governments and agencies in the development and implementation of the National Framework for Energy Efficiency (NFEE). ITR provides the Secretariat for the Ministerial Council on Energy which is chaired by the Australian Governments Minister for Industry, Tourism and Resources.
The New South Wales Department of Energy Utilities and Sustainability provides leadership in energy and water sustainability for NSW. The Department is the agency responsible for regulating appliance and equipment energy efficiency in NSW. They also serve as the New South Wales Technical Regulator responsible for electrical safety and equipment efficiency
through supporting the development and application of technologies and processes that will produce change that may not otherwise garner support.
Energy Safe Victoria is the Victorian Technical Regulator responsible for electrical safety and equipment efficiency. Its mission is to ensure the safety of electricity supply and use throughout the state and its corporate vision is to demonstrate national leadership in electrical safety matters and to improve the superior electrical safety record in Victoria. The strategic focus of the office is to ensure a high level of compliance is sustained by industry with equipment efficiency labelling and associated regulations. Sustainability Victoria was formed on October when Sustainable Energy Authority Victoria and Eco Recycle Victoria joined forces. Sustainability Victoria will act as a catalyst for change by: providing a vehicle to support the tangible delivery of the Victorian Governments Framework for Environmental Sustainability; focusing on changing behaviour by providing advice and assistance to inform decisionmaking by individuals, businesses, governments and communities to act in a more environmentally sustainable way; and facilitating innovation

In its early stages, the Equipment Energy Efficiency programme concentrated on mandatory energy labelling for major domestic electrical appliances. Since 1999, there has been an increased focus on MEPS: by the end of 2004, three domestic, four commercial and two industrial product types will be subject to mandatory MEPS, with a further 12 proposals announced in October/ November 2004. It is estimated that mandatory MEPS and labelling measures in place as part of the existing Equipment Energy Efficiency programme cover products responsible for about 41% of residential energy use, 37% of commercial energy use and 21% of manufacturing energy use.
energy consuming product, subject to a positive cost-benefit study and community consultation; Australia to match worlds best regulatory practice, but with a suitable time-lag to allow local industry to adapt; and a requirement under the Trans-Tasman Mutual Recognition Agreement (TTMRA) for Australia to coordinate its programme with New Zealand.

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KEY ELEMENTS
The expanded Equipment Energy Efficiency programme to be implemented under this package involves the continuation and expansion of the successful elements of the existing programme as well as the addition of new elements as shown at Table 8. The Equipment Energy Efficiency programmes guiding principles will also be updated to facilitate the introduction of more stringent MEPS levels and make the programme responsive to other key policy drivers:
> Mandate to regulate any

> lead the world with

energy consuming product, subject to a positive cost-benefit study, and stakeholder and community consultation. The benefits of reduced peak demand and reduced water consumption will also be taken into consideration in the regulatory impact statement where appropriate. > A more pragmatic approach to establishing MEPS levels by selecting the most appropriate option (in decreasing order of preference) from:
regulatory standards where there is no significant manufacturing base and is supported by industry; > match worlds best regulatory practice where there is a significant domestic manufacturing base; to > use market regressions to remove a percentage of the least efficient products where there is no basis for international comparison or as part of a two-step process where a product type has not been previously regulated. > Monitor and report on technical and regulatory developments relating to DSM and demand response to identify options to facilitate further reductions in peak demand through appliance and equipment standards.

> Regular review of existing
MEPS levels, with stability periods of less than four to five years, where this is acceptable to industry stakeholders. > Coordination, and ideally harmonisation of the Equipment Energy Efficiency programmes forward work plan with New Zealand through a policy framework approved by the Ministerial Council on Energy.

PAGE 33

TABLE 8: KEY ELEMENTS OF THE STAGE ONE IMPLEMENTATION PLAN EXISTING ACTIVITY NEW/EXPANDED ACTIVITY
Expanded Electrical Appliance and Equipment Programme
> Maintenance of existing programme MEPS, labelling
(mandatory and voluntary) > Implementation of new or upgraded MEPS and labelling regulations agreed to by the MCE in 2004 Gas Appliance and Equipment Programme
> Complete 10-year strategic plan and three-year work plan for
> Complete regulation process for MEPS and labelling proposals

released in 2004

> Develop new/upgraded MEPS and labelling proposals for
residential and commercial products
Gas Appliance and Equipment Programme
> Establish and introduce a nationally consistent MEPS and
labelling scheme for gas appliances and equipment
Increased focus on industrial products
> Identify and pursue opportunities for increasing
industrial sector coverage
Consideration of other products/fuels
> Consider regulating (non-electrical or gas)
products proposed by New Zealand
Development of product strategies
> Implement National Standby Strategy
and Greenlight Australia strategy
> Develop cross-sectoral and multi-fuel
product strategies for key technologies
Information and awareness
> Maintenance and continued development
of the existing national websites > Complete High Efficiency Product database Monitoring and evaluation
> Continue tracking efficiency of whitegoods
> Link to the National Resource Labelling strategy > Develop national promotional campaign targeting retail stores
sold and consumer attitudes > Continue compliance surveys
> Expand tracking to cover gas products > Projected estimates of 200507 work plan
DELIVERING THE POLICY PACKAGE

Development process

Ongoing stakeholder consultation will be used to design and implement key measures in the policy package including development of:
> detailed three-year work
plans for electrical and gas appliances and equipment covering 200507; and > 10-year product strategies, including the National Standby Strategy, Greenlight Australia and a range of others.
The standard Equipment Energy Efficiency programme process for developing and implementing MEPS and labelling regulations will continue to be used, including the preparation of product profiles, regulation proposals, regulatory impact statements, involvement in standards development and formal stakeholder consultation processes.

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APPENDIX 8 TESAW STAR RATED APPLIANCES IN 2005 Equipment Energy Efficiency programme
Tesaw Winners as at Jan 2006

Air conditioner

Brand ACTRON AIR ACTRON AIR AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL AIRWELL DAIKIN DAIKIN DAIKIN
Model SRA17 SRA17C/SRA17E WMZL7STA / GCZL7ST XLLDCI9RCA / GCLDCI9RC XLLDCI9RCB/ GCLDCI9RC WMZLDCI9RC / GCZLDCI9RC WMZL9STA / GCZL9ST EDS30H / EWS30H XLL9RCA / GCL9RC XLL9STA / GCL9ST WMZLDCI12RC / GCZLDCI12RC KLDCI12RCA / GCLDCI12RC XLLDCI12RCA / GCLDCI12RC XLLDCI12RCB/ GCLDCI12RC XLL12RCA / GCL12RC XLL12STA / GCL12ST KL12RCA / GCL12RC EDS40H / EWS40H KL16RCA / GCL16RC KL18RCA / GCL18RC KLDCI18RCA / GCLDCI18RC WMZLDCI17RC / GCZLDCI17RC XLL18STA / GCL18ST SXLDCI18RCA / GCLDCI18RC XLLDCI18RC / GCLDCI18RC XLL18RCA / GCL18RCA XLL18STA / GCL18STA EDS60H / EWS60H SXL18RC / GCL18RCA KL18RCA / GCL18RCA FTKS25D / RKS25D FTXG25C / RXG25C FTXS25B / RXS25B
Type Reverse Cycle Reverse Cycle Cooling Only Reverse Cycle Reverse Cycle Reverse Cycle Cooling Only Reverse Cycle Reverse Cycle Cooling Only Reverse Cycle Reverse Cycle Reverse Cycle Reverse Cycle Reverse Cycle Cooling Only Reverse Cycle Reverse Cycle Reverse Cycle Reverse Cycle Reverse Cycle Reverse Cycle Cooling Only Reverse Cycle Reverse Cycle Reverse Cycle Cooling Only Reverse Cycle Reverse Cycle Reverse Cycle Cooling Only Reverse Cycle Reverse Cycle
Cool kW 16.23 16.80 2.05 2.50 2.50 2.50 2.64 2.70 2.80 2.80 3.5 3.60 3.60 3.60 3.65 3.65 3.80 3.85 4.60 5.50 5.00 5.00 5.35 5.0 5.0 5.35 5.35 5.40 5.5 5.50 2.50 2.50 2.50
Cool Stars 4.5 4.5 4.4.5 4.4.5 4.4 4.6 6

Heat kW 17.28 17.89

Heat Stars 5 5

3.50 3.50 2.80

3.40 2.95

3.60 4.60 4.50 4.50 4.00

5.5 5.5 4.5
3.90 4.80 4.70 5.90 6.40 5.30

5.8 6.0 5.55

4 4.5 4

6.50 5.75 5.75

3.40 3.40

PAGE 40

Brand DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN DAIKIN ELECTROLUXKELVINATOR ELECTROLUXKELVINATOR ELECTROLUXKELVINATOR FUJITSU FUJITSU FUJITSU FUJITSU FUJITSU

Clothes dryer

Brand KLEENMAID MIELE

Clothes washer

Brand AEG ASKO ASKO LG LG MIELE MIELE MIELE MIELE OMEGA SAMSUNG SAMSUNG KLEENMAID KLEENMAID LG LG

PAGE 44

Brand MIELE SAMSUNG
Model W502 P1003J Model D3250 D3350, D3530, D3630 D3330 DW 20.2 DW20.3 DVI460XZ1 DX DX EX EX302WB EX500/600 EX500/600 DW25* & DW26* LD-4050W LD-14AT2 LD-14AT3 LD-14AW2 LD-14AW3 LD-4053W LD-4080W/LD-4080T LD-4120M OPAL LD-4163T, OPAL LD-4163M, OPAL LD-4152M G896 SCi PLUS-3 G898 SCi PLUS-3 DW2003-1 SA614 SA614-1 SA626 ST693-1

Load Kg 5.Places 14

Star 4.5 4.5 Star 3.5 3.5 3.5 3.5 3.5 3.3.5 3.5 3.5 3.5 3.5 3.5 3.5 3.5 3.5 3.5 3.5 3.5 3.5 3.5 3.5 3.5

Dishwasher

Brand ASKO ASKO ASKO ASKO ASKO DE DIETRICH DISHLEX DISHLEX ELECTROLUX ELECTROLUX ELECTROLUX ELECTROLUX KLEENMAID LG LG LG LG LG LG LG LG LG MIELE MIELE OMEGA SMEG SMEG SMEG SMEG

PAGE 45

Electric water heater
Brand AQUAMAX AQUAMAX AQUAMAX AQUAMAX AQUAMAX AQUAMAX AQUAMAX AQUAMAX
Model E50S E80S, 1.8kW, 2.4kW, 3.6kW E125S, 2.4kW/ 3.6kW/ 4.8kW E160S, 2.4kW/ 3.6kW/ 4.8kW E160T, 2.4kW/ 3.6kW/ 4.8kW E160 E250 E315 Model BAR57401 KIPve2840 BNes2966 KP4260 Kes 4260 SR-21NME SR210NME SR228NME SR-24NME 6WBM12MV 6WMV35** Model GIP1923 GNP3356 GC-154GQW GC-154SQA GC-154SQW GNP3376 F456i-2 Group 5T 1 5B 5T 5T 5T 5T 2 5T Group 6U 7 6U 6U 6U 7 6U
Litres Volume 350 Volume 183
Heat Loss kWh/day 1.5 1.2 1.5 1.7 1.7 1.8 2.2 2.6 Stars 4.4.5 Stars 5.5

Refrigerator

Brand BAUMATIC LIEBHERR LIEBHERR LIEBHERR LIEBHERR SAMSUNG SAMSUNG SAMSUNG SAMSUNG WHIRLPOOL WHIRLPOOL

Freezer

Brand LIEBHERR LIEBHERR LG LG LG LIEBHERR MIELE

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APPENDIX 9 PUBLICATIONS RELEASED DURING 2005 Equipment Energy Efficiency programme
Copies of the following publications are available from the Equipment Energy Efficiency Committees electronic library at www.energyrating.gov.au Number or Date of Publication 2005-01 2005-02 2005-03 2005-04 2005-05 2005-06 2005-07/08 2005-09 2005-10 2005-11 2005-12 2005-13 2005-14 2005-15 2005-16 2005-17 2005-18 2005-19 2005-20 2005-21 2005-22 MEPS Tech Report Tech Report Tech Report Policy Paper Title NAEEEP - Joint work plan and policies for the triennium 05/06- 07/08 Greenlight Australia - Work Plan for the Triennium 2005/06 to 2007/08 Comparison of International MEPS: Room Air conditioners Regulatory Impact Statement - Proposal to Increase MEPS for Room Air conditioners When You Keep Measuring It, You Know Even More About It! NAEEEP: Projected Impacts 2005-2020 Summary Achievements 2004 Energy Rating Labelling Programme Audit (Whitegoods and Air conditioners) Status of Air Conditioners in Australia Switch on Gas - Work Plan 2005/06 - 2007/08 MEPS Profile - Beverage Vending Machines MEPS Profile - Compact Fluorescent Lamps MEPS Profile - Halogen Lighting Transformers Appliance Standby Power Consumption - Store Survey 2004/2005 - Interim Report Appliance Standby Power Consumption - Store Survey 2004/2005 - Final Report Proposal to increase MEPS for Room Air Conditioners and harmonise MEPS for single and three-phase units Energy Allstars Product Database - Proposed Use in Government Procurement MEPS Profile - Design Energy Limits for Main Road Lighting Guide to Preparing Regulatory Impact Statements for the Appliance and Equipment Energy Efficiency Programme (NAEEEP) Climate Control - Heating, Ventilation, Air conditioning and Efficiency Towards a National Hot Water Strategy Standby Energy Consumption - Australian Local Government Buildings (Report 2005/22) Letter from the NAEEEC Chair - Notice of increased MEPS for single phase air conditioners from 1 April 2006 Air Conditioner Algorithm Working Group Discussion Paper Method for the Determination of Rinse Performance in Clothes Washers Electrical Peak Load Analysis Victoria 1999 - 2003 Government Position on the Inclusion of Standby into the Energy Labels for Clothes Washers, Clothes Dryers & Dishwashers