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The objective of the Energy Savers program is to assist farmers reduce energy costs by supporting the accelerated adoption of improvements in on-farm energy use.
By conducting targeted audits of on-farm processing such as heating, cooling, lighting and irrigation, the program will identify potential savings and provide information on financing options. The program will then develop information on energy efficiency best practice based on case studies about common growing and farming techniques for a wide range of agricultural sectors.
34 irrigation audits have been conducted on a number of farm and irrigation types throughout Queensland. Up to 100 audits to be undertaken to identify energy savings opportunities in irrigation and on-farm processing. Farmers will be assisted with the implementation of the recommended strategies and case studies will be developed throughout both programs as a way to demonstrate the benefits of these strategies to the wider industry. This page will be a valuable resource where the farming community can access case studies and information on a range of farm energy efficiency practices.
QFF will work with its member bodies to develop the help farmers with energy efficiency n their specific industries. The programs have been funded by the Queensland Government and delivered by Ergon Energy in Partnership with the Queensland Farmers’ Federation and its member bodies. It is important to measure and monitor your energy and water consumption, along with your production output to track the energy, water efficiency and productivity of your farm. There are a number of systems available to do this, including spreadsheets, on-line tools, real-time monitoring, or bill management services. The ecoBiz program provides a free on-line toolbox where you can add bills and production output and it will generate graphs of total energy consumption and costs, and per-unit energy consumption and costs.  The toolbox can also track your water and waste statistics as well. The program is funded by the Department of Environment and Heritage Protection and delivered by the Chamber of Commerce and Industry and the University of Southern Queensland. Wesley Linen Services installed 29 ROBUS 200 Watt high bay induction lamps in their factory located at Darra, Queensland. The decision to purchase induction lighting followed testing of LED, metal halide and induction trial units in various locations throughout the plant. In conjunction with ROBUS State Manager for Queensland, Neil Jones, a suitable lighting plan was developed and payback calculations provided. The advantages of this lamp over other technology for Wesley Linen Service is that there is an extensive operating life with little drop off in light intensity over the life of the lamp. This translates to consistent light output exceeding Australian Standards for processing work and considerable savings with no re-lamping required for a long period. With a saving of 200W per fitting this qwuates to a toral of 28,955 kWhrs per year for the entire installation in the linen processing plant. Centro Galleria, a large shopping centre in Morely, Western Australia replaced standard light fittings with long term energy saving lighting solutions from Robus, reducing both energy and maintenance costs.
To that end, in the main shopping area, seven ROBUS 14W IP44 Downlights were installed underneath the centre’s escalators that provided an 80% energy saving compared to the low voltage Halogen Downlights that were previously installed.
Because these LED light fittings have average lamp lives of between 30,000 and 50,000 hours, maintenance costs of the shopping centre are also significantly reduced.
With a saving of over 60W per fitting, this equates to a total of 58,677 kWhrs per year based on an installation of 200 fittings throughout the entire carpark.
With soaring energy costs and a need to reduce spending, Yarrawonga Golf Club and Resort needed to lower their expenditure and the first step was a complete halogen retrofit. The ROBUS 10W LEDChroic has a 50,000 hour lamp life and lasts 20 times longer than the Halogen fittings which resulted in a 79% reduction in power consumption and an annual saving of over $45,000 in energy costs, lamp replacements costs and air conditioning compensation.
With a saving of up to 40W per fitting this equates to a total of 11,000 kWhrs per year for the entire installation in the resort.
They also provide a better environment to assist with product inspection due to uniformity of light output. Prior to the installation of the Panel lights, a lamp change in a modular fitting would involve shutting the inspection area down for a full day - at a significant cost and inconvenience to the plant. The LED Panels have a 50,000 hour average lamp life - eliminating the inconvenience and cost of frequent lamp changes, while continuing to provide the high light output that is essential to the inspection of the steel produced. Based on fittings being in operation 12 hours per day, 7 days per week, 50 weeks per year = 4,200 hours a year. The Panel was chosen for the clean-line aesthetics it gives to the building, the low heat output it produces and the re-lamping cost savings it offers. 32 Panel lights were installed (a mixture of standard and emergency) replacing 37 existing 4 x 18W T8 Recessed modular fittings.
Anglia Ruskin University is based on 2 main campuses, one in the centre of Cambridge and one in Chelmsford - both offering students a state-ofthe-art learning environment. The Cambridge campus is undergoing a programme of redevelopment to create an inspiring, flexible, yet sustainable environment. The ROBUS Panel had been used in the refurbishment of one the Chelmsford campus buildings, so it was a natural choice for them to install the same fi ttings throughout the library. 240 Panels were installed in the library, classrooms, office and the cafeteria replacing 4 x 18W recessed modular fittings. The College Ystrad Mynach was originally opened in 1959 to meet the needs of the local coal mining industry, but the college has seen dramatic changes in recent years with a full modernisation of the campus buildings. The ROBUS Panel light was chosen to be installed in the newly built College of Further Education as they were looking to introduce new LED technology that allows energy savings and reduces C02 emissions. Reduced maintenance and no lamp changes were also very important as maintenance can only be completed when the areas are empty of students and staff. The Panels are located in the college's office where they provide a natural light with little heat output.
Based on fittings being in operation 10 hours per day, 6 days per week, 50 weeks per year = 3,000 hours a year versus traditional lighting sources. Use advanced LED solutions to improve energy efficiency and reduce carbon footprint but most importantly create a light and spacious environment for staff and customers. The ROBUS TRILED downlight was chosen as part of the lighting scheme because of its superior design, class leading performance and its compliance with building regulations. Superior design: Contains high quality CREE LEDs and unique optics designed to maximise light output. Provide an energy efficient and maintenance free solution to existing 28W 2D surface fittings that operate 24 hour s a day.
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UPDATEDQueensland's popular ClimateSmart Home Service has been axed as part of the Newman government's cost-cutting drive, with today set as the last day for bookings.
The program, launched by the former Labor government, was touted as a way to save residents up to $480 a year on their electricity bills.
But the opposition is crying foul over the decision, saying the government a€?should be helping people with cost of living, not scrapping a successful program that can save families money on their power billsa€?.In a media release issued this afternoon, Environment Minister Powell said the ClimateSmart Home Service would cease taking bookings tonight, with the closure of the scheme set to save the government millions.
I understand that submission of this content is covered by the Conditions of Use by which I am bound and Commenting Guidelines are available for my reference. Please note that comments are moderated and are generally published if they are on-topic and not abusive. Green Offices recently promoted energy efficiency and submitted photos of their office's energy-saving activities for the Energy Bingo competition. The promotion increased awareness of energy-saving initiatives that can be undertaken in day-to-day activities. Alma Cao from the Faculty of Health and Behavioural Sciences and Julia Groening from the Queensland Brain Institute submitted winning entries. Associated with Queensland’s rising population and growing economy is an ever-increasing energy demand. This section examines specific characteristics of Queensland dwellings that reduce energy consumption.
Dwellings constructed of heavyweight materials such as brick have a high thermal mass which allows them to absorb, store and slowly release heat when the temperature decreases.
In March 2005, bricks (double brick or veneer) and timber were the most commonly used outside wall materials for construction or renovation of dwellings in Queensland.
Brick and timber were used more often in the Brisbane SD (61% and 26%, respectively) than in the Balance of Queensland (50% and 19%, respectively). Dwelling InsulationProperly installed insulation - that is, insulation in ceiling, walls and floors - will contribute to the comfort of a home all year round, and reduce energy usage and greenhouse gas emissions. Most of the winter heat loss and summer heat gain occurs through the roof or ceiling (footnote 2). In 2005, most households (90%) installed insulation to achieve comfort, while savings on costs and energy consumption were lesser concerns (5% and 3%, respectively) (Table 5).
The type of lights chosen by a household determines the amount of electricity used and subsequent lighting costs.
In 2005, 75% of Queensland dwellings used fluorescent lights, the same proportion as in 2002, while 29% used other types of energy saving lights, up from 23% in 2002 (Graph 6).
Appropriate window selection and protection can reduce the amount of heat loss or gain through windows during winter or summer by up to 70%, and may save a household around $200 each year in reduced energy costs (footnote 4).
A number of Queensland dwellings were fitted with energy saving window treatments in 2005 (Table 7).
The amount and type of energy used in the home has considerable implications for the environment.
In 2005, electricity was the most common source of energy for Queensland households, with 99% of households using this energy source (Graph 8). While electricity was the most common source of energy for households in the Brisbane SD and Balance of Queensland (99.5% in both), differences were found for other energy sources used in these regions. For space heating, the main energy source was electricity, with 32% of Queensland households using this energy source. The main energy source used for heating water was electricity, with 50% of Queensland households using off-peak electricity and 18% using peak electricity for hot water. Approximately 44% of households in Queensland had a heating system in 2005, compared with 78% nationally (Graph 10). The most popular heating system in Queensland in 2005 was reverse cycle heaters (systems that both heat and cool the air), accounting for 47% of heating systems in Queensland, followed by electric heaters (28%) and wood heaters (18%) (Table 11). Between 1999 and 2005, the proportion of Queensland households using reverse cycle heating rose substantially (up to 47% from 12% in 1999) while the proportions using electric heaters and wood heaters declined from 49% and 24% to 28% and 18%, respectively.
In 2005, 78% of Queensland households used heaters for less than 3 months of the year (changing little from 2002) while 21% used heaters for 3 months or more (up from 17% in 2002). Since reverse cycling coolers also function as heaters, a reverse cycle unit will appear as both a heater and a cooler in these statistics.
Between 1994 and 2005, the proportion of households with reverse cycle cooling systems in Queensland increased from 37% to 61%, while refrigerated and evaporative water cooler systems declined from 39% to 27% and from 19% to 10%, respectively, over the same period.
In 2005, split systems were the most popular cooler types in Queensland households (47%), up from 24% in 2002.
Between 2002 and 2005, the proportion of Queensland households using coolers for 6 months or more decreased from 13% to 11%, while the proportion of households using coolers for less than 3 months increased from 41% to 50%.
This final section looks at the awareness of households of Green Power scheme and the associated Green Power product. In 2005, 27% of households in Queensland were aware of the Green Power scheme, with slightly higher awareness in Brisbane SD (29%) than in the remainder of the state (26%) (Table 14).
Only a quarter (25%) of Queensland households were willing to pay extra for the Green Power scheme in 2005. The preferred amount Queensland households were willing to pay extra for the Green Power scheme in 2005 was under $50 per annum, with 24% of households in the Brisbane SD and 30% of households in the rest of state willing to pay this amount. To ensure energy would not be wasted in service areas where lights were being left on all the time, 20 ROBUS Universal 360° PIRs were placed in store rooms and air conditioning plant rooms. 423 ROBUS 10W LED Downlights were to be installed in the foyer, restaraunt & bar areas.
Yarrawonga Mulwala Golf Club Resort’s investment to install the ROBUS LED Downlight in the foyer, restaurant and bar was paid back within two months. 16 Panels were installed in a 4 x 4 set up application - replacing 4 x 18W T8 Recessed Modular fittings. Their Energy Manager demonstrated these traits by choosing the ROBUS LED Panel light when the reception area of the university was recently refurbished. Any initial scepticism prior to installing an LED option was dispelled by the fact that five less Panels were required than previously installed to provide the same lighting level. The stairwell is a metal frame construction with limited options regarding installation of conventional light fittings. The ROBUS Panels have a low heat output allowing them to be wall mounted and are also safe to touch, therefore no height restrictions apply. When upgrading their stores, they were looking for lighting that would reduce the lighting load but still maintain an acceptable light level.

The life of the LEDs in the Panel is not reduced when used with PIRs, resulting in reduced energy consumption and reduced maintenance costs. The remote driver with Philips integrated chip for optimal drive current and heat management.
This is important as fossil fuel is a finite resource and a producer of greenhouse gas emissions such as carbon dioxide.
The design and characteristics of individual dwellings have a considerable impact on energy use. As such, brick dwellings require less energy to generate and maintain suitable heating and cooling levels, and can reduce energy requirements by up to 25% when compared with a home built of lightweight construction materials with a low thermal mass such as timber (footnote 1). Around 55% of Queensland dwellings had their outside walls constructed of bricks, considerably lower than the proportion for Australia (71%), while 22% of Queensland dwellings were constructed of timber, compared with 13% for Australia (Table 1). Conversely, reductions occurred in the proportions of houses made of timber and fibre cement over the same period, with timber down from 28% to 22% and fibre cement down from 10% to 7%. However, the proportion of dwellings insulated in Queensland has increased from 29% in 1994 to 43% in 2005 (Graph 3). Of the dwellings with insulation in Queensland in 2005, 94% had roof or ceiling insulation and 25% had walls insulated (Graph 4). Among households with no insulation, not being a home owner or responsible to insulate the home was cited as the main reason for not having insulation (30%), followed by cost (19%) and not getting around to do it (13%).
One means of conserving energy is through the use of fluorescent lights and energy saving lights.
The amount of heat lost or gained through windows is relative to their location, size and to the nature and extent of applied window treatments.
Outside awnings or shutters were the most common treatment, installed in 28% of dwellings, followed by tinted glass or solar guarding in 21% of dwellings.
For example, energy consumption depletes natural resources, generates greenhouse emissions and pollutes the air. For Australia, a lower proportion of households used electricity for cooking (54%), while a higher proportion (32%) used mains gas. Space heating was not as common in Queensland as in the whole of Australia, with only 44% of Queensland households using space heating in 2005, compared with 78% Australia-wide. They account for 39% of total household energy use in Australia and 14% of the residential sector greenhouse emissions (footnote 5). Nationally, gas heaters were the most common, with 43% of Australian households heated from using this method, followed by electricity (22%). This duality could explain not only the popularity of reverse cycling systems at the expense of other heating and cooling systems, but also the slight increase in heating systems in Queensland households. Refrigerated cooling systems were the second most popular, representing 27% of cooling systems in Queensland households, followed by evaporative cooling at 10%. Green Power generally refers to the electricity generated from renewable energy resources like solar, wind, biomass, wave and tidal power, hydro-electricity, and geothermal electricity.
There was a greater willingness to pay this premium in the Brisbane SD than in the remainder of the state, with 27% of households in the Brisbane SD willing to pay extra compared with 24% for the rest of Queensland.
A similar preference was found nationally, as 31% of Australian households were willing to pay under $50 per annum for the Green Power scheme. 14 2 x 24W ROBUS Vulcan Corrosion Proof fittings were placed in the chiller deck and in the parking garage to replace the previous T5 & T8 fluorescent fittings, generating a further 42% energy saving compared to the standard fluorescent fittings. The decision to use the ROBUS Panel as a wall mounted fitting provided a solution to this installation problem. Many of the showrooms have a ceiling height of over 7m, so they also needed a low maintenance lighting solution. 4602.0) which presents information on the environmental behaviour and practices of Australian households. For example, the appropriate choice of building materials and insulation can optimise the comfort level of a dwelling, reducing the need for energy to heat or cool the living environment and, in turn, limit the amount of greenhouse gases emitted into the atmosphere.
As can be seen from the graph, wall insulation is used more where the population are located in states or territories subject to extremes of climate.
An energy saving light is an innovative light based on the standard fluorescent lamp and is designed to fit into a conventional light socket.
Nationally, 30% of dwellings had outside awnings or shutters, 14% had boxed pelmets and 10% had tinted glass or solar guarding.
Increasing awareness of these problems has led to the introduction and use of alternative energy sources (e.g. Nationally, 36% of households used mains gas to heat water, while 34% used off-peak electricity and 17% used peak electricity. Reverse cycle systems may in part account for an increase in heaters which may not have occurred if they had to be acquired separately. Between 1994 and 2005, the proportion of Queensland households with cooling systems increased from 18% to 58%, outstripping the national growth from 33% to 60% over the same period. Green Power schemes enable electricity consumers to pay a premium for electricity generated from renewable sources.
Out of all Australian households, 24% were willing to pay the premium for the Green Power scheme. In the exterior car park, 20 ROBUS 80W LED Floodlights were used to replace 150W Metal Halide fittings providing a 45% reduction in energy costs. Data in this publication were derived from a supplement of the Australian Bureau of Statistics Monthly Population Survey conducted in March 2005. Although more expensive to purchase, fluorescent lights and other energy saving lights are considered the most energy efficient form of lighting, as they use less energy, are cheaper to operate and last longer (between 8,000 and 16,000 hours) than conventional lights (footnote 3).
Accreditation for Green Power is provided by the National Green Power Accreditation Program (footnote 6). This section explores the current energy sources for Queensland households and uses of that energy.

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