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Socio-Economic Objective : Commercial
Field of Research : Interior And Environmental Design
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  • Funded Activity

    Linkage Projects - Grant ID: LP0219732

    Funder
    Australian Research Council
    Funding Amount
    $45,090.00
    Summary
    Natural and Artificial Lighting Control Energy and Visual Optimisation for a Low Energy Building. Artificial lighting is highlighted as the most significant area of opportunity to reduce energy as well as greenhouse emission. The application of intergrated daylight design together with artificial lighting control is researched. Control strategies of switching and dimming the artificial daylighting in conjunction with set-point levels, user preferences and daylighting maximisation are measured. T .... Natural and Artificial Lighting Control Energy and Visual Optimisation for a Low Energy Building. Artificial lighting is highlighted as the most significant area of opportunity to reduce energy as well as greenhouse emission. The application of intergrated daylight design together with artificial lighting control is researched. Control strategies of switching and dimming the artificial daylighting in conjunction with set-point levels, user preferences and daylighting maximisation are measured. The goal is to find the most effective saving strategies whilst maintaining visual comfort
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    Funded Activity

    Linkage Projects - Grant ID: LP0347256

    Funder
    Australian Research Council
    Funding Amount
    $69,099.00
    Summary
    Open-plan Office Concepts Determine Effective Facilities Space Management. Open-plan layout is the most predominant work-setting and office designs are changing substantially towards this style. This research addresses the question, "How do open-plan attributes affect effective facilities space management." While this layout is increasingly adopted, no research has definitively answered this question or evaluated open-plan design for its usefulness. This research therefore aims to respond to thi .... Open-plan Office Concepts Determine Effective Facilities Space Management. Open-plan layout is the most predominant work-setting and office designs are changing substantially towards this style. This research addresses the question, "How do open-plan attributes affect effective facilities space management." While this layout is increasingly adopted, no research has definitively answered this question or evaluated open-plan design for its usefulness. This research therefore aims to respond to this question and establish reliable criteria for effective management and re-engineering of offices with open-plans. This research is novel and timely since it endeavours to develop new models and objective criteria to better exploit this concept for greater office performance and productivity.
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    Funded Activity

    Discovery Projects - Grant ID: DP0985410

    Funder
    Australian Research Council
    Funding Amount
    $100,000.00
    Summary
    Drivers and barriers to sustainability in residential and commercial buildings. In acknowledging that climate change is one of the greatest moral and economic challenges of our time, the federal Government is committed to Australia's internationally agreed target of limiting greenhouse gas emissions. In its efforts to achieve this, the Government is supporting various initiatives including the development of renewable energy technology. In Australia, buildings contribute almost one-quarter of ou .... Drivers and barriers to sustainability in residential and commercial buildings. In acknowledging that climate change is one of the greatest moral and economic challenges of our time, the federal Government is committed to Australia's internationally agreed target of limiting greenhouse gas emissions. In its efforts to achieve this, the Government is supporting various initiatives including the development of renewable energy technology. In Australia, buildings contribute almost one-quarter of our greenhouse gas emissions. This research will identify methods that assist in the nationwide uptake of sustainability practices, including the use of micro-generation technology, to help improve building performance and reduce greenhouse gas emissions.
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    Funded Activity

    Linkage Projects - Grant ID: LP0669752

    Funder
    Australian Research Council
    Funding Amount
    $156,000.00
    Summary
    Using global optimization technique to determine the most efficient use of building/floor space to accommodate a given office design. The commercial property market is one of the largest business markets, both in Australia and globally. Businesses of all kinds use commercial office space, which represents many billions of investment dollars. A better understanding of what constitutes efficient and effective office space would produce enormous commercial benefits for this country. Historically, .... Using global optimization technique to determine the most efficient use of building/floor space to accommodate a given office design. The commercial property market is one of the largest business markets, both in Australia and globally. Businesses of all kinds use commercial office space, which represents many billions of investment dollars. A better understanding of what constitutes efficient and effective office space would produce enormous commercial benefits for this country. Historically, very little (if any) consideration has been given to the efficiency of office space design. The measurement of efficiency has now become an essential component of 'site selection'. To date, the application of optimization methodologies have not been applied to the architectural industry, making the development of tools to address this problem a significant and innovative move.
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    Funded Activity

    Linkage Projects - Grant ID: LP0560426

    Funder
    Australian Research Council
    Funding Amount
    $72,444.00
    Summary
    Determination of key parameters and control strategies for fabric energy storage (FES) systems for the various climates of Australia. This research will establish the theoretical basis for the use of advanced fabric energy storage (FES) systems in commercial buildings in Australia. A thermal model of a FES will be developed and then incorporated into a full building model, so that the interaction of the FES with other building elements may be studied. The model will be validated against data fro .... Determination of key parameters and control strategies for fabric energy storage (FES) systems for the various climates of Australia. This research will establish the theoretical basis for the use of advanced fabric energy storage (FES) systems in commercial buildings in Australia. A thermal model of a FES will be developed and then incorporated into a full building model, so that the interaction of the FES with other building elements may be studied. The model will be validated against data from measurements taken in a commercial building. A parametric study will be carried out to determine the optimum control strategy options and design parameters for FES systems in various climates in Australia.
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