This thesis presents the conservation of landscape architecture in the historical garden of Miramare Castle in Trieste. More specially, the thesis consists of a proposal for the sustainable restoration of Casa Jelinek, including the preservation of the main building and the restoration of the annex using a Building Integrated Photovoltaic (BIPV) system for on-site renewable energy production. The conservation project analyses the architectural, horticultural and monumental significance of the Habsburg regime. The site’s development illustrates the changing demand for space and the adaptation of historic buildings through time. Based on the existing building quality and future management, the retrofit plan consists of two aspects: renovation of the main historic building with minimum intervention, and critical reconstruction of the annexed building through a Building Attached Photovoltaic(BAPV) system. The application of renewable energy in cultural heritage is sensitive due to the visual impact of material change and the loss of historic fabric. But the renovative BIPV products with low reflection and coloured cells mimicking the traditional materials could provide solar energy exploitation with heritage integrity. This thesis aims to showcase the possibility of preserving the historic landscape architecture under current comfort needs and energy demand without diminishing the historic context and balancing the contemporary building with existing historic buildings in design language and technological solutions.
This thesis presents the conservation of landscape architecture in the historical garden of Miramare Castle in Trieste. More specially, the thesis consists of a proposal for the sustainable restoration of Casa Jelinek, including the preservation of the main building and the restoration of the annex using a Building Integrated Photovoltaic (BIPV) system for on-site renewable energy production. The conservation project analyses the architectural, horticultural and monumental significance of the Habsburg regime. The site’s development illustrates the changing demand for space and the adaptation of historic buildings through time. Based on the existing building quality and future management, the retrofit plan consists of two aspects: renovation of the main historic building with minimum intervention, and critical reconstruction of the annexed building through a Building Attached Photovoltaic(BAPV) system. The application of renewable energy in cultural heritage is sensitive due to the visual impact of material change and the loss of historic fabric. But the renovative BIPV products with low reflection and coloured cells mimicking the traditional materials could provide solar energy exploitation with heritage integrity. This thesis aims to showcase the possibility of preserving the historic landscape architecture under current comfort needs and energy demand without diminishing the historic context and balancing the contemporary building with existing historic buildings in design language and technological solutions.
The conservation project of Casa Jelinek : a case study under historic garden preservation frame
JIANG, LI
2021/2022
Abstract
This thesis presents the conservation of landscape architecture in the historical garden of Miramare Castle in Trieste. More specially, the thesis consists of a proposal for the sustainable restoration of Casa Jelinek, including the preservation of the main building and the restoration of the annex using a Building Integrated Photovoltaic (BIPV) system for on-site renewable energy production. The conservation project analyses the architectural, horticultural and monumental significance of the Habsburg regime. The site’s development illustrates the changing demand for space and the adaptation of historic buildings through time. Based on the existing building quality and future management, the retrofit plan consists of two aspects: renovation of the main historic building with minimum intervention, and critical reconstruction of the annexed building through a Building Attached Photovoltaic(BAPV) system. The application of renewable energy in cultural heritage is sensitive due to the visual impact of material change and the loss of historic fabric. But the renovative BIPV products with low reflection and coloured cells mimicking the traditional materials could provide solar energy exploitation with heritage integrity. This thesis aims to showcase the possibility of preserving the historic landscape architecture under current comfort needs and energy demand without diminishing the historic context and balancing the contemporary building with existing historic buildings in design language and technological solutions.File | Dimensione | Formato | |
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2022_07_Jiang_Li_01_Thesis.pdf
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Descrizione: Thesiis wiith text
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2022_07_Jiang_Li_02_Panel.pdf
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Descrizione: Site Survey and proposal
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2022_07_Jiang_Li_03_EnergyPlusSummary.pdf
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Descrizione: Annual load summary
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https://hdl.handle.net/10589/190250