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Conserving by retrofitting : integration of sustainable energies to a heritage preserved building in Potsdam, Germany / bachelor thesis by Ines Benedikt ; thesis advisors : Prof. Javier Martín, Prof. Hicran Topcu.

By: Benedikt, Ines [author].
Contributor(s): Martín, Javier [thesis advisor] | Topcu, Hicran [thesis advisor] | Berlin International University of Applied Sciences. Faculty of Design [issuing body].
Material type: TextTextPublisher: Berlin, Germany : BAU International Berlin University of Applied Sciences, 2018Description: 40 pages : illustrations, plans (chiefly colour) ; 30 cm.Content type: text | still image Media type: unmediated Carrier type: volumeSubject(s): BB 400.01.00: Interior design, architecture -- Spaces -- Residential -- Mixed/general | BB 500: Interior design, architecture -- Conservation, preservation | BB 300.07.00: Interior design, architecture -- Elements -- Building services engineering -- Mixed/general | BB 300.14: Interior design, architecture -- Elements -- AestheticsGenre/Form: Academic thesesDDC classification: 720.47 Online resources: Full text
Contents:
MACHINE-GENERATED CONTENTS NOTE: Abstract -- 1. Introduction -- 2. Architectural Heritage -- 2.1 Importance of Architectural Conservation -- 2.2 Characteristics of Heritage Buildings -- 2.3 Residential Architecture -- 3. Villa Gericke in Potsdam, Germany -- 3.1 History -- 3.2 Analysis and Evaluation of Characteristics and Values -- 4. Retrofitting Residential Buildings -- 4.1 Environmental Objectives -- 4.2 Interior and Exterior Retrofitting Techniques -- a) Building Envelope -- b) Passive Energy -- c) Building Services -- d) Household Appliances -- 4.3 Solar Energy Systems -- a) Common Panel -- b) Tesla Roof Shingle -- c) Graetzel Cells -- d) Interior Applications -- 4.4 Solar Energy Integration -- a) Installation Principles for listed Heritage Buildings -- 5. Design Recommendations -- 5.1. Application of the Research to Villa Gericke -- 6. Conclusion -- 6.1 Recommendations -- List of Figures -- Bibliography.
Dissertation note: DISSERTATION NOTE: bachelor thesis in Interior Design, BAU International Berlin University of Applied Sciences, Berlin, Germany, 2018. Summary: MACHINE-GENERATED SUMMARY NOTE: "Rapid global warming and climate change are two main problems today’s generation is facing. A significant contributor to those developments is the building stock, which represents approximately 40% of energy consumption and 36% of greenhouse gas emissions in the EU. While only a few existing buildings are modernized each year, almost three-quarters are presently energy inefficient. Renovating the old building stock towards sustainable energy goals would therefore significantly benefit the energy savings.[1] These energy improvements are desirable, but not always possible without compromises, especially when approaching heritage preserved architecture.[2] Implementing energy efficient measures to these precious buildings can create physical implications that may arise as a conservational issue. In some cases, aesthetic alterations require review and approval by the corresponding official authorities, which usually implies long and tedious administrative work. In other cases, missing conservation guidelines and regulations can lead to high damage of this heritage. For this reason, the research aims to find proper aesthetical solutions that fuse both, sustainable energy interventions and architectural heritage conservation. This thesis examines the importance and characteristics of conservation, focusing on residential architecture in Europe. By analysing four essential retrofitting techniques within the context of preservation, this thesis addresses the application of solar panels in historic buildings. It provides insight into installation principles, and the proposed conclusion offers a design solution as part of the integrated case study of a heritage preserved Villa in Potsdam, Germany." -- Abstract, unnumbered page preceding p. 1.
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Current location Collection Call number Status Date due Barcode
Klingemann Library
DESIGN -- Interior design, architecture BB 400.01.00 B4347 2018 (Browse shelf) No access to hard copy 2019-0283

DISSERTATION NOTE: bachelor thesis in Interior Design, BAU International Berlin University of Applied Sciences, Berlin, Germany, 2018.

BIBLIOGRAPHY NOTE: includes bibliographical references (p. 38-40).

MACHINE-GENERATED CONTENTS NOTE:
Abstract --
1. Introduction --
2. Architectural Heritage --
2.1 Importance of Architectural Conservation --
2.2 Characteristics of Heritage Buildings --
2.3 Residential Architecture --
3. Villa Gericke in Potsdam, Germany --
3.1 History --
3.2 Analysis and Evaluation of Characteristics and Values --
4. Retrofitting Residential Buildings --
4.1 Environmental Objectives --
4.2 Interior and Exterior Retrofitting Techniques --
a) Building Envelope --
b) Passive Energy --
c) Building Services --
d) Household Appliances --
4.3 Solar Energy Systems --
a) Common Panel --
b) Tesla Roof Shingle --
c) Graetzel Cells --
d) Interior Applications --
4.4 Solar Energy Integration --
a) Installation Principles for listed Heritage Buildings --
5. Design Recommendations --
5.1. Application of the Research to Villa Gericke --
6. Conclusion --
6.1 Recommendations --
List of Figures --
Bibliography.

MACHINE-GENERATED SUMMARY NOTE:
"Rapid global warming and climate change are two main problems today’s generation is facing. A significant contributor to those developments is the building stock, which represents approximately 40% of energy consumption and 36% of greenhouse gas emissions in the EU. While only a few existing buildings are modernized each year, almost three-quarters are presently energy inefficient. Renovating the old building stock towards sustainable energy goals would therefore significantly benefit the energy savings.[1] These energy improvements are desirable, but not always possible without compromises, especially when approaching heritage preserved architecture.[2] Implementing energy efficient measures to these precious buildings can create physical implications that may arise as a conservational issue. In some cases, aesthetic alterations require review and approval by the corresponding official authorities, which usually implies long and tedious administrative work. In other cases, missing conservation guidelines and regulations can lead to high damage of this heritage. For this reason, the research aims to find proper aesthetical solutions that fuse both, sustainable energy interventions and architectural heritage conservation. This thesis examines the importance and characteristics of conservation, focusing on residential architecture in Europe. By analysing four essential retrofitting techniques within the context of preservation, this thesis addresses the application of solar panels in historic buildings. It provides insight into installation principles, and the proposed conclusion offers a design solution as part of the integrated case study of a heritage preserved Villa in Potsdam, Germany."
-- Abstract, unnumbered page preceding p. 1.

SOURCE OF ACQUISITION NOTE: hard and digital copies acquired as obligatory copies from the author via Examinations Office, 2019-01-16. 1

ISSUING BODY NOTE: BAU International Berlin University of Applied Sciences is the former name of Berlin International University of Applied Sciences.

CATALOGUING: original descriptive cataloguing + summary + contents, 2019-04-03, 2019-11-16.

CATALOGUING: subject indexing + call number with BIDAC, 2019-04-03.

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