The implementation of off-grid-water-systems to mobile tiny houses / bachelor thesis by Isabell Hansen ; thesis advisors : Prof. Javier Martín, Prof. Adrian von Starck.
Contributor(s): Martín, Javier [thesis advisor] | Starck, Adrian von [thesis advisor] | Berlin International University of Applied Sciences. Faculty of Design [issuing body].Material type: TextPublisher: Berlin, Germany : BAU International Berlin University of Applied Sciences, 2018Description: 28 pages : illustrations, plans (colour) ; 30 cm.Content type: text | still image Media type: unmediated Carrier type: volumeSubject(s): BB 400.09: Interior design, architecture -- Spaces -- Small, mini | BB 400.10: Interior design, architecture -- Spaces -- Mobile, temporary | BB 300.07.03: Interior design, architecture -- Elements -- Building services engineering -- Water, sanitation | BB 080.04: Interior design, architecture -- Special aspects -- EnvironmentGenre/Form: Academic thesesDDC classification: 728 Online resources: Full text
|Current location||Collection||Call number||Status||Date due||Barcode|
|Klingemann Library||DESIGN -- Interior design, architecture||BB 400.09 H1984 2018 (Browse shelf)||No access to hard copy||2019-0622|
DISSERTATION NOTE: bachelor thesis in Interior Design, BAU International Berlin University of Applied Sciences, Berlin, Germany, 2018.
BIBLIOGRAPHY NOTE: includes bibliographical references (pp. 27-28).
MACHINE-GENERATED CONTENTS NOTE:
1. Introduction --
2. Off-Grid Tiny Houses --
2.1. Tiny Houses --
2.1.2. The founders of the Tiny House Movement --
2.1.3. Mobile Tiny Houses in Germany --
2.1.4. Interior Design in Tiny Houses --
2.2. Living Off-grid --
2.3. Water-recycling-systems --
2.3.1. Wetland --
2.3.2. Water backpack Paul --
2.3.3. Showerloop --
2.4. Conclusion --
2.5. Case Study Analysis --
2.5.1. Alpha by New Frontier Tiny Homes --
2.5.2. Airstream Classic 30RB combined with a DIY Grey water recycling kit --
2.5.3. zeroHouse by Specht architects --
2.6. Conclusion --
3. The Implementation Of An Off-Grid-Water-System To A Mobile Tiny House --
MACHINE-GENERATED SUMMARY NOTE:
"This thesis deals with the implementation of Off-grid-water-systems to mobile Tiny Houses. It gives an introduction and overview on the whole Tiny-House-topic and its movement, specialized on tiny homes on wheels in Germany. Due to their mobility the autarchic energy and water supply comes into focus. It will be explained what it means to live off-grid, going into detail about water-recycling-systems and introducing examples for these systems. As conclusion the different water plants are compared and evaluated according to their adequacy for mobile Tiny Houses. After that the design part of the Tiny House comes into focus, where the water system(s) is supposed to be integrated. In the context of a case study analysis a Tiny House, a caravan and a prefabricated house are evaluated according to their functionality, colors and materials and their water supply system. At the end of this thesis the best solution for the Off-grid-water-system(s) and the mobile Tiny House will be combined. For that will be clarified how much water a person needs. The thesis will conclude with a design proposal implementing the knowledge that have been collected through the research conducted on the previous chapters. The design proposal is adjusted to the German law, since the regulations in Germany are more stringent than in many other countries."
-- Abstract, unnumbered page preceding table of contents.
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, 2019-04-15, 2019-11-16.
CATALOGUING: subject indexing + call number with BIDAC, 2019-04-15.