Page 14 - InnoRenew CoE International Conference 2020, Integrating Sustainability and Health in Buildings
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GARIAN NEST+
New type energy spaces in the sustainable architecture
Tamás KONDOR dr.1, Hajnalka JUHÁSZ2
1 University of Pécs, Faculty of Engineering and Information Technology, kondor.tamas@mik.pte.hu
2 University of Pécs, Faculty of Engineering and Information Technology, hjuhasz91@gmail.com
The biggest stress on the sustainability of our environment is caused by the construction
industry. More than 30% of the global pollution emissions are caused by the development of
the built environment without ecological awareness. It is time for the conscious design process,
to shape our built environment in a sustainable and humane way, in accordance with nature.
The creative students and educators from University of Pécs, in association with University
of Miskolc and University of Blida, set the goal of creating a new Hungarian energy project,
the HUNGARIAN NEST+ PROGRAM, at this year’s Solar Decathlon Europe competition. The
international consortium was established as a concentration of multidisciplinary researchers
from many disciplines. Nowadays, architecture and automation represent an almost inseparable
combination, which creates innovations that promote the revolution of the entire construction
industry. The international innovative house-building competition, Solar Decathlon Europe
2019, focused on addressing the social challenges of an inherited built environment. In Hungary,
800.000 outdated, physically amortised “Cube-houses” are waiting to make them meet the
challenges of the 21st century. HUNGARIAN NEST+ is an innovative example to provide quality
guidelines for sustainable development of inherited architectural environments and for defining
new architectural directions! An experiment to turn into positive the energy efficiency of built
environments. The project is based on a combination of simple, consistent ingenuity of vernacular
Hungarian architecture, the natural confidence of environmentally conscious thinking, the purity
of low-budget solutions, and the high-tech applications of energy design. We have developed
many variations and technological innovations throughout the project, enabling HUNGARIAN
NEST+ to combine energy conscious solutions with humane living without ecological footprint,
both in the renovation of existing buildings and in the realization of new buildings. And the next
phase of the project is just coming!
Keywords: Solar Decathlon Europe, new type energy spaces, HUNGARIAN NEST+, environmentally
positive architecture, Cube-house, recycling
REFERENCES
Kincses Péter, A megújuló támogatási rendszer. [Performance]. MAVIR Zrt., 2018.
Chenghua Zhanga, Jianzhong Wua, Chao Longa, Meng Chenga, „Review of Existing Peer-to-Peer Energy Trading
Projects,” in Elsevier Ltd., www.sciencedirect.com, 2016.
Központi Statisztikai Hivatal, „2011. ÉVI NÉPSZÁMLÁLÁS - 12. Lakásviszonyok”. Link: https://www.ksh.hu/docs/
hun/xftp/idoszaki/nepsz2011/nepsz_12_2011.pdf. [Available: 27. ok-tóber 2019.].
ifj. Kistelegdi István: Hazánk első energia-pozitív ipari és irodaépülete - Komló 2012: Link: https://energiadesign.hu/
cikk/projektek/hazank-elso-energia-pozitiv-ipari-es-irodaepulete-komlo-2012-1
A „kevesebb” a jövő megoldása! – low-tech épületek high-tech tervezéssel, https://energiaoldal.hu/a-kevesebb-a-
jovo-megoldasa-low-tech-epuletek-high-tech-tervezessel/
Manfred Hegger, Caroline Fafflok, Johannes Hegger, Isabell Passig: Aktivhaus The Reference Work, From Passivhaus
to Energy-Plus House, 2016, Verlag D. W. Callwey GmbH & Co. KG, Munich. Genehmigte Lizenzausgabe für Birkhäuser
Verlag GmbH., pp. 48.-49., ISBN 978-3- 03821-643-8
INNORENEW COE INTERNATIONAL CONFERENCE 2020
14
New type energy spaces in the sustainable architecture
Tamás KONDOR dr.1, Hajnalka JUHÁSZ2
1 University of Pécs, Faculty of Engineering and Information Technology, kondor.tamas@mik.pte.hu
2 University of Pécs, Faculty of Engineering and Information Technology, hjuhasz91@gmail.com
The biggest stress on the sustainability of our environment is caused by the construction
industry. More than 30% of the global pollution emissions are caused by the development of
the built environment without ecological awareness. It is time for the conscious design process,
to shape our built environment in a sustainable and humane way, in accordance with nature.
The creative students and educators from University of Pécs, in association with University
of Miskolc and University of Blida, set the goal of creating a new Hungarian energy project,
the HUNGARIAN NEST+ PROGRAM, at this year’s Solar Decathlon Europe competition. The
international consortium was established as a concentration of multidisciplinary researchers
from many disciplines. Nowadays, architecture and automation represent an almost inseparable
combination, which creates innovations that promote the revolution of the entire construction
industry. The international innovative house-building competition, Solar Decathlon Europe
2019, focused on addressing the social challenges of an inherited built environment. In Hungary,
800.000 outdated, physically amortised “Cube-houses” are waiting to make them meet the
challenges of the 21st century. HUNGARIAN NEST+ is an innovative example to provide quality
guidelines for sustainable development of inherited architectural environments and for defining
new architectural directions! An experiment to turn into positive the energy efficiency of built
environments. The project is based on a combination of simple, consistent ingenuity of vernacular
Hungarian architecture, the natural confidence of environmentally conscious thinking, the purity
of low-budget solutions, and the high-tech applications of energy design. We have developed
many variations and technological innovations throughout the project, enabling HUNGARIAN
NEST+ to combine energy conscious solutions with humane living without ecological footprint,
both in the renovation of existing buildings and in the realization of new buildings. And the next
phase of the project is just coming!
Keywords: Solar Decathlon Europe, new type energy spaces, HUNGARIAN NEST+, environmentally
positive architecture, Cube-house, recycling
REFERENCES
Kincses Péter, A megújuló támogatási rendszer. [Performance]. MAVIR Zrt., 2018.
Chenghua Zhanga, Jianzhong Wua, Chao Longa, Meng Chenga, „Review of Existing Peer-to-Peer Energy Trading
Projects,” in Elsevier Ltd., www.sciencedirect.com, 2016.
Központi Statisztikai Hivatal, „2011. ÉVI NÉPSZÁMLÁLÁS - 12. Lakásviszonyok”. Link: https://www.ksh.hu/docs/
hun/xftp/idoszaki/nepsz2011/nepsz_12_2011.pdf. [Available: 27. ok-tóber 2019.].
ifj. Kistelegdi István: Hazánk első energia-pozitív ipari és irodaépülete - Komló 2012: Link: https://energiadesign.hu/
cikk/projektek/hazank-elso-energia-pozitiv-ipari-es-irodaepulete-komlo-2012-1
A „kevesebb” a jövő megoldása! – low-tech épületek high-tech tervezéssel, https://energiaoldal.hu/a-kevesebb-a-
jovo-megoldasa-low-tech-epuletek-high-tech-tervezessel/
Manfred Hegger, Caroline Fafflok, Johannes Hegger, Isabell Passig: Aktivhaus The Reference Work, From Passivhaus
to Energy-Plus House, 2016, Verlag D. W. Callwey GmbH & Co. KG, Munich. Genehmigte Lizenzausgabe für Birkhäuser
Verlag GmbH., pp. 48.-49., ISBN 978-3- 03821-643-8
INNORENEW COE INTERNATIONAL CONFERENCE 2020
14
