PRESS RELEASE #03 · PRESS RELEASE #03 | BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS LIST OF...

VERSION 3.014 SEP 2011

Edited by Kata DudásSupervised by Adrián Auth

PRESSRELEASE #03DESIGN DEVELOPMENT DOCUMENTATION

2LIST OF TEAM MEMBERS #01

PRESS RELEASE #03 | BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS

LIST OF TEAM MEMBERSStudentsStudent from Other UniversitiesProfessors

PROJECT DESCRIPTIONSProject descriptionDesign of the House

SPONSHIP

Main sponsorSponsors & partners

PROJECT IMAGINES

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TABLE OF CONTENTS

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LIST OF TEAM MEMBERS #01 | STUDENTS

LIST OF STUDENTS

# Name Team University - Faculty Program Year

1. Adrián Auth

Architecture & Design

BME-ÉPK architectural engineering 5 th

2. Bálint Bakos BME-ÉPK architectural engineering 4 th

3. Sándor Horváth BME- ÉPK architectural engineering 5 th

4. Kitti Kőrösi BME- ÉPK architectural engineering 4 th

5. Imre Miskolczy BME-ÉPK architectural engineering 4 th

6. Dánie Palotai BME-ÉPK architectural engineering 5 th

7. Abigél Riesz BME-ÉPK architectural engineering 6 th

8. Balázs Szelecsényi BME-ÉPK architectural engineering 5 th

9. Dániel Lőrincz BME-GPK industrial and product designer BSC

10. Ágnes Urbin BME-GPK mechatronical engineeringBSC degreed

11 Attila Erdős

Engineering & Energetics

BME-GPKmechanical engineering of buildings

1st MSc

12 Orsolya Piroska Buza BME-GPK polymer engineering 2 th MSc

13 Ágnes Oravecz BME-GPK energetics 4th BSc

14 Gábor Haas-Schnabel BME-GPK energetics 4th BSc

15 Viktor Nagy BME-GPK energetics 4th BSc

16 Szabolcs Pálfi BME-GPK energetics 4th BSc

17 Balázs Debrődi

Elektrical engineering and house intelligence

BME-GPK mechatronical engineering 4th BSc

18 Ádám Lányi BME-GPK mechatronical engineering 4th BSc

19 Dávid Szalkai BME-GPK mechatronical engineering 4th BSc

20 Gábor Ádám BME-VIK electrical engineering 2nd MSc

21 Péter Dudás BME-VIK electrical engineering 2nd MSc

22 László Milanovich BME-VIK electrical engineering 2nd MSc

23 Kristóf Szabó BME-VIK electrical engineering 2nd MSc

24 Henrietta Dávid

Communications

BME-GTKinternational business and management

3th BSc

25 Orsolya Nagy BME-GTK business and management 5th BSc

26 Szőke Márk BME-ÉPK architecturel engineering 4th

27 Orsolya Nagy BME-GTK business and management 5th BSc

28 Kata DudásManagement

BME-VBK environmental engineering 1st MSc

29. Zeitler Balázs BME-GTK business and management 6th BSc

ABBREVIATIONS OF BME FACULTIES: BME-ÉPK • Faculty of ArchitectureBME-GPK • Faculty of Mechanical EngineeringBME-VBK • Faculty of Chemical Technology and BiotechnologyBME-GTK • Faculty of Economic and Social SciencesBME-VIK • Faculty of Electrical Engineering and Informatics

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LIST OF TEAM MEMBERS #01 | STUDENTS

LIST OF STUDENTS FROM OTHER UNIVERSITIES

ABBREVIATIONS OF BME FACULTIES: MKE • Hungarian University of Fine ArtsELTE-IK • Eötvös Loránd University, Faculty of InformaticsELTE-TK • Eötvös Loránd University, Faculty of SociologicBGF • Budapest Business School

# Name Team University - Faculty Program Year

30. Bencsik Panka Management ELTE-TK survey statistics 2nd MSc

31. Németh Gábor

Communications

ELTE-IK software engineering 3th BSc

32. Nagy Dániel MKE graphic designer 3th BSc

33. Orbán Péter MKE graphic designer 3th BSc

34. Kincs Viktor BGF trade and marketing 3th BSc

35 Kummer Béla BGF trade and marketing 3th BSc

36 Rákosi Tímea BGF trade and marketing 3th BSc



TAMÁS VARGA DLAFaculty of Architecture, Department of Residential Building Design2003 DLA (Doctor of Liberal Arts)Lead Faculty Advisor

POSITION:Vice dean of the FacultyVice chair of the Department of Residential Building Design

RESEARCH AREA:Sustainable valuesSustainable and liveable architectural environmentSustainable designContribution to the work of SDE BME:Faculty Advisor

MIKLÓS ARMUTHFaculty of Architecture, Department of Mechanics, Materials & StructuresCivil engineer, MsC degree, PhDStructural design Faculty Advisor

POSITION:Associate Professor

RESEARCH AREA:Timber StructuresLoad-Bearing Structures of Heritage Buildings

SUBJECTS:Statics Strength of MaterialsDesign of Load-Bearing StructuresReinforced Concrete StructuresSteel and Timber StructuresTimber StructuresSpecial Load-Bearing StructuresDiagnostics of Load-Bearing Structures

PROFESSORS



LÁSZLÓ CSÍZYFaculty of Architecture, Department of Urban DesignArchitect, MSc degreeArchitecture & Design Faculty Advisor

POSITION:DLA student

RESEARCH AREA:Community Architecture

SUBJECTS:Introduction to architectureComposition in Space

RITA PATAKYFaculty of Architecture, Department of Building ConstructionsArchitect, MSc degreeBuilding Constructions Faculty Advisor

RESEARCH AREA:Urban ecologyEcological architectureSustainable building constructionsGreenroofsenergeticsWaterproofingFloor structures

SUBJECTS:Building ConstructionsFloor structuresIndustrialized constructions¬¬WaterproofingThermal insulationsSustainable architecture

PROFESSORS



ATTILA PÉMFaculty of Architecture and Engineering, Department of Construction Technology and ManagementArchitect and Engineer, MSc degreeSite operations and logistics Faculty Advisor

POSITION:Assisstant Lecturer for the Department

RESEARCH AREA:Construction site optimization

SUBJECTS:construction technology construction management

ZOLTÁN ROSTÁSFaculty of Architecture Department of ConstructionArchitect, MSc degreeProject Management Faculty Advisor

POSITION:Teacher

RESEARCH AREA:Construction management flow

SUBJECTS:Real Estate Investment briefing (programming)Construction EconomyConstruction ManagementConstruction Economy

PROFESSORS



DR ZOLTÁN SZÁNTHÓFaculty of Mechanical Engineering, Department of Building Service and Process EngineeringMechanical Engineer, Ph. D. degreeHVAC & Energetics Faculty Advisor

POSITION:Assisstant Professor

RESEARCH AREA:Analysis of varying heat load of buildingsHydraulic analysis of domestic hot water circulation systemsAnalysis of inner fluid mechanics in domestic hot water containers

SUBJECTS:building services engineering: design and meteringwater supply and plumbingsupply in district heatingtechnologies for regulation in building service mechanicsheating technologiescooling technologies

CSABA SZIKRAFaculty of Architecture, Department of Building Energetics and ServicesMechanical Engineer, MSc degreeHVAC & Energetics Faculty Advisor

POSITION:Research Fellow for the Department

RESEARCH AREA:Sustainable energetics, CFD Simulation, Fire Protection

SUBJECTS:Traditional Building ServicesBuilding EnergeticsBuilding PhysicsEnergy supplyRenewable energy sourcesThermodynamicsEnergy policy

PROFESSORS

9PROJECT DESCRIPTION #02


PROJECT DESCRIPTION

Under the mentoring of the Dean of Faculty of Architecture, Dr. Gábor Becker we created our team, called Odooproject. Our main goal is to build a house which can become the symbol of sustainability with its environmentally conscious, innovative solutions and its iconic look. We believe that especially in our region only an easily identifiable representative building that is presented to broad messes is able to call people’s attention to the need for lifestyle changes and helps the spread of the renewable technologies on the market. It is important to use such architectural solutions which can perfectly meet today’s rapidly changing living requirements as well as the competition conditions. We have created undivided, spacious and easily moldable spaces, which can be utilized in many different ways and can accommodate various functions even after the competition (demo building, exhibition, catering, etc.) We wanted to create a marketable house which rests upon our cultural heritage and which can function in our region as well. This way, not only the home audience can feel that the house belongs to them but we can also represent our country and national identity better at an international competition.

Odooproject is prominently financed through sponsorship, so during the summer our team and the management of the university contacted those innovative Hungarian large companies that are somehow related to our university. The first partner with whom we signed a sponsorship agreement was Siemens. Besides providing significant financial support on a regular basis, the company agreed to frequently meet our designers for consultation and to give our team access to their industrial network. We have also been negotiating with companies that seek to develop and popularize a consciousness of sustainability in Hungary. Such companies support our team financially, through contributions of technical appliances, and through their industrial networks.

The communication team’s main platform is the social media, the printed and online media, our blog and the social networking. Two or three times a week our readers and “followers” are supplied with more and more information about us, the competition or about green lifestyle on the popular social sites. Thanks to our previous activities we had the chance to participate in television and radio interviews. Our blogs (in English: http://odooproject.wordpress.com/) has a great popularity thanks to the regular appearances in the different communication channels.

The communication tools with the help of an image change have received their new and final form. Thanks to this change our visitors can meet with the new website since the first week of September.



The goal was that our new image better reflects our views and motivations; nevertheless we strive to show a unified picture to the public about us in every field. Besides, we don’t forget to give accurate information for our supporters, so besides the regular presentations we start the Odoo-Newsletter. We plan to organize workshops, where students can get closer to our team and we can present them who we are and why we are working.

1. ábra Odooproject organization chart



DESIGN OF THE HOUSE

The simple but iconic shape of our house makes it easy to recognize. Through our compound we have redefined the typical Hungarian configuration of house and courtyard according to twenty-first century standards. We will integrate several units (such as a summer kitchen or shading) into a multifunctional wall that can be found on one side of the yard. In doing so, we seek to make the time the occupants spend outside more comfortable. Simplicity is our goal in our choice of construction material, too. We chose the exterior casings in accordance with the photovoltaic cells, so they are of a darker color. The surfaces we will create inside the house and in the yard will be lighter. We will integrate a network of pipes into the interior casings in order to circulate water for the purpose of carrying and storing heat.

When designing the interior of the house, our aim was to create a spacious and undivided room that can easily be adapted to individual needs with its mobile furniture.

The entire surface of the walls and roof will be covered by monocrystalline photovoltaic cells. The cells are not superimposed upon the building. Instead, they are integral elements of the house. The cells serve as the shell of the roof, as well as the protection of insulation. That is, they save us a significant amount of work.

We will transport the house from Budapest by trucks, so we needed to design the structure of the compound accordingly. Therefore, our plan is to handle the structure of the house separately from that of the surrounding patio and ramps. The main building mass will be prefabricated as much as possible, and it will be packed into boxes. Those boxes will be shipped to Madrid marked as oversize load. The other elements of the house and walls will be flat-packed, transported to the lot in pieces or packed into boxes, and assembled on the spot.

Roof and floor boarding is a built-in supporting timber -cross girder structure; still, in the case of the roof, nearly half of the course sequence will be built only on-site, in the form of panels. These roof panels will incorporate the supplementary thermal insulation, waterproofing and the attic. The solar photovoltaic system will be built upon these panels. The advantage of this solu-tion is that we apply the beam-cross girder system, favorable for the capacities of the Hungarian architectural practice and of the background industry. And yet, we can also stay below a transporting height acceptable for us.

Setting up the cranes around the building elements entailed special supporting structural requirements. According to our plan, we install catch-points on the floor beam, and the horizontal power effect will be eliminated with the help of



a lifting frame positioned above the particular building element. Consequently, the supporting structure will perform well statically and we will not have to do sizing for a bearing force that significantly differs from the usage loads.

The HVAC Team after completion of Deliverable#2, we immediately started working on the composition of the mechanical switching. This part of our work included the development of heating, cooling, domestic hot water and air-handling systems. After we finished the circulation diagram we carried out the static simulation for our house that is also important for energetic aspects. Thanks to the calculations we obtained a clearer picture about the HVAC system’s expected heat and electricity usage. As a next step we proportioned our solar collector system. With help of simulations we have determined that with certain collector surface size, what annual coverage share we can achieve if we use it only for producing domestic hot water and operate as a heat servo. The house’s fresh air supply and air-handling systems have been developed. We have compiled the air-handling unit’s block diagram and designed how it will be connected to other mechanical systems. It’s not enough just producing energy, but if the house would like to be self-sufficient from energetic aspects, we also need to store it for those times when the environmental conditions are inappropriate. Our solution is for this problem that we store the generated heat energy in water. For this we need big tanks, what will be placed under the terrace due to the building’s size-limitation.

The house has evolved significantly from electrical engineering viewpoints in the past few months. The summer was accompanied by continuous design work and the development of simulation algorithms. Our efforts resulted in a detailed electric power plan and we prepared us to the problems that can come up during the competition because unlike to the Hungarian practice directly grounded electrical network (TT system) structure is used. We have designed a highly efficient solar energy system and significant progress has been made in the implementation of simulations about electric energy balance. Our simulation software is developed in Matlab environment. Great part of the innovations are laid not only on theoretical but on practical foundations as well. In many cases, we have already selected the devices, which allow implementing the developments. The most important task of the following months is to complement the already accomplished basic plans with the building automation design, algorithms and to establish secure communication between individual devices.

DESIGN OF THE HOUSE

13SPONSORSHIP #04


MAIN SPONSOR

14SPONSORSHIP #04


SPONSORS & PARTNERS

CHICwww.chic.hu

The Central Hungarian Innovation Centre Non-profit Company (CHIC) is Hunga-ry’s most experienced organisation in creating a talent platform and network for inventors and innovative SMEs.

CHIC focuses on the development of competences by enabling SMEs and inven-tors to take part in both national and international projects in the following fields:• Renewable energy• Innovation management• Open innovation

CHIC offers consulting and training services for SMEs, universities and research institutes. Its consulting services aim to build an own innovation management system for an institute or a company. As an accredited adult education institute, CHIC provides know-how transfer on innovation management, involving the most prestigious trainers from both academic and business fields.

15SPONSORSHIP #04


SPONSORS & PARTNERS

Építészfórumwww.epiteszforum.hu/english

Építészfórum was the first forum of information -sharing and communication on the Internet- an architectural on -line magazine – launched by Hungarian Architects in 2001. By this time, it has become the most visited, daily updated professional online magazine in the Hungarian architectural field.

Their main aims:• Improve the general standard of architectural culture and that of our built environment in Hungary• Channel the flow of communication between professionals, decision makers and non-professionals• Distribute the true values of architecture, design and our creative environment within a wide circle

The site currently consists of thousands of pages and articles informing the public about the most important issues of the building environment, professional acknowledgements, prizes, design competitions, new buildings and submissions. Apart from presenting the works of architects, design offices and artists, they also publish longer essays and studies on topics which are relevant in the diversified fields of architecture, urban and visual culture.

16SPONSORSHIP #04


SPONSORS & PARTNERS

ValDeal innovations Inc.www.valdeal.com

ValDeal is the leading Hungarian company helping innovative entrepreneurs and inventors turn their creativity into profitable business products. ValDeal focuses on company building while converting ideas or intellectual property into successful business solutions. Its main offer is business incubation services, including business modeling and management building.

Sector focus areas of ValDeal:• Medical device, life science• Renewable energy• Engineering inventions• ICT

ValDeal has a proven track record in the commercialization of Hungarian inventions. The company also has an American joint venture helping the international commercialization of innovative projects.

17SPONSORSHIP #04


SPONSORS & PARTNERS

Fair Station Limitedwww.fairstation.huwww.jegszoras.hu

Fair Station Limited is an independent, Hungarian owned undertaking formed in 1993. The company was created with the aim of introducing the dry ice blasting technology of cleaning into the domestic market. Over the past years, they have extended their scope of activity and offers to:

• other forms of granules dispersion (blasting) techniques,• and high-pressure water jet cleaning technologies

The core philosophy of the company is two-sided, because they not only want to satisfy their customers’ needs by offering them highly reliable services and products, but also to suggest to them a customer oriented complex business solution, which can be achieved in the fastest possible way with attainable prices and which will be of outstanding quality, while naturally not forgetting to preserve the surrounding environment.

18PROJECT IMAGES #04


The OdooProject Team from Budapest, Hungary

PROJECT IMAGES

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Model photos of Odoo. This model was exhibited in Barcelona at Construmat

PROJECT IMAGES

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3D renders of Odoo© s exterior and interior.

PROJECT IMAGES

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The team is working

PROJECT IMAGES

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3D renders of Odoo© s exterior and interior.

PROJECT IMAGES

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