Two-Atrium House Mariana Proena University of So Paulo Monica Dolce - - PowerPoint PPT Presentation

Mariana Proença University of São Paulo Monica Dolce University of São Paulo Rawan Massood Technische Universität Berlin Peter Ovchinnikov Peter the Great St.Petersburg Polytechnic University

Professor: Kevin Hom City University of Newyork

Two-Atrium House

De s De s i gn i gn Co Conc nc e pt e pt

S-Bahn Zoologischer Garten

TU Berlin Main building

Site Plan

• Ground floor as a conection

to the outside

• Permeability
• Commom area
• Student lifestyle
• Bringing the nature to inside
• Ground floor as mark of the

building

Energy Concept

roof typical floor ground floor green roof photovolvaic panel natural ventilation natural lighting section

Assu ssume med annu annual e al ene nergy cons nsumpt ptio ion: for heating/cooling – 30 kWh/sq.m. for electricity – 50 kWh/sq.m. PV cells lls ene nergy o

• utpu

put Pane anels ls are area, a, sq sq.m. 1800 Total al ene nergy o

• utpu

put, k kWh*year ar 252 971 En Energy pu putpu put pe per r sq sq.m., ., kW kWh*year 30

Heating and cooling are mainly provided by LowExergy campus district heating based on deep geothermal energy and biomass boilers. Additionally, waste heat produced by server rooms, technical rooms and computer labs is also proposed as a source for inner low-temperature heating systems. Additionally, rainwater retainer reduces building demand in potable water.

Atrium Concept

nature inside common area Sky light

WC2 – SUMMER SYMPOSIUM – BERLIN - 2016

SITE AND CONCEPT | PLANS AND SECTIONS | BIOCLIMATIC SECTION

Inner landscape Path analyse N

Ana Laura Gonzalez Perez | Marta Carrero Gras | Paula Lelis Rabelo

Inner landscape +

• uter skin

ALGAE ZIGURAT

WC2 – SUMMER SYMPOSIUM – BERLIN - 2016

SITE AND CONCEPT | PLANS AND SECTIONS | BIOCLIMATIC SECTION

Ground Floor

ALGAE ZIGURAT

Water Heated by sun: Hot Water Restrooms Algae System: Use of ​𝑫𝑷↓

𝑫𝑷↓𝟑

Clear Water Hydrogen Heat + Electricity Movable Roof for Natural VenAlaAon Natural LighAng PV Pannels: 4esquemitaalga.jpg21 619 kWh/year Heat Pump Heat Exchange venAlaAon Effficient lighAng system Algae system: Hydrogen Storage Biomass storage Bioreactor Clear water AdiabaAc Cooling System Rainwater CollecAon Working groups/ computer labs Rainwater Storage Lake 30 KWh/ m2 / y (recuperaAon) 7.2 KWh/ m2 / y (Algae) 35 KWh/ m2 / y (Heat Pump) 40 KWh/ m2 / y 46 KWh/ m2 / y

+ +

ALGAE ZIGURAT

+

ST AGI NG PROPOSAL 2 BR

SI T E

PROPOSE D BUI L DI NG

N

• 3

F ACADE S

SE L F CL I MBI NG GROWN PL ANS T O COVE R F AÇADE OF T HE BL DG ON A CABL E T RAI L SUPPORT F I XE D HORI ZONT AL L OVE RS ON E AST SI DE AUT OMAT I CL Y CONT ROL E D SHADI NG DE VI CE ON T HE SOUT H, AND T HE WE ST SI DE S RE VOL VI NG DOORS T O CONT ROL T HE I NDOOR HE AT DURI NG T HE WI NT E R PL ANT T HE T RE E S ON T HE WI ND SI DE (WE ST ) T O MI NI MI ZE T HE WI ND POWE R

E XT E RI OR

MAT E RIAL :

• MAT

E RI AL S L E F T OVE R F ROM E XCAVAT I ON AND DE MOL I T I ON WI T HI N T HE ARE A OF PL ANNI NG, WHE NEVE R POSSI BL E , SHOUL D RE MAI N I N T HI S ARE A, E .G. T O SHAPE I T S OPE N SPACE S. UNG

• COL

L E CT RAI N/ / ST ORM WAT E R, AND RE USE F OR I RRI GAT I ON AND AS A GRE Y WAT ER I N T HE BUI L DI NG

• T

O USE PE RME ABL E , PE RVI OUS, OR PAVI NG MAT E RI AL – T O CONT ROL ST ORM WAT E R ST ORE .

• PRE

F ABRI CAT I ON I S BE T T E R , I F T HE T RANSPORT AT I ON F ROM B T O A I S CL OSE

• DE

MAT E RI AL I ZAT I ON ( USE L E SS MAT E RI AL F OR CONST RUCT I ON)

• USE

OF RE CL AI MI NG, RE CYCL E D MAT E RI AL S

• DOUBL

E GL AZI NG

• GRE

E N ROOF : PROVI DE ST ORM WAT E R CONT ROL , HE AT I SL AND RE ME DI AT I ON, BL DG I NSUL AT I ON, L ONGE R L AST I NG ROOF , NAT URAL COOL I NG T O SOL AR PANE L .

• PHOT

OVOL T AI CS – GE NE

• R. E

L E

• C. POWER
• PI

T CHE D ROOF T O SHE D T HE SNOW AND RAI N

SE CT I ON

• CHI

MNE Y AF F E CT NAT URAL VE NT I L AT I ON

• NAT

URAL L I GHT I NG

BI OPHI L I A – BACK T O NAT URE MOVE ME NT .

• AI

R F I L T RAT I ON (PL ANT S T HE MOST E F F E CT I VE I N RE MOVI NG F ORMAL DE HYDE , BE NZE NE , AND CARBON MONOXI DE F ROM T HE AI R). Ba mb o o Pa lm

I NT E RI OR

ME CHANICAL SYST E M :

• MANUAL

/ AUT OMAT I C OPE N WI NDOWS

• GE

OT HE RMAL E NE RGY T O HE AT UP T HE WAT E R APP. 200M BE L OW T HE GROUND

• VACUUM WAT

ER SYSYT E M T O MI NI MI ZE T HE USE OF WAT ER F OR T OI L E T S

• VE

NT I L AT I ON WI T H ADI ABAT I C COOL I NG SYST E M

• E

F F I CI E NT L I GHT I NG – L I GHT I NG CONT ROL (L E D L I GHT , DI MME RS, AUT OMAT I C L I GHT CONT ROL )

INSUL AT ION:

• PAPE

R I NSUL AT I ON MADE F ROM RE CYCL E D NE WSPAPE RS AND CARDBOARD, PAPE R-BASE D I NSUL AT I ON I S A SUPE RI OR AL T E RNAT I VE T O CHE MI CAL F OAMS. BOT H I NSE CT RE SI ST ANT AND F I RE

• RE

T ARDANT T HANK S T O T HE I NCL USI ON OF BORAX, BORI C ACI D, AND CAL CI UM CARBONAT E (AL L COMPL E T E L Y NAT URAL MAT E RI AL S T HAT HAVE NO ASSOCI AT I ONS WI T H HE AL T H PROBL E MS), PAPE R I NSUL AT I ON CAN BE BL OWN I NT O CAVI T Y WAL L S, F I L L I NG E VE RY CRACK AND CRE AT I NG AN AL MOST DRAF T

• F

RE E SPACE .

• RE

CYCL E D DE NI M, MI NE RAL WOOL Ge rb e ra Da isy Chine se E ve rg re e n CONCL USION:

92-100% OF SE L F E F F I CI E NCY

PRE SE NT E D BY:

PROF . MARCE L O ROME RO NAT HAL I A L ORE NZE T T I , K AT E SANK O AND RAMI N POORHE SHMAT Y

Campus TU Berlin

• study case
• planned construction

Area of site: 2 242 m2 Net space: 9 891m2

18 degrees

• 1 degrees

Pre-existing Conditions

G-Lab

Concept

North Facade

Recycled wood

South Facade Atrium Vision

Curtain Wall together with Solar Panels

Atrium Roof

Solar Panels design that also provides shade

Building Roof

Solar Panels

1st floor Working groups Exit stairs and elevator Atrium Space circulation 2nd floor Working groups Exit stairs and elevator Atrium Space circulation Exit stairs and elevator 3rd floor 3D labs Miscellaneous Common used room Atrium Space circulation

Energy Strategy