HSB Living Lab - Construction21

Ca s o s tu d i o : HS B Li vi n g La b
S i to we b : h ttp ://www.co n s tr u cti o n 2 1 .o r g /i ta l i a /
HSB Living Lab
PUBBLICATO DA KOURAKI | 0 6 LUGLIO 16
Tipo lo gia di pro getto : Nuo va co struzio ne
Tipo di edificio : Co ndo minio di altezza
superio re a 50 m
Anno di co struzio ne : 20 16
Zo na climatica : [Dwb] Humid Co ntinental
Mild Summer, Dry Winter
Superficie utile calpestabile : 1 720 m 2
Co sto di co struzio ne/ristrutturazio ne : 6
000 000 €
Numero delle unità funzio nali : 29
Appartamenti
Co sti/m2 : 3 48 8 €/m 2
Co sti/Appartamenti : 20 6 8 9 7
€/Appartamenti
, 412 58 Go thenburg, Sweden
// Descrizione
The HSB Living Lab (Go thenburg, Sweden) is a habitatio n infrastructure, in the fo rm o f student ho using, that aims to be a co creative so cial space fo r experimenting with sustainable techno lo gy and lifestyle in o rder to develo p inno vative co ncepts and
pro ducts. It has been develo ped thro ugh co -creative, o pen-inno vatio n pro cesses with HSB (Swedish Ho using asso ciatio n),
Chalmers University o f Techno lo gy and Jo hanneberg Science Park alo ng with o ther industry partners. Being a Next
Generatio n Living Lab, it stands fo r o ptimizatio n o f the human interface in a real life co ntext.
The HSB Living Lab is a third-generatio n Living Lab that is ho me to so me 30 + students and researchers, who reside in the
buildings 29 apartments. It is a unique venue fo r real-wo rld, user-centred pro to typing and inno vatio n. Students and
researchers co llabo rate with partners in industry and academia in the research and develo pment o f sustainable techno lo gies
and behavio ural practices.
The HSB Living Lab allo ws researchers fro m academia and their industry partners to test o n a small, but real life scale. Bo th
sho rt and lo ng-term research-driven inno vatio n pro jects will be co nducted thro ugho ut the pro ject’s ten-year life span. Results
may be presented in exhibitio n areas within the building, pro viding a venue fo r enhancing understanding o f sustainable
so lutio ns. The materials and metho ds tested here are expected to impro ve the quality and sustainability o f building pro jects,
bo th fo r new ho mes as well as reno vatio ns, accelarting the uptake o f climate-smart inno vatio n in the built enviro nment.
The HSB Living Lab is a fo ur-sto ry mo dular building with residential and research sectio ns. The infrastructure includes:
· Meeting ro o ms
· Sho wro o m fo r pro ject results
· Multifunctio nal laundry ro o m
· Pro to typing lab
· 12 Adaptable wall sectio ns, which can be remo ved and replaced to enable testing o f vario us inno vative façade materials and
assembly techniques.
· An extensive senso r netwo rk, pro viding precise measurements and data fo r research, develo pment and inno vatio n pro jects.
Next Generatio n Built Enviro nment:
• This pro ject is referred to as the third-generatio n o f Living Labs because it is a real-wo rld enviro nment where target-users
participate in bo th testing and develo pment o f inno vative pro ducts and services. The main go al o f the pro ject is to identify and
study the barriers and, thereby, to o ptimize the interface between human behavio ur and techno lo gical systems.
• Since the co -creatio n takes place in the users’ natural enviro nment, i.e. during their regular living and wo rking activities, the
3rd generatio n living lab is designed and equipped to allo w systematic o bservatio ns, measurements, evaluatio ns and
refinement o f the starting hypo theses.
Maggio ri de t t agli sul pro ge t t o :
https://www.hsb.se/kampanjer/hsblivinglab/
At t e ndibilit à de i dat i :
Auto -dichiarazio ne
// Stakeholders
Other consultancy agency
No me : Jo hanneberg Science Park AB
Maria Ådahl, Directo r o f Urban Develo pment Open Arena, maria.adahl@jo hannebergsciencepark.co m, Go thenburg, Evdo xia
Ko uraki, Pro ject Manager- Urban Develo pment Open Arena, evdo xia.ko uraki@jo hannebergsciencepark.co m, Go thenburg
Sito web : http://jo hannebergsciencepark.co m/
Azio ne : Building netwo rks,co ntacts, expertise
Others
No me : Chalmers University o f Techno lo gy
Shea Hagy, HSB Living Lab Pro ject Manager, [email protected], Go thenburg
Sito web : http://www.chalmers.se/en/Pages/default.aspx
Facility manager
No me : HSB
Stefan Andersso n, HSB Living Lab Pro ject Manager, stefan.andersso [email protected]
Sito web : https://www.hsb.se/
Agenzia di consulenza per impianti termici
No me : Bengt Dahlgren AB
Henrik Jö nsso n , Pro ject Manager at Bengt Dahlgren AB, henrik.jo nsso [email protected]
Sito web : http://bengtdahlgren.se/
Azio ne : Pro ject partner, Building service system design, Energy & enviro nmental co nsultancy
Progettista
No me : Tengbo m
Peter Elfstrand, Architect at Tengbo m, peter.elfstrand@tengbo m.se
Sito web : https://tengbo m.se/
Azio ne : sustainable ho me design feautures
Others
No me : Tieto
Linnea Kallgard, UX-Strategy and Co -Creatio n at Tieto , linnea.kallgard@tieto .co m
Sito web : https://www.tieto .se/
Azio ne : IT so lutio ns, Digitalisatio n
Others
No me : Gö tebo rg Energi
Claes So mmansso n, Pro ject manager at Gö tebo rg Energi, claes.so mmansso n@go tebo rgenergi.se
Sito web : http://www.go tebo rgenergi.se/Fo retag
Azio ne : Energy co mpany, district heating, energy services
Impresa di costruzioni
No me : Peab
Kristina Gabrielii, Sustainability Manager at Peab, [email protected]
Sito web : http://www.peab.se/
Azio ne : po rtability and pro ductio n pro cesses
Site manager
No me : Akademiska Hus
Per Lo veryd, Energy strategy at Akademiska Hus, per.lo [email protected]
Sito web : http://www.akademiskahus.se/
Azio ne : Owner o f the area
Others
No me : Electro lux
Mattias Jo hansso n, Inno vatio n manager at Electro lux, mattias.jo hansso n@electro lux.se
Sito web : http://www.electro luxgro up.co m/en/
Azio ne : Ho me appliances
T ipo lo gia co nt rat t uale :
So mma fo rfettaria chiavi in mano
Appro ccio de l pro prie t ario alla so st e nibilit à e ne rge t ica : This pro ject go es beyo nd building a 'green building', i.e.
static pro to type, with current market techno lo gy and practices. The HSB Living Lab pro ject and building is bo th a ho me fo r its
inhabitants as well as a 3rd generatio n living lab research infrastructure. In this infrastructure/Ho me enviro nment co -creatio n
and o pen-inno vatio n pro cesses and metho ds are used to research and test in a real-life co ntext in o rder to find smart
so lutio ns and practices that will info rm o ur future sustainable ho mes. The infrastructure is made to change o ver time adapting
to the new ideas, techno lo gies and practices o ver it's life time.
De scrizio ne archit e t t o nica : The HSB Living Lab is designed as a generic demo cratic research platfo rm that addresses
the ho me enviro nment and suppo rts the interface between the tenants and inno vatio n research (interface between behavio r
and techno lo gy). Flexibility and adaptability are at the heart o f the architectural design creating a matrix that is easily
understo o d fro m different perspectives i.e. academia and industry. The interio rs and exterio rs have been designed to expo se
the installatio ns and services but still pro vide a feeling o f 'ho me'. Vo lume and shared spaces pro vide the basis fo r the
functio nal living units.
// Energia
Energy consumption
Ripart izio ne de l co nsum o di e ne rgia prim aria no n rinno vabile in uso :
Heating (ventilatio n) 1,0 kWh/m2,år
Ho tt water 17,7 kWh/m2,år
Electricy (pumps) 3,0 kWh/m2,år
Electricy (ventilatio n) 5,5 kWh/m2,år
Electricy (building co nected) 2,3 kWh/m2,år
Electricy (user co nected) 20 kWh/m2,år
Heating (ro m) 28 ,0 kWh/m2,år
Co nsum o di e ne rgia f inale : 8 0 ,0 0 kWh FE/m 2 /year
CEEB : 0 kWh PE / €
Me t o do di calco lo : Altro
Fabbiso gno di e ne rgia prim aria de l m e de sim o e dif icio co st ruit o se co ndo gli st andard m inim i pre vist i dalla no rm at iva vige nt e :
8 0 ,0 0 kWh PE/m 2 /year
Fabbiso gno di e ne rgia prim aria :
6 0 ,0 0 kWh PE/m 2 /year
Performance dell'involucro
Indicat o re : DIN EN 138 29 - q50 » (en m3/h.m3) (I4) m 3 /H.m 2 n50 (Vo l/H) Q4
Co e f f icie nt e di co m pat t e zza de ll\'e dif icio (f at t o re di f o rm a s/v) : 0 ,27
Maggio ri inf o rm azio ni : U-wal 0 ,136 W/m2,K
U-ro f 0 ,1 W/m2,K
U-windo w 0 ,9 W/m2,K
T rasm it t anza : 0 ,31 W.m -2 .K-1
// Fonti Rinnovabili e Impianti
Systems
Pro duzio ne di e ne rgia rinno vabile : 40 ,0 0 %
Sist e m i pe r lo sf rut t am e nt o di f o nt i di e ne rgia rinno vabili :
Altro
Im piant o di ve nt ilazio ne :
Raffrescamento gratuito
Scambiato re di calo re a do ppio flusso
Im piant o di raf f re scam e nt o :
Altro
Sistema VAV (Variable Air Vo lume)
Im piant o di pro duzio ne di acqua calda sanit aria :
Teleriscaldamento
Im piant o di riscaldam e nt o :
Teleriscaldamento
Altro
Radiato re ad acqua
Riscaldamento a pavimento a bassa temperatura
Smart Building
BMS :
Co nto lunits co nected to OPC-server via MODBUS.
// Prestazioni ambientali
// Prodotti
The laundry room & community hall
Pro dut t o re : Electro lux, Tengbo m, HSB
Co nt at t o : Mattias Jo hansso n mattias.jo hansso n@electro lux.se and Peter Elfstrand peter.elfstrand@tengbo m.se
Sit o we b: http://www.electro luxgro up.co m/en/electro lux-o pens
Cat e go ria de l pro do t t o : Management / Co invo lgimento dei stakeho lders
De scrizio ne :
This laundry studio gives the o ppo rtunity to challenge ho w we currently deal with textiles as well
as develo p simpler, mo re pleasant and sustainable ways o f handling the laundry in the future.
With energy-efficient and silent machines, the laundry ro o m beco mes a so cial meeting place fo r
the residents. Electro lux has access to a unique research platfo rm that gives them the
o ppo rtunity to wo rk clo ser to the researchers at Chalmers University and manage pro jects in
textile care to gether with co mpany partners and/o r the researchers.
Co m m e nt i:
This pro duct is a result o f o pen inno vatio n wo rksho ps in which participated the HSB Living Lab partners and students fro m
Chalmers and Rice University.
// Costi
Co sto di co struzio ne/ristrutturazio ne : 6 0 0 0 0 0 0 €
// Qualità della pianificazione urbana
Am bie nt e urbano : Tempo rarily utilising land enables new residences to be erected quickly and simply. Lo cating HSB
Living Lab at the Campus Jo hanneberg pro vides a clear geo graphic pro ximity to the researchers who are already invo lved
with pro jects in the infrastructure, as well as researchers and students who might utilise it in the future. Likewise, there are
po tential synergy effects thro ugh the Built Enviro nment cluster that is emerging under the ro o f o f Jo hanneberg Science Park,
which ho uses vario us co mpanies and o rganisatio ns that are active participants in the HSB Living Lab co llabo rative pro ject.
Except fo r its pro ximity to the Science Park, the Living Lab is lo cated in an area where o ther inno vative pro jects rlatd to urban
develo pment are taking place. Fo r example, the Po sitive Fo o tprint Ho use, a research and ho using pro ject fo r sustainable
ho using and the Electric Vo lvo bus line which has its charging statio n few meters away fro m HSB Living Lab.
// Qualità ambientale dell'edificio
Qualit à am bie nt ale de ll\'e dif icio :
Adattabilità dell\'edificio
Co nsultazio ne - Co o perazio ne
Mo bilità
Pro do tti e materiali
// Concorsi
HSB Living Lab is a smart building and can be the winner o f users' cho ise because o f:
T he 20 0 0 se nso rs t hat m e asure e ve ry de t ail.
We have installed mo re than 20 0 0 meters to really measure what is happening at a high granularity level and the systems
aro und the building to use that info rmatio n in the light o f energy savings and applied inno vatio ns.
T he co m m o n re se arch f und f o r t e st ing & de ve lo ping inno vat io ns.
We have a smart building because we have integrated it with Chalmers University, HSB, Jo hanneberg Science Park and a
gro up o f smart co mpanies that have made a research fund o f o ver 0 ,25 MLN a year, fo r ten years, to test and develo p
inno vatio ns inside the building. The residents are integral in supplying feed-back and taking part in o pen inno vatio ns sessio ns
with the co mpanies and scientists.
It s 4 4 st e e l m o dule s.
HSB Living Lab is made up o f 44 steel mo dules. Their steel co nstructio n lets us adjust their dimensio ns and build multi-sto rey
buildings, to o . The mo dules’ fast assembly time meant we co uld clo se part o f the ro ad belo w fo r just o ver a week, having
buses and o ther traffic make a small deto ur, while lifting the building into place using a crane; a so lutio n that wo uld have been
next to impo ssible if the building had taken the usual 18 mo nths to erect. Rapid co nstructio n is o ne o f the many advantages
we see in building in mo dule-fo rm. Ano ther is safe, dry, indo o r co nstructio n. It’s a co mbinatio n that’s hard to beat.
HSB Living Lab’s co nstructio n is a research pro ject in itself. We aim to investigate whether co nstructio n using mo dules and
tempo rary building permits is a sustainable, eco no mical, enviro nmentally-friendly and so cially-viable business mo del. We
believe this appro ach co uld be the key to pro ducing new ho mes quickly – a must fo r to mo rro w’s cities.
T he ne w appro ach t o archit e ct ural de sign.
HSB Living Lab is a tempo rary structure meant to be dismantled and relo cated after ten years. The building’s tempo rary nature
do esn’t mean it gets a free pass o n functio nality, tho ugh. It must still meet the needs o f everyo ne who lives here. It is a building
that takes a new appro ach to design, using smart “cubic” so lutio ns, instead o f the traditio nal 2D mind-set.Our fo cus is functio n
and flexibility. Our mantra is adaptability. Our aim is to wo rk to gether to pro duce sustainable pro ducts and services fo r the
ho mes o f the future.
T he lo w-t e m pe rat ure , re t urn dist rict he at ing syst e m .
The building's o wn heating system co nsists bo th o f o rdinary radiato rs and underflo o r heating. This system is unique in that it
has been adapted to heat the building using lo w-temperature return heat. Inside HSB Living Lab's distrct heating substtio n are
three flo w pipes insted o f the usual two , which is the biggest difference co mpared to an o rdinary building. Outside the
substatio n, bo th an o rdinary high-temperature supply line co nnectio n and two lo w-temperature return line co nnectio ns
enter.This means we can heat the building using heat so urces o ther than return heat when we relo cate it in the future. The
advantage o f lo w-temperature district heating systems is that lo cal waste heat, small-scale heat pro ductio n and energy
sto rage can be used mo re effectively, making them an attractive part o f future energy
systems. Flexibility=efficiency=sustainability!
T he building's indo o r e nviro nm e nt .
Cleaner and greener living is o ur ultimate aim therefo re we measure ammo nia emissio ns, carbo n dio xide, mo uld spo res and
o ther substances that might exist in the ro o ms as well as the substances their paints and flo o rings release into the air. Our
aim is to assess the air quality inside HSB Living Lab and to see if any reactio ns o ccur when different emulsio ns/emissio ns
mix. What happens to the air we breathe when we add a new so fa to the ro o m? Do es it matter what material the co ffee table is
made fro m? We have already started taking measurements and the first samples have been sent fo r analysis.
It s laundry ro o m and co m m unit y hall.
In the building a futuristic laundry studio has been designed in o rder to create an integrated lo unge/laundry ro o m furniture suite
– a place where yo u can hang o ut with yo ur neighbo ur and have a cup o f co ffee while yo u wash. The research that will be
co nducted here will have a so cial fo cus to begin with.
T he Whit e ro o m
The White Ro o m has no fixed furnishings, but is a space dedicated to dynamism. It gives bo th Chalmers and every researcher
everywhere the o ppo rtunity to test new ideas, research the sustainable ho using so lutio ns o f the future and, ho pefully, create
wo rld-first results.