Nulle izmešu, maksimāls komforts
Nulle izmešu un maksimāls komforts biroju ēkā
Apskatīt gadījumu
Alojas uzņēmēju centrs - bibliotēka Sala, Aloja, Latvia
Īss aprakts
Alojas novada pašvaldība ir viena no pirmajām Latvijā, kura īstenojusi zema enerģijas patēriņa ēku būvniecību un izmantojusi koku kā pamata būvniecības materiālu sabiedrisko ēku celtniecībā. Siltumenerģijas patēriņš ekspluatācijas laikā uz apkurināmo telpu platību nepārsniegs 14,6 kWh/m2 gadā.
Projekta fakti
Aloja, Latvia
Biroja ēka
Apkure & Dzesēšana
Pabeigt: 2016
Stāvu skaits: 1
Uponor iesaiste
Ēka aprīkota ar Uponor zemgrīdas apkures un dzesēšanas sistēmu. Ēkā nav izvietots neviens radiators un vasarās tā tiek dzesēta ar grīdām. Automātiskai sistēmu vadībai izmantota Smatrix automātika.
Īss apraksts
Uzņēmējdarbības atbalsta centrs – bibliotēka SALA paredzēta vairākām funkcijām. Būve sastāv no trim galvenajiem funkcionālajiem blokiem – bibiliotēkas telpas, lielās semināru zāles un darba kabinetiem ar apspriežu telpām. Tas viss izvietots ēkas vienīgajā stāvā. Katram blokam ir autonoma piekļuve.
Būves tehniskais projekts tika izstrādāts 2015.gadā, būvniecības darbi sākās 2016.gada februāra beigās. Ēkai ir lentveida pamati, uz kuriem balstās plātne 250mm biezumā, virs kuras iestrādāts siltumizolācijas slānis 300mm biezumā. Pamatu izstāde aizņēma 2 mēnešus. Ēkas tapšanā lietots daudzveidīgs materiālu klāsts – betons, koks, metāls u.c.. Ļoti plaši izmantots koks – gan kā karkass, gan kā apdares materiāls. Tam ir divi iemesli: pirmkārt, liels uzsvars tika likts uz dabīgu materiālu izmantošanu, otrkārt, tieši ar īpašo koka apstrādes tehniku iespējams sasniegt dizaina konceptu. Priekšroka lielākoties dota vietējiem materiāliem.
Viens no būves raksturlielumiem ir ēkas augstā energoefektivitāte. Lai to nodrošinātu, ēkas arhitektoniskais risinājums pilnībā atbilst pasīvās ēkas enerģijas patēriņa kritērijiem. Aprēķins veikts izmantojot Passive House Planning Package programmu.
Apkures sistēmas un karstā ūdens apgādes siltuma avots izmantots siltuma sūknis ar ģeotermālo siltumapgādi no dziļurbuma zondēm. Tas nokomplektēts ar automātikas un vadības elementiem. Ēkā nav izvietots neviens radiators, kā arī tai nav kondicionieru. Vasarās ēka tiek dzesēta izmantojot grīdas.
Objekts vērtējams kā salīdzinoši sarežģīts, jo mērķis bija uzbūvēt ēku atbilstoši pasīvās būves standartiem. Būvniecības procesā tas lika daudz rūpīgāk pieskatīt mezglu izbūvi, konktrukciju blīvumu, kontrolējot kvalitāti katrā izbūves posmā. Mālainā augsne sarežģīja arī projektā paredzētās gruntī iedziļinātās novadīšanas sistēmas izbūvi.
Objekts skaitļos
Stāvu skaits: viens
Būvniecības laiks: 2016.gada februāris līdz 12.septembris
Ēkas augstums: 5,22m
Ēkas būvtilpums: 1982 m3
Ēkas kopējā platība: 625,1 m2
Būves tehniskais projekts tika izstrādāts 2015.gadā, būvniecības darbi sākās 2016.gada februāra beigās. Ēkai ir lentveida pamati, uz kuriem balstās plātne 250mm biezumā, virs kuras iestrādāts siltumizolācijas slānis 300mm biezumā. Pamatu izstāde aizņēma 2 mēnešus. Ēkas tapšanā lietots daudzveidīgs materiālu klāsts – betons, koks, metāls u.c.. Ļoti plaši izmantots koks – gan kā karkass, gan kā apdares materiāls. Tam ir divi iemesli: pirmkārt, liels uzsvars tika likts uz dabīgu materiālu izmantošanu, otrkārt, tieši ar īpašo koka apstrādes tehniku iespējams sasniegt dizaina konceptu. Priekšroka lielākoties dota vietējiem materiāliem.
Viens no būves raksturlielumiem ir ēkas augstā energoefektivitāte. Lai to nodrošinātu, ēkas arhitektoniskais risinājums pilnībā atbilst pasīvās ēkas enerģijas patēriņa kritērijiem. Aprēķins veikts izmantojot Passive House Planning Package programmu.
Apkures sistēmas un karstā ūdens apgādes siltuma avots izmantots siltuma sūknis ar ģeotermālo siltumapgādi no dziļurbuma zondēm. Tas nokomplektēts ar automātikas un vadības elementiem. Ēkā nav izvietots neviens radiators, kā arī tai nav kondicionieru. Vasarās ēka tiek dzesēta izmantojot grīdas.
Objekts vērtējams kā salīdzinoši sarežģīts, jo mērķis bija uzbūvēt ēku atbilstoši pasīvās būves standartiem. Būvniecības procesā tas lika daudz rūpīgāk pieskatīt mezglu izbūvi, konktrukciju blīvumu, kontrolējot kvalitāti katrā izbūves posmā. Mālainā augsne sarežģīja arī projektā paredzētās gruntī iedziļinātās novadīšanas sistēmas izbūvi.
Objekts skaitļos
Stāvu skaits: viens
Būvniecības laiks: 2016.gada februāris līdz 12.septembris
Ēkas augstums: 5,22m
Ēkas būvtilpums: 1982 m3
Ēkas kopējā platība: 625,1 m2
Īss aprakts
Projekta informācija
Projekta informācija
Adrese
Liepu iela 3, Ungurpils, Alojas pagasts, Alojas novads, LV-4064
Valsts
Latvia
Mājas lapa
https://www.sala.lv/
Pabeigt
2016
Projekta veids
Jaubūve
Ēkas tips
Biroja ēka
Partneri
Partneri
Pasūtītājs:
Alojas novada dome
Projekta autors:
SIA "HUMA arhitektūras studija"
Ģenerāluzņēmējs:
SIA "MONUM"
Būvuzraugs:
SIA "Firma L4"
Alojas novada dome
Projekta autors:
SIA "HUMA arhitektūras studija"
Ģenerāluzņēmējs:
SIA "MONUM"
Būvuzraugs:
SIA "Firma L4"
Līdzīgi projekti
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Uponor Shanghai office, China
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Concrete core activation ČSOB Prague
Heating and cooling using in the office building.
Concrete core activation České Budějovice Research Library
Heating and cooling using the Contec ON in The Research Library.
S Group’s logistics centre for utility items
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The installation of Uponor storm water cassettes in Shopping Center Karisma, Lahti
In November 2011 one of the largest shopping centers of Finland was opened in Lahti. The Karisma shopping centre is one of Finland´s largest shopping centers measured by sales area and number of stores. Developer of Karisma is Kesko. Construction of Karisma has been one of the biggest investments ever in retail trade of Kesko. The main contractor of Karisma was SRV Rakennus ltd.
Remotely controlled security and convenience in temporary school building
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Stable heating and draftless cooling from the ceiling
Varicool heating and cooling panels were installed to the meeting room's ceiling. The new hydronic system replaced the old fan coil unit system. Varicool system is a radiant heating and cooling system. The panels do not heat or cool the indoor air directly but the surfaces what radiant covers.
Kiviniityn Auto- ja Maatalouskonehuolto acquired a new underfloor heating and cooling solution
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Technopolis Innova 2 in Jyväskylä, Finland is heated by energy piles
In spring 2012, the six-storey Technopolis Innova 2 building was constructed on the shore of Lake Jyväsjärvi. The building makes use of geothermal energy, which is collected using energy piles. The solution has surpassed all expectations.
The Kastelli community utilises smart building services
The Kastelli community centre, which was completed in 2014, is the City of Oulu's educational, leisure and culture centre that serves the residents of the city in many different ways. Uponor's underfloor heating system has been installed in the building.
Day-care centre to be built with energy piles
As requested by the City of Vantaa, the Vaaralanpuisto day-care centre has been planned based on the "nearly 0 energy days" concept. Construction work for the day-care centre began in late summer 2016, and the project will be completed in July 2017. Project costs are estimated at EUR 5.4 million, and the day-care centre will accommodate about 130 children. Among the various energy production options available for the site, the City of Vantaa chose the energy pile and solar thermal collector system jointly developed by Uponor and Ruukki.
Klimahaus Bremerhaven 8°
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Auron
The Uponor Contec ON concrete surface activation heats and cools the AURON office building complex in Munich.
Berliner Bogen
Berliner Bogen in Hamburg – cutting-edge architecture combined with state-of-the-art technology
Energy Efficiency Center
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Ericusspitze Spiegelhaus
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Kranhaeuser
Fantastic, modern architecture directly on the Rhine in Cologne - the Kranhaus buildings
Brain Box Berlin
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Leitradlofts, Cologne
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First Uponor Comfort Panel project in Hungary
An office building, where proper comfort is provided for doing your job The commercial buildings provide more or less limited space as the workplace for people. Therefore cooling the air is an important factor in maintaining their comfort during their stay. In order to keep the daily work undisturbed, the system used should be installed easily, should be efficient economically, and should be hygienic.
Uponor's head office is a model example of energy efficiency
The indoor air of Uponor's two-storey head office in Vantaa is produced by an energy-efficient heating and cooling system.
Immeuble Delta Green
La dalle active Uponor est intégrée depuis 2017 dans l’immeuble Delta Green, bâtiment tertiaire de 4600m2 comprenant 4 niveaux. Celui-ci est le premier bâtiment de la région tout à fait autonome en énergie.
Standard Bank
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First radiant ceiling cooling renovation project in tropical climate
First radiant ceiling cooling renovation project in tropical climate – Singapore
Palazzo Ferrazzi - Brescia
Uponor brings the comfort of its Underfloor Heating & Cooling to a prestigious renovation project to transform a Norther Italy 1700s Palace into comfortable offices
Posco Green building
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LH Headquarter in Jinju
Sustainable campus with integrated green architectural design features.
National Library of Latvia
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Swedbank Head Office
Tap water system in new Swedbank head office.
Lithuanian National Art Gallery
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"Sostena" Business Centre
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Nathan, Zevenaar
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Agder fengsel in Norway
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Uponor in Sluppenveien 17
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The New Deichmanske Library - Bjørvika, Oslo
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Concrete Core Heating and Cooling Systems, Piešťany
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Car dealership in El Escorial, Madrid
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Ecobox Building
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BESEL Head offices in Madrid
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Sunesis school scheme: Sacred Heart Primary School, West Midlands
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Reconstruction of the office building of the Pharmaceutical Company "Darnitsa"
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Demo smart house «IC Smart HOUSE live»
Demo smart house «IC Smart HOUSE live»
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Rivergate
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Berger Logistik
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Vestas headquarters
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HAMK's zero-energy hall uses energy piles
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Villeroy & Boch
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Austro Tower
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Poslovni centar Adris grupe
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Magnum Business center
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