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More articles from Volume 25, Issue 1, 2022

TROMBOV ZID KAO ARHITEKTONSKI ELEMENT ZA OBEZBEĐIVANJE INDIREKTNIH SOLARNIH DOBITAKA U ZGRADAMA

EFFECTS OF THE LENGTH OF POLYPROPYLENE MULTIFILAMENT AND FIBRILLATED FIBERS ON CEMENT MORTAR PROPERTIES

ZNAČAJ I MOGUĆNOSTI TRANSFORMACIJE I REAKTIVACIJE HOTELSKIH ZGRADA MEĐURATNOG MODERNIZMA NA PRIMERU HOTELA PARK U NIŠU

ODABRANE IZVEDENE MEMBRANSKE KONSTRUKCIJE U REPUBLICI SRBIJI

ADAPTACIJA I REMODELOVANJE ENTERIJERA HOLA ZGRADE NARODNOG MUZEJA U LESKOVCU

TROMBOV ZID KAO ARHITEKTONSKI ELEMENT ZA OBEZBEĐIVANJE INDIREKTNIH SOLARNIH DOBITAKA U ZGRADAMA

Dušan Ranđelović ,
Dušan Ranđelović
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Miomir Vasov ,
Miomir Vasov
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Jelena Savić ,
Jelena Savić
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Aleksandra Ćurčić ,
Aleksandra Ćurčić
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Jelena Stevanović
Jelena Stevanović
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Published: 01.12.2022.

Volume 25, Issue 1 (2022)

pp. 1-6;

https://doi.org/10.62683/nip25.1-6

Abstract

Globalni ekološki problemi su dostigli velike razmere usled sve veće potrošnja energije u sektoru zgradarstva. Sa udelom od oko 40% u ukupnoj potrošnji energije ovaj sektor predstavlja veliki potencijal za rešavanje ovog problema. Sistemi pasivnog solarnog dizajna mogu na efikasan način, bez utroška energije, doprineti poboljšanju unutrašnjeg komfora. Trombov zid, kao reprezent pasivne solarne arhitekture, uz pomoć termo-akumulacione mase može doprineti smanjenju potrošnje energije za grejanje u zimskom periodu. Ovaj sistem je u upotrebi već više decenija, ali su eksperimentalna istraživanja i njegova masovnija upotreba aktuelni tek poslednjih nekoliko godina. Uporedo sa povećanjem potreba za uštedom energije, raste i aktuelnost primene pasivnih sistema. Napredne tehnologije, savremeni materijali, praćenje i kontrolisanje uticaja primenjenih sistema, omogućili su da pasivni dizajn postane sve popularniji. Upotreba pasivnih sistema postaje neminovnost, a poznavanje njihovih karakteristika i načina funkcionisanja imperativ u projektovanju.

Keywords

pasivni dizajn,

Trombov zid,

ušteda energije,

održivost

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