UPOTREBA VERTIKALNIH SISTEMA ZELENILA I SOLARNIH PANELA U KOOPERATIVNOM PROSTORU U CILJU POSTIZANJA ENERGETSKE EFIKASNOSTI
Apstrakt
Intenzivna istraživanja su sprovedena kako bi se umnožio broj projekata zelene gradnje korišćenjem alternativnih metoda tehnologije održivog građenja, kako bi se smanjila potrošnja energije, a u isto vrijeme povećala korisnost prirodnih resursa. Projekat obuhvata implementaciju koncepta zelenih zidova i solarnih panela u projektovanju kooperativnog prostora u cilju smanjenja: gradskog toplotnog ostrva, temperature zgrade, potražnje energije za hlađenje i grijanje, kao i poboljšanja kvaliteta radnog okruženja. Prema tome, jasno je da je glavna funkcija ovog projekta energetska optimizacija kooperativnog prostora, za održavanje određenog nivoa komfora na radnom mjestu, u cilju postizanja sveukupne energetske efikasnosti. Cilj ovog projekta jeste prije svega motivacija za preispitivanje dosadašnjih već ustanovljenih vrijednosti i postavljanje novih ciljeva u polju očuvanja okoline, i tako razvoja ljudske svijesti.
Reference
[2] Liang Zhou and Fariborz Haghighat (2005) „Optimization of ventilation system design and operation in office environment, Part I: Methodology“. Building and Environment, 44(4), 651-656.
[3] A.L.S. Chan, T.T. Chow, K.F. Fong and Z. Lin (2009) „Investigation on energy performance of double skin façade in Hong Kong“. Energy and Buildings, 41(11), 1135-1142.
[4] Yi-Kai Juan, Peng Gao and Jie Wang (2010) „A hybrid decision support system for sustainable office building renovation and energy performance improvement“. Energy and Buildings, 42(3), 290-297.
[5] Ismail A, Abdul Samad MH, Abdul Rahman A. (2008) „Using green roof concept as a passive design technology to minimise the impact of global warming“. (ICBEDC 2008), Malaysia; 2008. p. 588–98.
[6] Aziz HA, Ismail Z. (2011) „Design guideline for sustainable green roof system“. Malaysia:IEEE;2011;198–203
[7] Cristian Ghiaus and Claude-Alain Roulet (2005) „Strategies for natural ventilation“. In Cristian Ghiaus & Francis Allard (Eds) (pp. 136-157). London: Earthscan.
[8] Ahmed MHB , Rashid R. (2009) „Thermal performance of rooftop greenery system in tropical climate of Malaysia“. In: Proceedings of the conference on technology & sustainability in the built environment; p.391–408.
[9] Web izvor: https://morganlovell.co.uk
[10] Web izvor: https://k2space.co.uk
[11] Web izvor: https://mindspace.me
[12] Zain ZM,Taib MN,Baki SMS. (2007) „Hot and humid climate: prospect for thermal comfort in residential building. Desalination; 209:261–8.
[13] Wong NH,Chen Y, Ong CL, Sia A. (2003) „Investigation of thermal benefits of rooftop garden in the tropical environment“. Build Environ; 38:261–70.
[14] Ahmed MHB , Rashid R. (2009) „Thermal performance of rooftop greenery system in tropical climateof Malaysia“. In: Proceedings of the conference on technology & sustainability in the built environment; p.391–408.
[15] Picot X. (2004) „Thermal comfort in urban spaces: impact of vegetation growth: case study: Piazza della Scienza, Milan, Italy. Energy Build; 36:329–34.
[16] Skinner CJ. (2006) „Urban density, meteorology and rooftops“. Urban Policy Res; 24:355–67.
[17] Shiah K, Kim JW, Oldridge S. (2011) “An investigation into the application of vertical garden at the New SUBAtrium”. Vancouver,Canada: The University of British Columbia; 2011.
[18] Loh s. (2008) “Living wall – a way to green the built environment”. Australia: Royal Australian Institute of Architect; 8.
[19] Wong NH, Tan AYK, Tan PY, Wong NC. (2009) “Energy simulation of vertical greenery systems”. EnergyBuild 2009; 41:1401–8.
[20] Wong NH, Tan AYK, Tan PY, Sia A, Wong NC. (2010) “Perception studies of vertical greenery systems in Singapore”. J UrbanPlanDev – ASCE; 136:330–8.
[21] Yu C, Hien W. (2009) “Thermal impact of strategic landscaping incities: a review.” Adv BuildEnergyRes(ABER); 3:237.
[22] Web izvor: https://archive.glassonline.com
[23] Web izvor: https://rechargenews.com