Početna STUDIJA LETNJE VRUĆINE.

STUDIJA LETNJE VRUĆINE

Kako se boriti protiv prekomernog zagrevanja leti:

Fasadna termalna izolacija je najefikasnija zaštita protiv prekomernog zagrevanja leti. To smo zaključili za vreme istraživanja za vreme velikih vrućina 2015. godine, kada su temperature vazduha dostizale do 36oC.

Izolovane kuće su pokazale čak 5oC nizu temperaturu unutrašnjeg vazduha nego kuća koja nema nikakvu vrstu izolacije (Kuća broj 3) 

Preciznije, kuće bez izolacije su dostizale temperature preko 30oC. Unutrašnje temperature kod kuća od opeke i betona sa izolacijom su dostigle temperaturu od 26oC u proseku, sto se smatra da je u zoni komfora.

Štaviše, prozori koji su orijentisani prema jugu nisu imali nikakvu zaštitu sa roletnama.

  1. No. 1
  2. No. 2
  3. No. 3
  4. No. 4
  5. No. 6
  6. No. 7
  7. No. 9
  8. No. 10
Kuća br. 1

Kuća br. 1
Wall material
Concrete
Insulation
-
Insulation thickness
14 cm
Rise of temperature in houses
- °C

View results in table

Kuća br. 2

Kuća br. 2
Wall material
Concrete
Insulation
-
Insulation thickness
20 cm
Rise of temperature in houses
- °C

View results in table

Kuća br. 3

Kuća br. 3
Wall material
Brick
Insulation
-
Insulation thickness
-
Rise of temperature in houses
- °C

View results in table

Kuća br. 4

Kuća br. 4
Wall material
Brick
Insulation
-
Insulation thickness
18 cm
Rise of temperature in houses
- °C

View results in table

Kuća br. 6

Kuća br. 6
Wall material
Wooden frame
Insulation
-
Insulation thickness
6 cm
Rise of temperature in houses
- °C

View results in table

Kuća br. 7

Kuća br. 7
Wall material
Wooden frame
Insulation
-
Insulation thickness
6 cm
Rise of temperature in houses
- °C

View results in table

Kuća br. 9

Kuća br. 9
Wall material
Brick
Insulation
-
Insulation thickness
-
Rise of temperature in houses
- °C

View results in table

Kuća br. 10

Kuća br. 10
Wall material
Wood
Insulation
-
Insulation thickness
20 cm
Rise of temperature in houses
- °C

View results in table

keyboard_arrow_leftt keyboard_arrow_right
n/a °C
n/a °C
n/a °C
n/a °C
n/a °C
n/a °C
n/a °C
n/a °C

Konstrukcija zida kao skladište toplote:

Pored termalne izolacije, ključan faktor u akumulaciji toplote je materijal koji se koristio za zidnu konstrukciju. Merenja su pokazala da masivni i teški zidovi akumuliraju toplotu sunca za vreme dana i ispoljavaju je tokom hladnijih večeri i noćnih sati. Ovo dovodi da prostorije imaju stabilniju unutrašnju temperaturu.

Preciznije, za vreme leta zidovi drže temperaturu unutra nižom. Što su zidovi od "lakšeg" materijala, to su temperature unutra više za vreme vrućina, bez obzira na U-Parametre (koeficijent prenosa toplote) i efekta izolacije u isto vreme.

Masivne izolovane konstrukcije ostaju hladnije mnogo duže za vreme letnjih vrućina zato što imaju mogućnost da zadrže više energija.

1
2
3
4
5
6
7
8
9
10
11
12
13

Comparison

This website uses cookies to ensure you get the best experience on our website. Privacy Policy

Preferences
Accept
Choose type of cookies you accept using
Strictly required cookies
These cookies are required for the website to run and cannot be switched off. Such cookie are only set in response to actions made by you such as language, currency, login session, privacy preferences. You can set your browser to block these cookies but our site may not work then.
Analytics and statistics
These cookies allow us to measure visitors traffic and see traffic sources by collecting information in data sets. They also help us understand which products and actions are more popular than others. You can deactivate those in the browser settings or use a google plug-in: https://tools.google.com/dlpage/gaoptout
Marketing and retargeting
These cookies are usually set by our marketing and advertising partners. They may be used by them to build a profile of your interest and later show you relevant ads. If you do not allow these cookies you will not experience targeted ads for your interests.
Accept