Mnogoparametriceskaa optimizacia energoeffektivnosti grannyh zdanij (Multi-parameters optimization of the energy efficiency of cuboid buildings)
Journal Title: Budownictwo o zoptymalizowanym potencjale energetycznym - Year 2012, Vol 2, Issue 2
Abstract
There has been presented a method of simultaneously optimizing of multiple energy efficient buildings parameters (shape, aspect ratio, heat loss resistance building envelope, building azimuth, etc.) to improve energy efficiency.
Authors and Affiliations
Viacheslav Martynov
Keywords
Related Articles
- EP ID EP165151
- DOI -
- Views 95
- Downloads 0
Analiza efektywności wykonania i eksploatacji instalacji fotowoltaicznej w budynku biurowym
W niniejszej publikacji przeanalizowano zasadność wykonania i eksploatacji dachowej instalacji fotowoltaicznej w budynku biurowym o pow. 860 m 2. Przeanalizowano uwarunkowania formalnoprawne dla tego typu instala...
Osobennosti vozdusnych solnecnych sistem teplosnabzenia (Features of solar air heating systems)
The time of energy wars and rise in the cost of traditional energy resources makes it necessary to review the available means of heating in favor of using alternative sources of thermal energy. One of the mo...
Vlianie povysennogo urovna teplovoj zascity na dolgovecnost’ trehslojnyh sten s oblicovkoj iz kirpica v usloviah Rossijskoj Federacii (Durability of Three-Layer Walls with Brick Facing with High Level of Thermal Protection)
This article examines possible reasons for three-layered external walls fracturing with efficient insulation of 120-150 mm thick. Exterior coating of these walls is made of brick. Comparative analysis of temperatur...
Development of energy-saving air supply in small-size rooms with high-heat
It is well known that the most effective method of air distribution in high-heat areas is displacement ventilation with a variable air loss according to changeable operating conditions. Dense equipment a...
System for calculating and modeling the options to improve the energy efficiency of the building
The greatest potential for energy savings can be achieved in the residential sector, where nearly 40% of final energy consumption is spent in all the types of buildings. That’s why the energy sav...