MODELS FOR ENERGY EFFICIENCY OF BUILDING THERMO INSULATION | Zendy

Венелин Терзиев | Zendy; Svilen Stefanov | Zendy; Svetoslava Enimaneva | Zendy

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MODELS FOR ENERGY EFFICIENCY OF BUILDING THERMO INSULATION

Author(s) -

Венелин Терзиев,

Svilen Stefanov,

Svetoslava Enimaneva

Publication year - 2018

Publication title -

ijasos- international e-journal of advances in social sciences

Language(s) - English

Resource type - Journals

ISSN - 2411-183X

DOI - 10.18769/ijasos.455629

Subject(s) - multitude , investment (military) , architectural engineering , energy (signal processing) , efficient energy use , return on investment , environmental economics , building material , building science , model building , computer science , civil engineering , engineering , economics , microeconomics , production (economics) , mathematics , epistemology , politics , political science , law , physics , quantum mechanics , philosophy , statistics , electrical engineering

The making of a model for management of buildings condition needs at first place to identify factors and their potential influence. As such has been recognizes the thickness of the thermoinsulation material, the energy savings provided by this material, the prices for the energy source used in the building and the size of investment in laying the thermoinsulation on the building. Measuring the impact of each factor requires specific analytical model. In addition, all these models can be combined in a system for evaluating the economic efficiency of an investment in overall building thermoinsulation. Expectations are that this system of models will allow to appraise in advance any investment when choosing among multitude thermoinsulation materials and having different energy sources within the building.

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