Development of a Mathematical Model for the Three-Dimensional Accounting of Economic Feasibility of Energy-Efficient Buildings

Roland Leuck; Anton Puškár

doi:10.4028/www.scientific.net/AMR.855.47

Paper Titles

Common Characteristics of Zero Energy Buildings in Relation to the Energy Distribution Networks
p.31

New Physical-Energy Quantification of Buildings in the Development of the Technology in Architecture for a Sustainable Society
p.35

Energy Efficiency of Building Envelopes
p.39

Analysis of Energy Balance in Elementary School Building
p.43

Development of a Mathematical Model for the Three-Dimensional Accounting of Economic Feasibility of Energy-Efficient Buildings
p.47

The Impact of the Dynamic Facade Elements on the Energy Balance of the Reference Building in Winter
p.52

Influence of Facade Colour on Yearly Energy Need
p.57

Aesthetic and Technical Problems of Renovated Residential Buildings Facade - Prevention of Defects
p.62

The Results of Experimental Chamber Temperature Measurements for a Light-Weight Wooden Envelope
p.67

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 855Development of a Mathematical Model for the...

Development of a Mathematical Model for the Three-Dimensional Accounting of Economic Feasibility of Energy-Efficient Buildings

Abstract:

The most refurbishments in these days are often focussed only on the energetical part of the project. But you should consider just as well the economic situation of the investor. This even more, if the renovator is a public authority, like the community for the refurbishment for school-buildings. The study developed a mathematical model for the three-dimensional accounting of economic feasibility of methods for energetical refurbishments via life-cycle-costs. The optimal solution will be to find the best combination of listed refurbishment measures to reduce the total life-cycle-cost, in the ideal case even down to zero.