The paper is devoted to the complex assessment of the feasibility of energy conservation measures for buildings with the help of financial and technical indicators. The considered dynamic methods of estimation of aforementioned measures for energy efficiency increase in buildings allow to receive more exact financial indicators during a life cycle of the building. It is determined that the use of technical factors in addition to the financial indicators allow to define the optimal energy conservation measures. By optimal measures authors mean those that are most feasible and give higher technical effect in the achievement of appropriate comfort level in buildings after their renovation. An algorithm for assessing the feasibility of implementing the measures to improve energy efficiency in buildings is proposed. This algorithm is based on the use of graphical models of the complex representation of technical and economic indicators. Its use helps the procedure of the analyses before the implementation of energy conservation measures.
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