OPTIMIZATION OF THERMAL MODERNIZATION OF A GROUP OF BUILDINGS USING SIMULATION MODELING
Abstract
The paper considers methodological aspects of designing a simulation model to optimize the parameters of thermal modernization of residential buildings on a city scale. We developed an optimization methodology of thermal modernization and tested the sequence of its stages on an arbitrarily chosen group of residential buildings. It was found that, under the chosen design conditions, the proposed optimization methodology could provide additional savings of up to 8.53%. A simple engineering approach to determining the optimal sequence of thermal modernization has been formulated. It is proposed to use an indicator of reduction in thermal energy consumption for heating and ventilation of buildings to explain the procedure for the optimal sequence of stages.
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