The article deals with a study to optimize the design process of high-rise bioclimatic buildings when using renewable energy in them. The main attention is paid to the process of determining bioclimatic means that do not have universal solutions, implementation algorithms and optimization tools in connection with their richly parametric nature. Realization of the advantages of bioclimatic approaches when integrating renewable energy into high-rise buildings is possible only when a structure is formed that can ensure the interaction of variable natural and climatic factors and modern engineering and design tools. The study offers a diagram of the process of forming such a structure. The interaction of solar renewable energy technologies with the climatic parameters of the building site and the space-planning solutions of buildings is analyzed. The structuring of the analysis of climatic conditions at the macro, meso and micro levels is proposed, which provides a logical sequence for choosing the optimal restorative energy resource and engineering and technical means when integrating into a high-rise building. The approbation of certain system provisions was implemented by optimizing the design solution for the integration of renewable solar energy into a high-rise building in Kyiv, Ukraine.

Topics
Energy technology, Renewable energy, Solar energy, Engineers
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