Structural Synthesis Features of Engineering Solutions for Renewable Energy

Structural synthesis of innovative engineering solutions (ES) for renewable energy (RE) requires high competence and creativity on the part of engineers and designers, as well as effective teamwork. It aims to create technical products that will meet market needs, be competitive and bring economic benefits. It involves analyzing user needs, market research and technical evaluation of possible solutions, selection of the best option and development of specific technical solutions. Morphological approach of engineering solutions is a method of studying the structure and interrelationships between different elements of the system. The approach allows identifying key attributes and options necessary for successful implementation. The paper discusses the use of the morphological approach as applied to the synthesis of technical solutions in the subject area using examples. A number of examples are used to illustrate the approach.

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Publication Details

Published
2024-09-27
DOI
https://doi.org/10.1109/uralcon62137.2024.10718896
Primary Topic
Industrial Engineering and Technologies
Type
article
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Structural Synthesis Features of Engineering Solutions for Renewable Energy

Dmitry Rakov
Industrial Engineering and Technologies
article

Structural Synthesis Features of Engineering Solutions for Renewable Energy

Dmitry Rakov
article en

Abstract

Structural synthesis of innovative engineering solutions (ES) for renewable energy (RE) requires high competence and creativity on the part of engineers and designers, as well as effective teamwork. It aims to create technical products that will meet market needs, be competitive and bring economic benefits. It involves analyzing user needs, market research and technical evaluation of possible solutions, selection of the best option and development of specific technical solutions. Morphological approach of engineering solutions is a method of studying the structure and interrelationships between different elements of the system. The approach allows identifying key attributes and options necessary for successful implementation. The paper discusses the use of the morphological approach as applied to the synthesis of technical solutions in the subject area using examples. A number of examples are used to illustrate the approach.

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