AUTOMATED CONSTRUCTION OF AN ENERGY ASSET DEVELOPMENT STRATEGY BASED ON MODELING

Tyukov Anton, Vishnevetsky Andrey

Description of the general purpose and functionality of the system for the automated construction of an energy asset development strategy (a set of generation and consumption components) based on modeling. Description of its structure and architecture. Description of the results of the implementation of the system and its effect on the energy industry. Prospects for using the system, impact on the energy industry. Development and presentation of an automated method for building a strategy for the development of an energy asset based on modeling. This study is based on the desire to optimize and improve the efficiency of planning and management of energy assets. The study covers several areas of application of automated construction of an energy asset development strategy based on simulation and is aimed at developing a new automated method for constructing an energy asset development strategy based on simulation. This contributes to the development and improvement of the methodological approach to the planning and management of energy assets, enriches scientific practice and offers new tools for decision-making. The proposed automated method is of practical importance for energy market participants such as energy companies, regulators, investors and other stakeholders. It facilitates the process of developing strategies for the development of energy assets, allowing you to make more informed and informed decisions based on modeling and taking into account various factors.

Keywords:digitalization; digital transformation; energy transition; renewable energy sources; investments; energy asset; digital twin; big data; asset Management