ADVANCED INTEGRATION OF IT IN THE MANAGEMENT OF SOLAR ENERGY INDUSTRY

Abstract

This article is devoted to a comprehensive investigation of the integration of information technologies (IT) into the solar energy management system.The purpose of this work is to identify innovative tools and methods that enhance efficiency, optimize operational processes, and improve control and predictability in the functioning of solar energy systems.The article examines various aspects of IT implementation, including the use of software for monitoring and management, big data systems, and computational technologies.Current solutions are described, including integrated management systems that enable greater automation, reduce human labor risks, and minimize operational costs.The relevance of this research is driven by the global transition to modern energy sources, which play a key role in sustainable development and combating climate change. The increasing complexity of modern solar energy systems necessitates new management approaches that ensure high productivity with minimal investment.The main results of the research include the identification of key technologies and methods that support the effective management of solar energy. The analysis demonstrated the significant potential of automation in reducing operational costs and increasing system stability.The scientific novelty of this work lies in the development of a conceptual approach to the creation of innovative IT tools tailored to specific applications in the solar energy sector.The practical significance of this research is reflected in the potential for implementing the proposed solutions in real-world solar energy projects. This not only optimizes expenditures but also enhances system reliability, ensuring a stable energy supply in the face of climate change and increasing environmental awareness.The theoretical significance of the study lies in expanding scientific knowledge about the role of IT in the energy sector. The research findings may serve as a foundation for further studies in modern energy resource management and the development of new methodologies for managing high-tech energy systems.