“SMART CITY” CONCEPT IN INTELLIGENT ENERGY SYSTEMS AND THEIR SOCIO-ECONOMIC EFFICIENCY”

Abstract

This article examines the role of intelligent energy systems within the “Smart City” framework, focusing on their contributions to energy efficiency, sustainability, and socio-economic benefits. Drawing from recent advancements in system integration, energy digitalization, IOT, AI, and machine learning, the study highlights how these technologies optimize resource allocation, reduce carbon emissions, and enhance urban resilience. Key findings include energy savings of 10-30% in smart housing, improved technological innovation, and job creation in green sectors. The discussion integrates empirical evidence from global and regional initiatives, such as Chinas Smart City Pilots, emphasizing the need for policy support to address challenges like data security and initial costs. The conclusion underscores the potential for low-carbon urban development through intelligent energy management.