DIGITAL MODERNIZATION OF UZBEKISTAN’S ELECTRICITY DISTRIBUTION GRID: SMART-GRID INVESTMENT, LOSS REDUCTION AND DEMAND GROWTH TO 2030

Abstract

This study investigates whether the modernization of Uzbekistan’s electricity distribution
infrastructure can keep pace with rapidly increasing electricity demand. Unlike a purely descriptive assessment
of consumption growth, the paper focuses on the economic role of smart-grid investment, distribution-loss
reduction, renewable-energy integration and digital monitoring. The empirical basis combines the user-supplied
study with external evidence from the International Energy Agency and the World Bank. Electricity consumption
increased from 45.7 TWh in 2016 to about 71 TWh in 2025 in the supplied dataset. External scenarios indicate
that demand could exceed 100 TWh and, in a more recent World Bank assessment, 120 TWh by 2030. At
the same time, distribution losses were 12.47% in the IEA historical baseline and approximately 13% in 2024
according to the World Bank. The analysis shows that the modernization challenge is therefore not only
capacity expansion but also network efficiency. A 6.5% distribution-loss target would represent a reduction of
roughly one half relative to the 2024 level. The 2025 World Bank-supported program - combining 6,000 km
of low-voltage network construction and modernization, 1,200 transformers, 150,000 smart meters and 4,000
data concentrators - illustrates the shift toward data-driven distribution management. The paper concludes
that digital distribution reform, renewable integration and investment governance should be implemented as a
unified modernization mechanism.