Uzbekistan is accelerating its renewable energy expansion with a comprehensive strategy designed to secure reliable green power supplies for large-scale industrial operations. The initiative responds to a critical reality: with the country’s population projected to exceed 41 million and its economy expected to reach USD 200 billion by 2030, energy demand from manufacturing and industrial sectors will surge dramatically, requiring both substantial capacity additions and aggressive efficiency improvements across existing infrastructure.
Ambitious renewable capacity targets through 2025 and beyond
By the end of this year, Uzbekistan plans to commission 12 solar power stations, 4 wind installations, and 12 energy storage systems with a combined expected output approaching 9 billion kWh. Investment in these projects exceeds USD 5 billion. Meanwhile, construction on 11 additional renewable facilities — valued at USD 7.2 billion — is set to commence, extending the country’s energy transition well into the next decade.
This two-phase deployment strategy reflects both the scale of Uzbekistan’s energy infrastructure needs and the complexity of balancing industrial power demands with climate commitments. The storage systems are particularly significant for grid stability, as they address the intermittency challenges inherent in solar and wind generation — a critical requirement for supporting continuous industrial operations across manufacturing, mining, and processing sectors.
Energy efficiency becomes central to industrial competitiveness
Parallel to capacity expansion, Uzbekistan is prioritizing aggressive energy efficiency improvements across its industrial base. Just 18 economic sectors consume approximately one-third of the country’s total electricity, making targeted efficiency investments especially high-impact. The water management sector alone exemplifies the opportunity: irrigation and water distribution pumps currently consume 6.5 billion kWh annually — a figure that could be substantially reduced through equipment modernization and system optimization.
This dual approach — simultaneous capacity growth and demand-side efficiency — demonstrates pragmatic policymaking. Rather than viewing green energy and industrial development as competing priorities, Uzbekistan is positioning them as complementary drivers of economic transformation. Lower energy costs resulting from efficiency gains enhance industrial competitiveness, while renewable power reduces exposure to volatile hydrocarbon markets and supports ambitious decarbonization targets.
Strategic context for energy infrastructure planning
The renewable energy strategy follows earlier high-level reviews of energy sector development plans for the 2025 – 2035 period, reflecting ongoing presidential oversight of infrastructure modernization. This attention underscores the critical role energy policy plays in the government’s broader economic development framework, particularly given competing demands from population growth, industrial expansion, and regional energy security considerations.
Implications for international investors and business partners
For international companies in manufacturing, construction, industrial equipment supply, and energy sector development, Uzbekistan’s renewable energy transition presents multiple opportunities. The USD 12+ billion investment pipeline requires specialized suppliers, equipment manufacturers, and technical service providers. Industrial enterprises seeking to establish or expand operations in Uzbekistan can increasingly access competitive renewable power supplies while benefiting from regulatory support for energy-efficient technologies. The emphasis on grid modernization and energy storage creates openings for companies offering smart grid solutions, automation systems, and industrial power management technologies. Additionally, as Uzbekistan strengthens its position as a regional energy hub — developing interconnections with neighboring Central Asian markets — the country becomes an increasingly attractive investment location for energy-intensive manufacturing across textiles, metals processing, chemicals, and related sectors where electricity costs significantly impact competitiveness.
