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Renewable energy

Acwa and KOWEPO Explore Renewable Energy Projects in Uzbekistan

South Korea’s KOWEPO, which is wholly owned by state-controlled Korea Electric Power Corporation (KEPCO), is moving into Uzbekistan’s rapidly expanding green energy market alongside Saudi Arabia’s Acwa, one of the market’s largest players. No specific projects have been announced yet, but the companies will explore opportunities in renewable generation and energy storage while considering the possibility of attracting South Korean financing. The memorandum was signed in Tashkent on August 25. For KOWEPO, the agreement offers an opportunity to bring to Central Asia the experience it has gained through projects in the Middle East totaling 3.5 GW of renewable capacity and 877 MW of gas-fired generation. For Acwa, Uzbekistan has already become its second-largest market after Saudi Arabia. The company has operated there since 2019 and is developing 19 projects with a combined capacity of more than 10 GW and potential investment estimated at $15 billion. Abid Malik, Acwa’s president for Central Asia, said the companies would also seek to “facilitate engagement with Korean financial institutions” as they assess potential projects. Acwa’s portfolio in Uzbekistan includes solar and wind power, conventional generation, green hydrogen, and energy storage. Storage is becoming increasingly important as the share of solar and wind grows because utility-scale batteries can store surplus electricity and return it to the grid when renewable generation falls. Uzbekistan aims to expand renewable energy capacity to around 25 GW by 2030, with renewables targeted to account for 54% of electricity generation. The rapid construction of solar and wind farms comes as electricity demand rises and Uzbekistan seeks to modernize a power system that has historically relied heavily on gas-fired generation. Acwa has already secured contractual priority to develop up to 2 GWh of new battery energy storage capacity in the country. KOWEPO could therefore provide additional expertise and capital. Uzbekistan’s energy transition has already attracted major investors from Saudi Arabia, the United Arab Emirates, China, and elsewhere. For now, the agreement with KOWEPO remains a framework arrangement, with the capacity, cost, locations, and timelines of any joint projects yet to be announced. Its practical significance will become clearer if the companies move from exploring opportunities to concrete investment decisions.

opinion

Can Uzbekistan’s Green Transition Offset Its Gas Decline?

Uzbekistan faces a widening energy gap. Natural gas production peaked in 2008 and, after a partial recovery in the late 2010s, has fallen sharply. Official figures show output dropped from 61.6 billion cubic meters (bcm) in 2018 to 41.5 bcm in 2024. Production fell another 15% year on year in the first quarter of 2026. The gap is already being filled from abroad. Russian gas deliveries rose 15% in 2025 to nearly 6.5 bcm, while Uzbekistan also imports gas from Turkmenistan. Renewable electricity cannot replace every household or industrial use of gas. It can reduce the volume burned in power stations, leaving more domestic fuel available elsewhere. Declining output is already changing Uzbekistan’s external position. The country, once a net gas exporter, became a net importer in 2023. Imports help protect households and factories from shortages, but they add costs and increase exposure to Russian and Turkmen supplies. Renewable generation therefore serves an energy security purpose even before its climate benefits are counted. Natural gas remains the central concern. In its 2022 review, the International Energy Agency said it provided about 85% of Uzbekistan’s total energy and electricity supplies. The government expected gas demand to rise by 30% to 65 bcm by 2030, while electricity demand would roughly double. The IEA also warned that reserves would last fewer than 20 years at the production rate then prevailing. This was a reserve-to-production estimate, not a fixed depletion date. New discoveries or investment could extend it. Lower consumption would do the same. The government has responded with a rapid renewable buildout. In 2025, solar and wind plants generated more than 10.5 billion kWh of electricity. Renewable generation, including hydropower, reached 16.8 billion kWh. The Ministry of Energy said this saved about 3.2 bcm of natural gas. That saving was equivalent to roughly half the volume Russia supplied during the year. It shows that renewables already ease the shortage. Yet 3.2 bcm remains far below the roughly 20 bcm fall in annual gas production since 2018. On current figures, the green transition is slowing the impact of the decline, not yet offsetting it. The buildout forms part of Uzbekistan’s 2019 Green Economy Transition Strategy. Renewable projects bring foreign investment and create opportunities for domestic suppliers. In December 2025, President Shavkat Mirziyoyev said local companies had supplied $700 million of materials and electrical equipment while also providing services to energy projects. Renewable generation also limits import demand by reducing the gas burned in power stations. Large projects depend heavily on decisions by the state. Procurement and land allocation affect who receives contracts. Grid access and investment approvals shape how quickly plants are completed. RFE/RL has documented concerns over opaque subcontracting in Uzbekistan’s solar sector. Its 2024 investigation found that two subcontractors on the Sherabad project were absent from publicly available documents. One company had been incorporated only two days after construction began. A founder denied accusations of corruption, while principal contractor Masdar did not respond to questions. The investigation did not establish that the...

Environmental Safeguards

Pasture Gives Way to Solar Power in Uzbekistan as Audit Remains Unpublished

Each spring, nine households grazed livestock on a stretch of desert pasture in Uzbekistan’s Bukhara Region. The land is now the site of the Nur Bukhara solar and battery plant, but an audit intended to show whether promised livelihood protections worked remains unpublished. Seven of the households came from the nearby settlement of Kirilishon and used the state-owned pasture without permits or formal agreements. A herder and his partner, identified publicly only as H1 and H2, grazed animals there through a short-term agreement with Alat Qorakolchilik LLC, a local livestock company holding a sublease on the land. The nine households included 43 people. The plant began operating in September 2025 and was inaugurated that December. The Uzbek government awarded the project to Masdar, an Abu Dhabi-based renewable energy developer that built the facility and now operates it. Nur Bukhara combines a 250-megawatt solar plant with a 63-megawatt battery system capable of storing 126 megawatt-hours of electricity. Masdar says it can supply more than 55,000 homes, while the World Bank described it as Central Asia’s first utility-scale renewable energy project to combine solar generation with battery storage. During a consultation on May 7, 2023, Kirilishon residents asked for the solar plant to be moved. If construction went ahead, they wanted replacement grazing land near the village and priority consideration for project jobs. H1 and H2 had a documented right to use the pasture, while the seven Kirilishon households did not. However, the safeguards required by Nur Bukhara’s international lenders covered both formal and informal users whose livelihoods would be disrupted by the project. Masdar commissioned a livelihood restoration plan setting out the assistance the households were to receive before construction cut off access to the site. It identified about 260 hectares of replacement pasture, equivalent to one square mile, for H1 and H2. Alat Qorakolchilik also identified approximately 1,000 hectares, or 3.9 square miles, of additional land available to herders. The seven informal households were to be allowed to use replacement pasture without obtaining formal agreements. The larger tract was not described as land reserved exclusively for those households. The published map did not record which final area each household would receive. The livelihood measures also included priority access to project employment and additional support for households considered vulnerable. In an official statement to The Times of Central Asia, a Masdar spokesperson said replacement grazing arrangements were provided before access to the project site was restricted, “maintaining equivalent grazing conditions,” and that “several members of affected households obtained project-related employment opportunities.” The statement cited monitoring by international lenders and an independent third-party review, with the completion audit finalized in September 2025. It reported no related complaints from affected households through the project’s grievance mechanism. The completion audit was not included with Masdar’s response. As of August 20, 2026, it was also absent from Masdar’s Nur Bukhara page and the International Finance Corporation’s project disclosure. Simonyan Consulting, which says it was engaged by the project company to conduct the audit, lists the assignment as “2025–ongoing.” Without the audit,...

Renewable energy

Central Asia’s Renewable Energy Boom Faces Growing Grid Challenges

Central Asia is rapidly expanding its renewable energy sector, with solar power emerging as one of the key drivers of the region’s energy transition. However, a new report by the Eurasian Development Bank (EDB) warns that accelerated deployment of renewable energy, without matching investment in grid infrastructure, reserve capacity, storage systems, and market reforms, could increase systemic risks and raise overall electricity costs. The warning comes as electricity demand across Central Asia continues to grow steadily. The region’s population now exceeds 80 million, and power consumption is rising by 3% to 6% annually. According to the EDB, electricity demand could increase by nearly 40% by 2030, reaching 370 billion kilowatt-hours annually, up from approximately 270 billion kilowatt-hours today. Governments across the region have announced ambitious renewable energy targets for the coming decade. Uzbekistan plans to install more than 25 gigawatts of renewable energy capacity by 2030, including solar and wind generation. Kazakhstan aims to commission 8.4 gigawatts of renewable energy by 2035, while Kyrgyzstan plans to add 3.65 gigawatts of solar capacity and 400 megawatts of wind power over the same period. Tajikistan is targeting 2 gigawatts of solar and wind generation by 2030, while Turkmenistan has announced plans for 300 megawatts of solar power capacity. Yet the region’s transition toward cleaner energy sources presents a growing challenge: electricity demand is increasing faster than power systems are adapting to accommodate large volumes of variable renewable generation. Solar energy production peaks during daylight hours, creating fluctuations that conventional power systems must manage. In the morning, before solar panels begin generating at full capacity, electricity demand is largely met by hydropower plants and thermal generation fueled by coal or natural gas. As solar output rises during the day, conventional plants must reduce generation or temporarily shut down. After sunset, when electricity consumption remains high but solar production falls to zero, conventional generators must rapidly increase output to stabilize the system. These abrupt shifts create operational challenges and increase costs for grid operators. According to the EDB’s report, Power Sector of Central Asia: Modernization and Energy Transition, the main obstacles to integrating renewable energy are technical and institutional, not simply financial. If sudden drops in solar or wind generation caused by weather changes are not immediately offset, power systems risk instability and, in extreme cases, blackouts. As renewable capacity expands, grids require more flexible generation, larger reserve margins, energy storage systems, and more sophisticated operational management tools. The report notes that renewable generation is being introduced faster than supporting infrastructure can be developed. In many countries, transmission networks were not designed to accommodate a high share of variable energy sources. Weather forecasting systems also remain insufficiently accurate to support reliable real-time balancing of renewable output. Market reforms have lagged as well. Capacity markets, reserve markets, and tariff systems in several Central Asian countries have yet to evolve in ways that encourage investment in flexible backup generation and storage technologies. As a result, the report argues, the real system-wide cost of renewable energy may...

solar power

Kyrgyzstan to Construct Solar Power Plant with IFC Support

Kyrgyzstan is launching a pilot project to construct a solar power plant through a public-private partnership (PPP). The project is supported by the International Finance Corporation (IFC), which has prepared technical, legal, financial, and environmental assessments. The project’s implementation was discussed during a meeting in Washington, DC between Kyrgyz Energy Minister Taalaibek Ibrayev and John Gandolfo, Vice President and Chief Financial Officer at the IFC. A key feature of the project is the selection of an investor through an open tender based on the lowest electricity tariff bid. Kyrgyzstan has agreed to a tariff proposed by China Power of 4.1 cents per kWh. The power plant will be built in the Naryn region. Construction is scheduled to begin in 2026, with electricity generation expected to start in 2027. Ibrayev noted that the project introduces new standards to Kyrgyzstan’s energy sector and will serve as an example of attracting investment through transparent and competitive mechanisms. Gandolfo expressed the World Bank’s support for Kyrgyzstan’s energy sector reforms. The meeting also addressed the second phase of the project, which envisages the construction of additional solar power plants in the Talas and Batken regions. As part of efforts to reduce chronic power shortages, Kyrgyzstan has accelerated the development of renewable energy. In December 2025, the country inaugurated its first solar power plant in the Chui region, approximately 100 kilometers east of Bishkek. The 100-megawatt facility was constructed with $56 million in Chinese investment and is expected to generate around 210 million kWh of clean electricity annually.

solar power

Chinese Company Plans to Build Solar Power Plant in Tajikistan

Authorities in Tajikistan’s Khatlon region are in talks with a Chinese company over the construction of a 500-megawatt solar power plant, a project that could significantly reshape the region’s energy landscape. The proposal was discussed at a meeting between Khatlon regional head Davlatali Said and representatives of the Chinese company SETS. For a region where power outages remain a persistent issue, the project could mark an important step forward. With population growth and rising energy demand placing increasing strain on the existing grid, authorities are turning to alternative energy sources. Regional officials expect the plant to help reduce electricity shortages and improve environmental conditions. The Chinese side has expressed readiness to invest in the project and introduce modern technologies. The company reportedly has experience implementing similar energy projects, including in Central Asia. Although the project remains at the discussion stage, the parties are already considering key aspects of implementation, including construction timelines and personnel training. If agreements are finalized, the solar power plant in Khatlon could become one of the largest renewable energy projects in Tajikistan.