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Rosatom eyes 2027 for Uzbek large reactor construction

Friday, 23 October 2026

Rosatom plans to launch construction of the large-scale nuclear units at the planned power plant in Uzbekistan in 2027, CEO Alexey Likhachev has said during a visit to the construction site.

Two small modular reactors (SMRs) are already under construction at the site in the Jizzakh region, where the first concrete for the foundation slab was poured in May. The slab is scheduled to be completed by the end of the year.

"This small-scale facility, which will be located here, is a unique, state-of-the-art small nuclear power plant project on the planet, and the only one in the world currently being implemented using an export model," noted Alexey Likhachev.

Two 1,000 MW units are also planned to be located near to the smaller units. Rosatom said engineering surveys and design refinements are currently under way at the site, with work expected to enter full-scale operation next year.

"More than 1,000 people are already working here, and the workforce will double at least in the coming months," Likhachev said. Rosatom has said it intends to outsource a significant portion of the general construction work to Uzbek companies.

Long-lead equipment is being manufactured in parallel, Rosatom said: a reactor vessel for one SMR has already been manufactured. Recruitment of operating personnel for the first SMR unit is planned to begin by the end of 2027, and a "nuclear city" designed to accommodate 33,000 residents in its first phase is to be built near the plant.

Training of qualified nuclear energy specialists and cooperation on the residential development - to feature energy-efficient housing, modern educational, healthcare and sports facilities, along with other amenities - were also discussed during a meeting between Uzbekistan President President Shavkat Mirziyoyev and Likhachev.

Elle est au coeur de l'Asie centrale et assise sur un beau stock d'uranium, d'or et de minerais stratégiques: comment Washington et Pékin partent à l'assaut de l'Ouzbékistan

Mathieu Jolivet Publié le 21/10/2026 BFM Business

Les États-Unis et la Chine convoitent tous deux les ressources stratégiques de l'Ouzbékistan et veulent asseoir leur influence sur cette région d'Asie centrale. Mais Pékin a pris une longueur d'avance.

À 48 heures d’intervalle, le Premier ministre chinois Li Qiang puis le secrétaire d’État américain Marco Rubio se sont succédé en Ouzbékistan. Derrière ce chassé-croisé diplomatique se joue une bataille d’influence entre les deux premières puissances économiques mondiales. Riche en minerais stratégiques et situé au carrefour des grandes routes commerciales de l’Eurasie, ce pays d’Asie centrale est hyper convoité.

Les États-Unis cherchent à rattraper leur retard alors que Pékin a pris une longueur d’avance. Marco Rubio est arrivé à Samarcande avec une délégation impressionnante : plus de 200 dirigeants d'entreprises américaines. Boeing, Citi, Blackrock, Franklin Templeton… Résultat : 54 accords et projets annoncés, pour près de 12 milliards de dollars, dans les secteurs des mines, de l'énergie, de la finance ou encore des transports.

Seulement voilà, deux jours plus tôt, c'est le Premier ministre chinois Li Qiang qui était reçu à Tachkent par le président ouzbek, Chavkat Mirzioïev. Une véritable bataille d'influence entre Washington et Pékin est à l'oeuvre.

Une position géographique exceptionnelle

Il suffit de regarder une carte pour saisir le caractère géostratégique de l’Ouzbekisran: au cœur de l'Asie centrale, entre la Russie, la Chine, l'Iran et l'Afghanistan, sur les grands corridors qui relient l'Asie à l'Europe.

L'Ouzbékistan est le seul pays à partager une frontière avec les quatre autres pays d'Asie centrale : le Kazakhstan, le Kirghizistan, le Tadjikistan et le Turkménistan.

Elle compte près de 38 millions d'habitants, la population la plus importante de la région. Et un sous-sol riche en uranium, en or et en minerais stratégiques. Autrement dit, une pièce maîtresse.



Comment les Américains ont perdu pied

Les Américains veulent y retrouver une influence qu'ils ont perdue. Et pour comprendre pourquoi, il faut remonter aux années 90. En 1991, l'Union soviétique s'effondre. Pour la première fois dans l'histoire, les États-Unis deviennent la seule puissance véritablement globale. C'est-à-dire que sur tous les plans, économique, militaire et culturel, ils sont les maîtres du monde.

À l’époque, l’un des plus grands stratèges américains Zbigniew Brzezinski (un conseiller de Jimmy Carter), va émettre une doctrine autour de l’Eurasie. Sa thèse, c'est que pour conserver leur suprématie mondiale, les États-Unis ne doivent laisser aucune autre puissance contrôler l'espace eurasiatique, qui s'étend, pour faire simple, de Lisbonne à Shanghai.

Et au milieu de cet espace se trouvent l'Ouzbékistan et les pays d'Asie centrale. La politique étrangère des États-Unis va donc notamment consister à empêcher la Russie ou la Chine de dominer cette région stratégique.

Les Américains investissent donc la région. Après le 11-Septembre, ils installent même une base militaire en Ouzbékistan, pour mener leur guerre en Afghanistan. Mais Washington veut aussi exporter son modèle démocratique. Et ça, ça ne plaît pas aux régimes locaux n'aiment pas.

En mai 2005, l'armée ouzbèke tire sur la foule à Andijan. Washington critique la répression. Le régime répond en expulsant les soldats américains. Résultat : l'Ouzbékistan se rapproche de Moscou et de Pékin, qui en profitent pour renforcer leur influence.

Trump change de méthode mais la Chine a une longueur d'avance

Aujourd'hui, Donald Trump opte pour un changement de méthode. Fini les leçons de démocratie, fini les droits de l'homme comme condition préalable aux affaires. La diplomatie américaine devient transactionnelle.

D'ailleurs, l'Ouzbékistan a été l'un des premiers pays à rejoindre le Conseil de la paix de Donald Trump. Un organe présidé à vie par Trump lui-même, et où un siège permanent nécessite une contribution d'un milliard de dollars.

L'objectif de Washington est de sécuriser un accès aux minerais critiques, dont la tech - qui tire la croissance américaine - a tant besoin. Une stratégie business, mais aussi géopolitique.

Seulement voilà, les Chinois ont pris une sacrée longueur d'avance. Les États-Unis commercent beaucoup moins avec l'Ouzbékistan que la Chine. Les échanges commerciaux ouzbeks avec la Chine sont 10 fois supérieurs à ceux avec les États-Unis.



Plus de 6.000 entreprises à capitaux chinois sont installées dans le pays, contre quelques centaines seulement côté américain. Voilà le retard que Trump tente de combler.

Depuis l'invasion de l'Ukraine, les anciennes républiques soviétiques cherchent à diversifier leurs partenaires, pour ne plus dépendre ni de Moscou, ni de Pékin et Washington veut s'engouffrer dans la brèche.

Une situation qui rappelle le Caucase. Donald Trump a mis son nom sur un corridor stratégique entre l'Arménie et l'Azerbaïdjan : la "Trump Route for International Peace and Prosperity". Là encore, il s'agit de peser sur les routes commerciales de l'Eurasie. Pour cela, le président américain n'hésite pas à sortir le carnet de chèques et à jouer sa diplomatie au bazooka. Mais il arrive avec vingt ans de retard…

Uzbek uranium mine enters commercial production

Thursday, 23 April 2026

Navoiyuran has announced the start of commercial in-situ uranium recovery at the Qizilkok deposit, located in the Navoi region of Uzbekistan.


(Image: Navoiyuran)

"Pilot industrial operations at the deposit began in December 2024, and over two years of active work, the Company has reached the stage of commercial production," said Djamal Sabakhonovich Fayzullayev, General Director of Navoiyuran. "The start of ore mining at the deposit marks another step in the implementation of the company's strategy, focused on increasing uranium production and strengthening its mineral resource base, in line with Uzbekistan's state programme to expand uranium mining and processing volumes through 2030.

"In 2025, Navoiyuran's production reached 7,000 tonnes of natural uranium. The Qizilkok deposit, with a projected mine life of 15 years and an annual production capacity of 1,200 tonnes of uranium, will play a key role both in supporting future production growth and in contributing to regional economic development."

The Qizilkok prospective area - situated in the eastern part of the Central Kyzylkum Desert - comprises four licence blocks: Amantau (in the northwestern part), Myutenbay (in the northeastern part), Qizilkok (in the southeastern part), and Yuzhny (in the southern part). Under the project, all of these licence blocks are integrated into a single prospective area, Qizilkok.

The Qizilkok deposit is being developed using a low-reagent in-situ recovery oxygen technology actively advanced by Navoiyuran, which it says increases uranium recovery while reducing production costs by 2-3 times.

In-situ recovery - or ISR - is a method of mining uranium by dissolving and recovering it via wells. It is also known as in-situ leaching. Ground water fortified with a complexing agent, and often with an oxidant (such as gaseous oxygen), is introduced into the orebody to dissolve the uranium from the sandstone host. The uranium-bearing solution is pumped to the surface before the uranium is recovered and processed into yellowcake.

Navoiyuran describes Qizilkok - with mineral resources of 10,900 tU and ore reserves of 9,400 tU - as the third-largest deposit in its portfolio, following the Sugrali (20,800 tU of reserves) and Uchkuduk (14,800 tU of reserves) deposits. It has a project mine life of 15 years, with further potential for expansion to the north.

Uzbekistan's estimated uranium output in 2024 was 4,000 tU, according to information from World Nuclear Association, making it the fifth largest uranium producer in the world behind Kazakhstan, Canada, Namibia and Australia. Navoiyuran says it is currently the sixth-largest uranium producer globally, operating 43 uranium deposits with a mineral resource base of 151,100 tU, including 96,600 tonnes of JORC-compliant ore reserves.

Uzbekistan and Russia mark SMR construction progress

Tuesday, 24 March 2026

Russia and Uzbekistan have signed a roadmap for nuclear cooperation, as initial concrete was poured as part of preparations for the construction of the first small modular reactor at Uzbekistan’s first nuclear power plant.


(Image: Rosatom)

The roadmap, signed by Rosatom Director General Alexey Likhachev and Uzatom Director Azim Akhmedkhadzhaev, "covers all key areas of cooperation on the nuclear power plant construction project, including personnel training, public awareness of modern nuclear technologies, and the creation of a future 'nuclear city' at the plant".

A supplemental agreement to the contract for the new nuclear power plant covers the decision to change its contents to two gigawatt-scale VVER-1000 units and two 55 MWe RITM-200N small modular reactors (SMRs). The original plan had been for the plant to feature six of the SMRs - the new design will mean a capacity of more than 2,100 MWe, compared with the previous 330 MWe.

The two countries' presidents spoke on the phone on Tuesday, noting the signing of the roadmap and the progress being made for the first SMR unit at the site, in the Jizzakh region.

Rosatom said that, following the receipt of the necessary permissions to use the site for the two SMRs, concrete work had begun at the site, saying that "approximately 900 cubic metres will be poured during the concrete foundation work for the reactor building, due for completion in April". It said that this foundation will then be levelled and waterproofed before "the pouring of the first concrete for the reactor building's foundation slab".
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First concrete for Uzbekistan SMR 'well before December'

Wednesday, 28 January 2026

Uzbekistan President Shavkat Mirziyoyev and Rosatom Director General Alexei Likhachev have discussed progress on the project to build a nuclear power plant featuring both large and small reactors.

According to the president's news service the two also talked about "expanding cooperation in the peaceful use of nuclear energy", in areas such as agriculture and medicine.

First concrete for the first small modular reactor had been expected to be poured in the spring, but a draft government document published last week mentioned December 2026.

That led to the Uzatom Agency publishing a clarification on Monday saying: "We would like to emphasise that the previously announced targets remain in effect, and there is no discussion of any postponement. The date indicated in the draft reflects a conservative scenario, which envisages the completion of all numerous mandatory preparatory and licensing stages by this date."

Following the talks on Tuesday, Likhachev said: "We are moving forward at a rapid pace and fully on schedule. Work on site is proceeding actively ... this year's main goal is to begin pouring concrete for the foundation slab of the nuclear island buildings. Given the importance of meeting deadlines, we aim to begin concrete preparation work this spring."

In a subsequent interview with Russia’s Rossiya-24 television channel, as reported by the official Tass news agency, he said: "I think we will pour the first concrete … much earlier than December. Our speed will depend on the customer … this is a regulated event implying receipt of certain licences, permits, qualifications, including for local manufacturers. Nevertheless, our plans are to make it much earlier than December."
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Excavation work began in October for the pit for the first of the SMRs at the site in the Jizzakh region. About 1.5 million cubic metres of soil will be excavated during the digging of a pit 13 metres deep for the RITM-200N, with engineering surveys and design and preparatory works also under way.

En Ouzbékistan, la centrale photovoltaïque Sarimay Solar livre ses premiers électrons
Voltalia annonce le démarrage de la production de sa centrale solaire de 126 mégawatts située à Sarimay, dans la région de Khorezm en Ouzbékistan.

novembre 24, 2025 Francois Puthod


Image : Voltalia

Attribuée à Voltalia via un appel d’offres public lancé en décembre 2022 et soutenu par un contrat d’achat d’électricité (PPA) de 25 ans, la construction d’une centrale solaire de 126 mégawatts, située à Sarimay, dans la région de Khorezm en Ouzbékistan, est arrivée à son terme.

Financé par la Banque Européenne pour la Reconstruction et le Développement (BERD) avec le soutien du Fonds Européen pour le Développement Durable Plus, ce projet de 180 hectares intègre plus de 180 000 panneaux solaires bifaciaux, plus de 350 onduleurs et une ligne de transmission de trois kilomètres. Une fois pleinement opérationnelle, la l’installation produira environ 252 gigawattheures par an – de quoi alimenter 60 000 habitants – et permettra d’éviter plus de 140 000 tonnes de CO₂ chaque année.

Voltalia a piloté le projet depuis la phase de développement jusqu’à la supervision de l’ingénierie, de l’approvisionnement et de la construction (EPC) ainsi que la maintenance prévue dès la mise en service complète de la centrale.

À noter que le producteur développe un deuxième projet majeur en Ouzbékistan : Artemisya, un complexe hybride de 500 hectares, dont la première phase prévoit 100 mégawatts d’énergie éolienne et 100 mégawatts / 200 mégawattheures de stockage. Le début de la construction est prévu en 2026, avec une mise en service fin 2027. La capacité de production d’Artemisya est estimée à 383 gigawattheures par an.

Excavation works begin for Uzbekistan small modular reactor
Friday, 10 October 2025
About 1.5 million cubic metres of soil will be excavated during the digging of a pit 13 metres deep for the RITM-200N small modular reactor being built in Uzbekistan.


This will be the location for one of the world's first SMRs (Image: Rosatom)

The first cubic metres of soil were excavated in a ceremony attended by Pavel Bezrukov, vice president and director of the construction project at Atomstroyexport JSC, Abdujamil Kalmuratov, Head of the Directorate for the Construction of a Nuclear Power Plant State Enterprise, and Ulugbek Mustafoyev, Governor of the Jizzakh region.

Alexei Likhachev, director general of Rosatom, said during the event: "Today marks the beginning of a new phase in the implementation of the nuclear power generation project in Uzbekistan. As with all our international projects, the construction is designed with a high degree of localisation. The work is being carried out by Uzbek subcontractors. Rosatom will build the plant, which will have a service life of at least 60 years, and will provide all necessary support during its operation. We look forward to many decades of fruitful and mutually beneficial cooperation."

Uzbekistan's Uzatom said that 27 test and research boreholes have been drilled, with engineering surveys and design and preparatory works under way and a plan for design documentaton to be submitted for review by the end of the year, with first concrete for the first SMR unit expected to be poured in March 2026.

Rosatom began manufacturing reactor equipment in May, with a 205-tonne ingot of special alloy steel cast which will form the reactor vessel.

And an agreement was signed at the end of September during World Atomic Week in Moscow which multiplied the capacity of the proposed project to include two large units - VVER-1000s - in addition to two 55 MW RITM-200N SMRs. Originally the plan had been for up to six SMRs.

The RITM-200N is a water-cooled reactor adapted from nuclear-powered icebreakers' technology, with power of 190 MWt or 55 MWe and with an intended service life of 60 years. The first unit is scheduled to go critical in late 2029.

It is the first export order for Russia's SMR. The first land-based version is currently being built in Yakut, Russia, with the launch of the first unit scheduled for 2027. Rosatom says that its combination of active and passive safety systems means the SMR plants will achieve the highest possible safety standards.

Meanwhile, according to Russia's Tass news agency, negotiations are under way targeting a spring 2026 scheduled signing of a contract for the GW-scale units, with one of the issues being agreement that there would be at least 70% localisation of workers on the project.

Uzbek mining joint venture enters next phase

2 October 2025

The members of the Nurlikum Mining joint venture have "completed the evolution" of their partnership, paving the way for the start of development at the South Djengeldi uranium project in Uzbekistan.



The structure of the joint venture between French nuclear materials group Orano, state-owned Uzbek uranium producer Navoiyuran, and Japanese company ITOCHU Corporation has now been updated, with Orano and Navoiyuran each holding a 45% stake and ITOCHU holding the remaining share. According to the joint venture agreement signed in March, "this new phase paves the way for the industrial development" of the uranium deposit, the companies said.

The project is in the Tomdi district of the Navoi region. It will be integrated into the local production base of Navoiyuran, which will serve as the operator, leveraging synergies through the existing infrastructure with the aim of reducing production costs and increasing efficiency.

The South Djengeldi deposit is expected to provide stable production for 10 years. Average annual uranium production is expected to be 500 tU, with a peak of up to 700 tU. Geological exploration under a 2022 strategic cooperation programme between Orano and the Government of the Republic of Uzbekistan aims to "at least" double the volume of mineral resources.

Uzbekistan's estimated uranium output in 2024 was 4000 tU, according to information from World Nuclear Association, making it the fifth largest uranium producer in the world behind Kazakhstan, Canada, Namibia and Australia.

Uzbekistan plans two VVER-1000s and two SMRs

29 September 2025
An agreement to expand the proposed new nuclear plant in Uzbekistan to include two gigawatt units and two RITM-200N small modular reactors was signed at the World Atomic Week International Forum held in Moscow.

More than 20,000 people from 100+ countries attended the four-day gathering in Russia. As part of it, the Uzbekistan agreement was signed by Andrey Rozhdestvin, Director General of Rosatom Energy Projects Company, and Abdujamil Kalmuratov, Head of the Directorate for the Construction of a Nuclear Power Plant State Enterprise.

The two sides agreed a supplement to the Agreement on Key Terms for Project Implementation which sees them agree that the project - which had been planned to feature up to six small modular reactors (SMRs) - will now have its capacity increased and feature two VVER-1000 units and two 55 MW SMRs. They also signed an agreement covering the key terms for future fuel supply contracts.
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Uzbekistan studying option of a four-unit VVER-1000 plant

Friday, 20 June 2025

Rosatom has signed an agreement with Uzbekistan's Uzatom Atomic Energy Agency to study a possible gigawatt-scale nuclear power plant featuring two or four VVER-1000 units.

Large nuclear power plant project in Uzbekistan involves building two VVER-1000 units with possible increase to four - Rosatom

MOSCOW. June 20 (Interfax) - The large nuclear power plant project in Uzbekistan includes the construction of two VVER-1000 power units with possible increase to four, the state Rosatom corporation said.

The original project envisioned the construction of six reactors with a capacity of 55 MW each. This was later altered. "Today, specific economic parameters are being discussed. Two units of 1000 MW each and two units of 55 MW each," Russian Deputy Prime Minister Alexander Novak said on Thursday.

Rosatom and Uzbekistan agreed during the St. Petersburg International Economic Forum to look at the possibility of building a large-capacity NPP in Uzbekistan, while simultaneously moving forward with a small-capacity NPP project, the state corporation said.

"A decision has already been made, and we are implementing the project for two small [NPP units]) based on RITM-200 reactors," Rosatom CEO Alexey Likhachev told journalists on Friday, adding that the company was working on the design of two more large nuclear power units at the same site.

He said this format would "optimize costs" for construction, and therefore "increase the competitiveness" of electricity, "making it even more attractive to consumers."

Uzbekistan launches drive to develop minerals & mining sector
An invitation for the United States to invest.

Mar 10, 2025

Uzbekistan has announced a $2.6-billion initiative to develop the country’s substantial mineral resources, setting the Central Asian nation up to potentially become an important source of rare earths for US businesses.

During a March 7 presentation in Tashkent, President Shavkat Mirziyoyev announced a three-year investment plan to develop 76 projects covering 28 different elements used in the production of durable goods. Uzbekistan has identified significant deposits of critical minerals, such as tungsten, lithium, titanium and vanadium, an element used in the construction of nuclear reactors. But to date, the deposits have not been aggressively developed, in part due to lagging investment.

The initiative aims to stimulate a home-grown industrial base, in which minerals mined in Uzbekistan are used to manufacture cars, electronics and high-tech items at plants located in the country. The plan also opens the door for new trade and investment opportunities for the United States.

“The main task is to extract valuable raw materials directly from ore using modern technologies, increase the purity of minerals and create products with high added value,” read a statement issued by Mirziyoyev. “For example, enrichment of tungsten concentrate from the Ingichka deposit will double the added value.”

The Uzbek initiative will involve funding for geological prospecting to identify new deposits, as well as the development of technology hubs in the Tashkent and Samarkand regions to train specialists in the use of new technologies and promote best mining practices.

That is where the United States can play a significant role.

The Trump administration’s foreign policy has prioritized expanding US access to rare earths around the world, aiming to reduce a heavy reliance on China for critical supplies. Uzbekistan appears to be seen in Washington as an important node of opportunity.
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Orano signe un accord pour exploiter un gisement d’uranium en Ouzbékistan

Mia Goasguen--Rodeno 13 mars 2025

Orano et Navoyiuran, spécialistes français et ouzbeks de l'uranium, ont signé mercredi 12 mars un accord pour exploiter le gisement de South Djengeldi, au nord-est de l'Ouzbékistan. La mine devrait démarrer sa production «d’ici quelques années», et produire jusqu'à 700 tonnes d'uranium par an pendant 10 ans.

Orano va exploiter de l’uranium au nord-est de l’Ouzbékistan. L’entreprise française a annoncé mercredi 12 mars avoir signé un contrat avec Navoiyuran, société nationale ouzbèke qui gère le minage de l’uranium du pays, pour exploiter le gisement de South Djengeldi. «Le projet South Djengeldi devrait assurer une production s’étalant sur une décennie, avec un pic à 700 tonnes d'uranium par an», précise Orano. Les deux spécialistes du combustible nucléaire forment déjà la co-entreprise Nurlikum Mining, à laquelle s’est joint le groupe japonais Itochu, avec l’acquisition d’une participation minoritaire.
... abonnés

A green-energy project in Uzbekistan to stabilize the country’s electricity distribution system has taken a major step toward launching before the end of 2024.

Eurasianet - Sep 08, 2024

The Podrobno.uz news outlet reports that the installation of a battery energy storage system with a capacity of 150 MW/300 MWh has been completed in the Ferghana Region. Three Chinese entities, China Energy Overseas Investment Co. Ltd , Huawei, and the Central South China Electric Power Institute, are involved in the project.
The facility, which is costing $140 million to build, is projected to help generate upwards of 2.2 billion Kilowatt hours of electricity annually. It is expected to begin operating in December. At present, the average Uzbek household consumes about 200 KWh per month. Thus, the Ferghana facility could ensure steadier supplies of electricity to roughly 900,000 Uzbek households every year. BESS systems are important for maximizing the efficiency of power generated by renewable sources, such as wind and solar, which fluctuate due to natural causes.

Podrobno, a business-oriented Uzbek outlet, describes the project as a “key component of the large-scale energy strategy of Uzbekistan, implemented to eliminate the electricity deficit and support the country’s transition to a ‘green’ economy.” It also noted that the initiative is “evidence of the systematic implementation of agreements and international cooperation within the framework of [China’s] ‘One Belt, One Road’ initiative.”

Uzbekistan set for large solar-plus-battery system
ACWA Power plans to build a 500 MW solar plant and a 500 MWh battery energy storage system in Uzbekistan under a project proposed by the Asian Development Bank (ADB).

August 26, 2024 Patrick Jowett

The ADB is proposing a large scale, solar-plus-battery system in Uzbekistan.

According to a listing on ADB’s website, the Samarkand 1 Solar PV and BESS Project will involve the construction of two solar power plants, of 100 MW and 400 MW, a pooling station, 500 MWh BESS, loop-in loop-out transmission lines, and a 70 km overhead transmission line.

The project will be developed by ACWA Power’s Sazagan Solar 1 LLC, a project company under Saudi Arabia’s ACWA Power.

ADB said it will be one of the first utility-scale renewable energy projects with a battery energy storage system (BESS) component in Uzbekistan. It follows the announcement of the county’s first BESS in May 2024 and the connection of the first phase of a 511 MW solar project in March of this year.

Separately, ACWA Power recently announced financial close on a 200 MW solar plant and 500 MWh BESS near the national capital, Tashkent.

Uzbekistan had 253 MW of cumulative installed solar capacity at the end of last year, according to figures from the International Renewable Energy Agency (IRENA).

ADB said the country’s current energy policy is geared toward encouraging private sector investment in large-scale renewable projects, with the government currently working on increasing solar capacity to 7 GW.