Pashinyan’s Nuclear U-Turn Gives Moscow an Opening in Armenia

Armenia’s nuclear policy changed from leaning toward one or more American-built small modular reactors to considering a large Russian reactor. The article calls this a “U-turn” because Prime Minister Nikol Pashinyan had supported the American option after signing a nuclear cooperation pact with the United States in February.

The shift followed Rosatom chief Alexei Likhachev’s visit to Yerevan. He argued that Armenia faced a future electricity deficit and that smaller reactors could not meet its needs. One day later, Pashinyan echoed that argument, saying a plant using Russian VVER-1000 technology might be better. The article describes his position as an abrupt reversal.

No final contract had been announced. Pashinyan said a decision would come in the following months. The change appears significant because it could ease Russian pressure while complicating Armenia’s effort to deepen ties with the United States and pursue European Union membership.

Rosatom is Russia’s nuclear energy entity. It wants to build Armenia’s next-generation reactor, replacing the aging Metsamor facility. The contract matters because a nuclear plant is a long-term national infrastructure project, not simply a one-time purchase.

Rosatom’s chief, Alexei Likhachev, visited Yerevan and argued that a large Russian reactor was the best way to address Armenia’s projected electricity deficit. He also promoted Russian VVER-1000 technology. A Russian-built plant would likely require continuing Russian involvement through technology, services, fuel, maintenance, or technical support; these specific arrangements are not detailed in the article, but they are established features of nuclear projects.

The political effect could be substantial. A state-aligned Russian outlet said choosing Rosatom could improve bilateral relations. The contract would therefore give Moscow an important connection to Armenia’s power system while Russia is already its dominant trade partner and controls its energy and electricity supplies.

Russia retains major leverage over Armenia despite Yerevan’s recent political defiance. Its influence combines military presence, economic weight, and control of critical infrastructure. This gives Moscow several ways to pressure Armenia without relying on a single measure.

The article says Russia maintains about 5,000 combat-ready troops at a base outside Gyumri, Armenia’s second city. Moscow also controls Armenia’s energy and electricity supply systems. Russia is currently Armenia’s dominant trade partner, and it has imposed bans on various Armenian imports, apparently violating the spirit of the Eurasian Economic Union’s free-trade rules.

This leverage helps explain why Russian threats appear to have affected Armenia’s nuclear debate. Dmitry Medvedev warned that Armenia could become “a new Ukraine,” while Rosatom promoted its reactor technology. Russia has not forced Armenia to abandon its European ambitions, but it can raise the costs of moving away from Moscow.

Armenia is moving toward the European Union because Prime Minister Nikol Pashinyan’s government wants to reorient the economy away from Russia-led structures. It has also downgraded security ties with Moscow and is pursuing EU accession. EU Commissioner Marta Kos said Armenia was moving substantially toward the Union.

At the same time, Armenia remains inside the Russia-led Eurasian Economic Union. Russia is its dominant trade partner and controls energy and electricity supplies. Moscow has warned that Armenia cannot belong to both the EAEU and EU, while using import bans and political pressure to protect its influence.

The result is a balancing strategy. Armenia seeks European integration and a lasting peace with Azerbaijan, yet still depends on Russian-linked systems. Pashinyan’s complaints about EAEU trade barriers show that dissatisfaction continues. The nuclear decision illustrates the wider dilemma: economic diversification may advance, but Russian leverage remains difficult to escape quickly.

The source does not discuss the TRIPP transit project. Therefore, it provides no factual basis for saying that a Rosatom contract would cancel, delay, or otherwise change that project. Any specific claim about TRIPP would require information outside the article.

The article does describe a possible effect on United States-Armenia nuclear cooperation. Armenia signed a nuclear cooperation pact with the United States during Vice President JD Vance’s February visit and had been leaning toward American-built small modular reactors. Pashinyan then shifted toward considering Russian VVER-1000 technology after Rosatom’s intervention.

If Rosatom wins, the United States could lose the reactor opportunity described in the article, while Russia would gain a major strategic project. The article does not say whether broader American relations would suffer, nor does it connect the reactor choice to TRIPP. Those consequences remain unstated rather than established by this text.

Small modular reactors, or SMRs, are nuclear reactors designed in smaller units than traditional large plants. Their modular format can support staged construction and potentially simpler deployment. A VVER-1000 is a large Russian pressurized-water reactor design, built to produce much more electricity from one unit. These are general technical definitions; the article gives only limited detail.

Armenia had been leaning toward one or more American-built SMRs after signing a nuclear cooperation agreement with the United States. Rosatom chief Alexei Likhachev argued that SMRs would not meet Armenia’s fast-growing electricity needs. Pashinyan then said a Russian VVER-1000 might be better for the country’s ambitions.

The choice therefore involves both engineering and geopolitics. SMRs could align Armenia with American nuclear cooperation, while a large Russian reactor could offer greater output from one plant and improve relations with Moscow. The article says no final decision had yet been made.

Nuclear power plants generate electricity through controlled nuclear fission. In the reactor core, atoms split and release heat. That heat turns water into steam, and the steam spins a turbine connected to a generator. The generator produces electricity. Cooling systems then condense the steam so the process can repeat.

A reactor project creates a long relationship between the buyer and supplier. The supplier may provide the design, construction, fuel, training, maintenance, safety support, and technical upgrades. The article does not list all these arrangements, but they are established features of nuclear power projects. They can make a country dependent on an outside partner.

That is why Armenia’s choice matters geopolitically. An American-built reactor could reinforce cooperation with Washington, while a Rosatom plant could strengthen Moscow’s role in Armenia’s energy system. Russia already controls Armenia’s energy and electricity supplies, making the nuclear decision especially sensitive.