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Energy and housing and communal services
07:43, 26 June 2026
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Smart Meter Rollout in Russia's Far East Is Reshaping Power Management in Zabaykalsky Krai

The deployment of intelligent electricity meters across Zabaykalsky Krai continues to accelerate. Since the beginning of the year alone, Chitaenergosbyt JSC has installed more than 1,000 smart meters.

According to the company's press service, 1,020 smart meters have been installed in the southern and southwestern districts of Zabaykalsky Krai, including Zabaykalsk, Sherlovaya Gora and Yasnaya. Another 93 devices have been deployed in the settlement of Aginskoye.

Over the past year alone, Chitaenergosbyt specialists installed nearly 5,000 individual electricity meters and 154 shared building meters across 149 apartment buildings. Since 2017, the company's investment program has delivered a total of 89,000 meters to 3,000 multifamily residential buildings.

For residents, smart meters eliminate the need to submit readings manually because the devices transmit electricity consumption data remotely and monthly bills are generated automatically. They also allow customers to switch to dual-rate day-and-night billing after submitting an application. For the utility, the rollout provides more accurate visibility into electricity consumption while making it easier to detect unauthorized grid connections.


Regional Deployment With Export Potential

Chitaenergosbyt plans to continue expanding its smart metering program. In 2026, the company expects to install another 6,300 devices. The objective extends beyond increasing the number of smart meters. It is building a unified automated metering system in which every device is integrated into the utility's information platform. That will improve the detection of abnormal consumption patterns and enable more accurate demand forecasting.

The same transition is gaining momentum nationwide. Russian manufacturers of intelligent metering equipment now have enough production capacity to meet domestic demand, while the country's experience with large-scale deployments could also prove valuable in markets modernizing their electricity distribution networks, including the CIS, the Eurasian Economic Union and Central Asia.

How Intelligent Metering Has Evolved Over the Past Five Years

The Zabaykalsky Krai project reflects a nationwide transformation underway across Russia. Since 2020, responsibility for installing intelligent electricity meters has shifted to guaranteed electricity suppliers. Since 2022, all replacement meters, as well as meters installed in newly constructed homes, have been required to be smart devices. By the end of 2024, the total number of smart meters in operation across Russia had reached 13 million, with electricity meters accounting for the overwhelming majority.

A Regional Project of National Significance

The installation of 1,020 intelligent electricity meters in southern Zabaykalsky Krai demonstrates that the digital transformation of Russia's power sector is advancing across the country. Government and industry modernization programs are extending beyond major metropolitan areas into some of Russia's most remote communities.

The number of smart meters is expected to continue growing steadily over the next several years as aging equipment is replaced and new residential developments come online. Meanwhile, guaranteed electricity suppliers will continue expanding their software infrastructure to automate data collection and processing.

For consumers, that means greater transparency in electricity billing. For the power sector, it means lower system losses and more accurate metering. The IT industry also stands to benefit through sustained demand for both metering hardware and software.

Overall, Russian companies are building comprehensive expertise that spans the entire smart metering lifecycle, from equipment design and manufacturing to deployment and operation. That experience could also be applied in international markets.

We replace electricity meters in residential apartments. We also install a data collection and transmission unit that receives information from the meters over a radio channel. The data is then transmitted through communication networks to a centralized data collection and processing center, where billing calculations are completed. The results appear in the customer's personal account, and an electronic bill is generated automatically
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