Electrohab

Electrohab (Russian: Электрохаб) is a Russian electric-vehicle charging infrastructure company that operates a network of fast-charging hubs in Moscow and Saint Petersburg. According to its official website, the network is positioned as the largest chain of fast charging hubs in Russia, offering high-power charging stations combined with amenities such as cafés, coworking spaces, lounges, Wi-Fi, vending, video surveillance and 24/7 service. The company describes its mission as providing modern charging infrastructure for electric vehicles in Russia's two largest cities. The network includes several named hubs, including Elektrohab "Pervomaysky" and "Vyborgsky" in Saint Petersburg, and "Yuzhny" and "Lefortovsky" in Moscow. These hubs offer multiple connector standards — CCS2, GB/T, NACS, CHAdeMO and Type 2 — with power output ranging from 120 kW to 240 kW depending on the location. The company also operates a partner network with Mosenergo's "Energiya Moskvy" city charging network, comprising 120 connectors across 60 urban charging stations with 44 kW power. A new hub, "Ochakovsky" in Moscow, is planned to open in 2027. Electrohab emphasizes service and comfort, operating warm lounges open around the clock and maintaining its own service company, Elektrohab-Service, to support comfort and order at its sites. The website reports network statistics including 5 hubs, 326 connectors, more than 8.6 million kWh charged and over 227,000 charging sessions. The company is headquartered in Moscow and operates in Russia.

Electrohab is a Russian electric-vehicle charging infrastructure company. According to its official website, it operates a network of fast charging hubs in Moscow and Saint Petersburg, positioning itself as the largest chain of fast charging hubs in Russia. The company provides high-power charging stations alongside amenities such as cafés, coworking spaces, lounges, Wi-Fi, vending, video surveillance and 24/7 service. The network includes several named hubs. In Saint Petersburg, Elektrohab "Pervomaysky" offers 30 connectors with CCS2 and GB/T standards and power up to 150 kW, while "Vyborgsky" offers 52 connectors with CCS2, GB/T, NACS and CHAdeMO standards and power up to 240 kW. In Moscow, "Yuzhny" has 22 connectors with CCS2, GB/T and Type 2 standards and power up to 120 kW, and "Lefortovsky" has 22 connectors with CCS2, GB/T, NACS and Type 2 standards and power up to 240 kW. Another Saint Petersburg hub, "Pravoberezhny", has 80 connectors with CCS2, GB/T, NACS and Type 2 standards and power up to 240 kW. A new Moscow hub, "Ochakovsky", is planned to open in 2027. Electrohab also operates a partner network with Mosenergo's "Energiya Moskvy" city charging network, comprising 120 connectors across 60 urban charging stations with 44 kW power. The company maintains its own service company, Elektrohab-Service, to support comfort and order at its sites. The website reports network statistics including 5 hubs, 326 connectors, more than 8.6 million kWh charged and over 227,000 charging sessions. The company is headquartered in Moscow and operates in Russia.

• Elektrohab "Ochakovsky" in Moscow is planned to open in 2027.

Largest network of fast EV charging hubs in Russia, combining high-power charging with comfort amenities and 24/7 service.

• Elektrohab "Pervomaysky"

  Saint Petersburg hub with 30 connectors, CCS2 and GB/T, power up to 150 kW.

• Elektrohab "Vyborgsky"

  Saint Petersburg hub with 52 connectors, CCS2, GB/T, NACS, CHAdeMO, power up to 240 kW.

• Elektrohab "Yuzhny"

  Moscow hub with 22 connectors, CCS2, GB/T, Type 2, power up to 120 kW.

• Elektrohab "Lefortovsky"

  Moscow hub with 22 connectors, CCS2, GB/T, NACS, Type 2, power up to 240 kW.

• Elektrohab "Pravoberezhny"

  Saint Petersburg hub with 80 connectors, CCS2, GB/T, NACS, Type 2, power up to 240 kW.

• Partner network with Mosenergo "Energiya Moskvy"

  City charging network with 120 connectors across 60 urban charging stations, 44 kW power.

1. 1Сеть крупнейших в России зарядных хабов — Электрохабelectrohab.ru
2. 2Electrohabwikidata.org