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Lithuania

Looking for charging stations for electric vehicles in Lithuania? On this page you will find detailed information about charging networks, operators, device types, pricing and usage terms.

Charging infrastructure statistics

647charging stations in Lithuania
5Tesla Supercharger locations

Number of charging stations by power capacity

22 kW200
50 kW196
100 kW24
120 kW15
150 kW172
200 kW21
300 kW21
350 kW6
400 kW3
500 kW1

Number of charging stations by connector type

CCS2391
Type2204
CHADEMO196

Number of charging stations by charging network

BMW385
CHARGEMAP106
Latvenergo70
Lidl34
Elinta Charge12
IGNITIS10
Electromaps6
PLUGSHARE5
TESLA5
IONITY3
Monta3
Tesla Destination Charging2
Eldrive1
Fortum Charge&Drive1
KIA1
On1
Plugsurfing1
VIAFAST1

Charging networks

  • Ignitis ON

    10 stations

    Lithuania's largest charging network

    Pricing

    • DC~0,35–0,45 €/kWh
    • AC~0,22–0,28 €/kWh

    Payment

    Billing through app Ignitis ON

  • Elektrum Drive

    1 stations

    Latvian network, also operating in Lithuania

    Pricing

    • DC~0,30–0,40 €/kWh

    Payment

    Billing through app Elektrum Drive

  • Elinta Charge

    12 stations

    Lithuanian charging station network

    Pricing

    • DC~0,35–0,45 €/kWh

    Payment

    Billing through app Elinta Charge

  • Eldrive

    1 stations

    Bulgarian network, also operating in Lithuania

    Pricing

    • DC~0,35–0,45 €/kWh

    Payment

    Billing through app Eldrive

  • Electroverse

    Integrates data from over 300,000 stations

    Payment

    Payment support through the app

  • PlugShare

    5 stations

    Global network with millions of stations from the community

    Reviews and recommendations from EV drivers

    Maps and information about available stations

  • ChargeHub

    12 stations

    Information on tariffs, availability and reviews

    Payment

    European platform for finding and comparing charging stations

    Online booking and route planning

  • A Better Route Planner

    Specialized route planning for electric vehicles

    Accounts for battery characteristics and weather conditions

    Recommendations for optimal routes with charging stops