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- Transmission Line80,968
- Power Plant32,429
- Substation / Converter7,614
- Oil & Gas Field7,055
- Coal / Uranium Mine5,382
- Pipeline4,951
- Cement Plant3,513
- Data Centre3,283
- Iron & Steel Plant1,293
- LNG Terminal1,198
- Grid Storage965
- Iron Ore Mine949
- Chemical Plant868
- Interconnector704
- Export Terminal519
- Refinery279
- Storage / Tank Farm38
- Oil / Commodity Contract19
- Hydrogen Project18
- Carbon Capture (CCS)16
Chokepoints
Georgia · electricity network
Georgia power grid
OverWatts maps 2,671 km of Georgia's electricity transmission network across 307 line segments and 7 substations, the 79th most-mapped grid of 153 countries. Its backbone is high voltage (220–379 kV), carrying 1,590 km — 60% of the mapped length, with the highest tagged voltage at 500 kV. That works out to 38.8 km per 1,000 km² of land — strong OpenStreetMap coverage, ahead of 79% of mapped countries. It is connected to 4 neighbouring grids by 3,300 MW of existing cross-border transfer capacity, with a further 2,400 MW planned.
OpenStreetMap coverage
This grades how completely OpenStreetMap has drawn Georgia's network — not how much network exists. Large, sparsely-populated countries score low for geographic reasons alone, and every kilometre here is mapped length, so the totals are a floor rather than an operator-reported figure. 8% of segments carry a real line name and 2% an operator tag.
Mapped line length by voltage
- 380–764 kV1,081 km 40%
- 220–379 kV1,590 km 60%
307 segments · a segment is credited to the country containing its midpoint, so a border-crossing line counts once, on one side.
Cross-border links from Georgia
- Azerbaijan2.0 GW
- Russia950 MW
- Armenia200 MW
- Turkey150 MW
- Turkey1.1 GW · planned
- Russia1.0 GW · planned
- Armenia350 MW · planned
3.3 GW existing · 2.4 GW planned · capacities from the Global Transmission Database v0.1 (CC BY 4.0), existing as of 2023
On the interactive map
Load against the network
Where there is room to connect a new load depends on published hosting capacity, which most operators release only as their own map. OverWatts does not yet ingest those feeds, so these are the density measures the open data supports — generation and mapped demand against mapped network — not a headroom figure.
Operators tagged on Georgia's network
- GSE5 100%
Segment counts from OSM `operator` tags, merged across spellings. Present on 2% of segments — this ranks who is recorded, not market share.
How Georgia compares · mapped grid by country
- 1. People's Republic of China624,300 km
- 77. Tunisia2,817 km
- 78. Kyrgyzstan2,809 km
- 79. Georgia2,671 km
- 80. Botswana2,555 km
- 81. Oman2,512 km
Frequently asked
- How big is Georgia's transmission network?
- OverWatts maps 2,671 km of transmission line in Georgia, across 307 segments, plus 7 substations. This is mapped length from OpenStreetMap, not an operator-reported total — where OSM is incomplete the figure is a floor, never a ceiling.
- What voltage is Georgia's grid?
- Most of the mapped network is high voltage (220–379 kV): 1,590 km of 2,671 km. The highest voltage tagged anywhere in the country is 500 kV.
- How complete is the grid map for Georgia?
- Strong — 38.8 km of mapped line per 1,000 km² of land, ahead of 79% of the 153 countries with any mapped grid. Coverage grades how completely OpenStreetMap has drawn the network, not how much network exists; large, sparsely-populated countries score low for geographic reasons alone.
- Who operates the grid in Georgia?
- GSE are tagged as operators on mapped segments. Operator tags are present on 2% of Georgia's segments, so this ranks who is *recorded*, not market share.
- What interconnectors connect Georgia to its neighbours?
- 3,300 MW of cross-border transfer capacity to Azerbaijan, Russia, Armenia, Turkey, plus 2,400 MW planned. Capacities are from the Global Transmission Database (v1.0, 2023).
Elsewhere in Georgia
Network geometry: OpenStreetMap (ODbL) © OpenStreetMap contributors, ingested and measured by OverWatts · derived 2026-07-26. Counts every mapped line of 220 kV and above; the map layer draws the ≥380 kV backbone only, so it shows less than is measured here.