The Long Wire
See where people have electricity and how that has changed.
Try the project ↓How to use this project
Help
How to explore
Pick a country or territory and compare its rural and urban electricity access.
Choose a place
Select a row or dot to open its history.
Try another year
Move the year slider to see an earlier comparison.
Change the list
Choose a region or a different way to sort the results.
- Rural and urban
- Rural means areas outside towns and cities. Urban means towns and cities.
- Access
- The estimated percentage of people with electricity.
- Gap
- The urban percentage minus the rural percentage. For example, 90% minus 70% is a 20-point gap.
- Flagged data
- A result set aside for review because rural access is more than two points higher than urban access.
Electricity around the world
Who has
electricity?
See where people have electricity and how that has changed.
Compare places
Leaves out almost full access and flagged data
Choose a row to see how access changed over time. Squares show the rural percentage; circles show the urban percentage.
Up to 14 results. Numbers show the urban percentage minus the rural percentage: 90% minus 70% is a 20-point gap.
Where do cities have more access?
82 countries and territories
Each dot is a country or territory. Right means a higher rural percentage; up means a larger urban lead. Choose a dot to see its history and region. The color matches the edge beside its region name.
Cambodia
Higher lines mean a larger percentage has access. The marker shows your chosen year. Changing the region keeps this place selected.
First rural figure6.6% in 2000
Latest data: rural / urban98.6% / 100% in 2024
Missing rural years1 of 25
Why this exists
The question
How does electricity access differ between cities and the countryside?
What to try
Choose a row or dot to see how access changed over time.
Method and limits
About the data
I saved World Bank rural and urban electricity-access series for 217 countries and territories on September 8, 2026. The data covers 2000–2024 and uses World Bank regions. Values are stored to one decimal place. Missing values stay blank. A gap is urban access minus rural access, in percentage points.
Each yearly comparison requires both estimates. Records with rural access more than two points above urban access are flagged and excluded from the regular rankings, dot chart, and last three summary figures. A flag asks for review; it does not prove the source is wrong. “Check the data” includes these records, but still requires both estimates for the selected year. It ranks records by ten times the rural lead, plus the number of years missing either estimate.
The last three summary figures also exclude countries and territories where both estimates reach 99.5%. The median is the middle gap after sorting this group. For that calculation only, rural leads of up to two points count as zero. Each country or territory counts equally, regardless of population. The checkbox and ranking controls do not change these summaries.
The rural-increase ranking subtracts each place’s first available rural value from its value in the selected year. Starting years can differ. The annual series may include reported, modeled, and revised values, so these comparisons cannot explain the causes of change.
Skills used
- Data analysis
- Statistical reasoning
- Visualization
- Information design
- Interaction design
- Editorial storytelling
- Accessibility
- Performance
What the data shows
- In Cambodia, rural access rose from 6.6% in 2000 to 98.6% in 2024. Urban access rose from 60.6% to 100%. The gap narrowed, but these figures do not explain why.
- The 2024 comparison keeps 82 countries and territories after its exclusions. Their middle gap was 24.7 percentage points; 46 had a gap of at least 20 points.
- Chad’s 2024 figures show 100% rural access and 51% urban access. This unusual result is kept for review.