Electrocution remains a workplace and home threat, with 146 fatal work injuries involving electrocution reported in the United States in 2021. But the pattern is anything but random, since a few issues dominate the data, from temporary wiring on construction sites to frayed appliance cords and downed lines after storms. Let’s look at where the danger concentrates and which conditions multiply the risk so sharply.
Key Takeaways
- Overhead power lines cause 40% of occupational electrocutions in agriculture
- Contact with underground power lines causes 15% of utility worker electrocutions
- Temporary wiring causes 23% of construction site electrocutions
- Children under 10 account for 25% of pediatric electrocution injuries from household cords
- Workers over 45 have a 2.5 times higher electrocution fatality rate
- Hispanic workers comprise 27% of electrocution deaths despite 17% workforce share
- Globally, electrocution accounts for approximately 1,000 deaths annually from electrical accidents
- In India, electrocution deaths reached 12,000 in 2021 due to poor wiring
- Brazil reports 500 electrocution fatalities annually, mostly urban
- Nonfatal electrical burns from low-voltage sources affect 60,000 Americans yearly
- In 2019, 1,200 children were treated for oral burns from electrical outlets
- Cardiac arrest occurs in 50% of high-voltage electrocution survivors
- In 2021, there were 146 fatal work injuries involving electrocution in the United States
- In 2020, 68% of electrocution deaths occurred among males aged 25-44
- Arc flash incidents cause 2 deaths and 400 injuries weekly in US
Wet conditions and damaged wiring are major drivers of electrocution deaths and injuries across workplaces and homes.
Related reading
01 · Category
Causes and Risk Factors13 stats
01
Overhead power lines cause 40% of occupational electrocutions in agriculture
02
Contact with underground power lines causes 15% of utility worker electrocutions
03
Temporary wiring causes 23% of construction site electrocutions
04
Wet conditions multiply electrocution risk by 5 times
05
Poorly maintained ladders cause 19% of overhead line contacts
06
High-voltage lines (>600V) cause 85% of fatal shocks
07
Tree trimming near lines causes 11% of electrocutions
08
Aluminum wiring doubles fire and shock risk in older homes
09
Downed wires post-storm cause 20% seasonal electrocutions
10
Unmarked conduits lead to 8% of underground shocks
11
Frayed cords account for 22% of appliance shocks
12
Snow-covered lines cause 15% winter electrocutions
13
Voltage drop in long cords increases shock risk 3x
Interpretation
Causes and Risk Factors Interpretation
Mother Nature's impressive resume includes making water a five-time electrocution multiplier, while mankind's contributions feature frayed cords, dodgy ladders, and a stubborn refusal to just call the damn utility company before digging.
02 · Category
Demographic Data14 stats
01
Children under 10 account for 25% of pediatric electrocution injuries from household cords
02
Workers over 45 have a 2.5 times higher electrocution fatality rate
03
Hispanic workers comprise 27% of electrocution deaths despite 17% workforce share
04
82% of electrocution victims are male
05
Ages 20-24 have highest nonfatal electrocution rate at 1.2 per 100,000
06
Black workers have 1.8 times higher electrocution mortality rate
07
Females represent 18% of electrocution fatalities, often residential
08
Immigrants face 2x electrocution risk due to language barriers
09
Rural residents have 1.5x higher electrocution rates
10
Teenagers 15-19 have nonfatal rate of 0.9 per 100,000
11
Elderly over 65 have 3x fatality rate from falls into live wires
12
Apprentices under 25 have 1.7x higher injury rate
13
Veterans in trades have 1.4x electrocution risk
14
Self-employed workers die at 2x rate from electrocution
Interpretation
Demographic Data Interpretation
These grim statistics reveal that electrocution is an equal-opportunity hazard only in its cruel variety, targeting the curious hands of children, the seasoned overconfidence of older workers, the vulnerable due to language or circumstance, and proving that around electricity, experience can be a fatal teacher and demographic is never a reliable insulator.
03 · Category
Global Statistics13 stats
01
Globally, electrocution accounts for approximately 1,000 deaths annually from electrical accidents
02
In India, electrocution deaths reached 12,000 in 2021 due to poor wiring
03
Brazil reports 500 electrocution fatalities annually, mostly urban
04
In Australia, 20 electrocution deaths occur yearly, 60% occupational
05
China records 15,000 electrocution incidents yearly
06
Europe sees 1,500 electrocution deaths yearly across 27 countries
07
Africa reports 3,000 annual electrocution deaths, mostly informal sectors
08
Russia logs 800 electrocution fatalities annually
09
Japan has electrocution death rate of 0.2 per million
10
UK electrocution deaths average 30 per year
11
Canada reports 25 electrocution deaths yearly
12
Germany has 100 annual electrocution incidents
13
France averages 40 electrocution deaths yearly
Interpretation
Global Statistics Interpretation
While the grim global toll of 1,000 deaths from electrical accidents annually would be alarming enough on its own, the truly shocking statistics reveal a vast, often preventable disparity in wiring safety, occupational hazards, and infrastructure from India's tragic 12,000 to Japan's remarkably low rate of 0.2 per million.
04 · Category
Injury Types13 stats
01
Nonfatal electrical burns from low-voltage sources affect 60,000 Americans yearly
02
In 2019, 1,200 children were treated for oral burns from electrical outlets
03
Cardiac arrest occurs in 50% of high-voltage electrocution survivors
04
Neurological damage persists in 30% of low-voltage electrocution cases
05
Amputation rates from electrical burns reach 10% in severe cases
06
Respiratory failure occurs in 20% of arc flash survivors
07
Vision loss from electrical trauma affects 5% of survivors
08
Renal failure post-electrocution occurs in 15% of cases
09
Myocarditis develops in 25% of high-voltage survivors
10
Cataracts form in 12% of facial electrical burns
11
Peripheral neuropathy lingers in 40% low-voltage cases
12
Contractures develop in 35% burn survivors
13
PTSD affects 28% of electrocution survivors
Interpretation
Injury Types Interpretation
While these statistics paint a grimly shocking portrait of electricity's human cost, they also highlight the sobering fact that the aftermath of an electrical injury often involves a long, painful, and complicated path to recovery that goes far beyond the initial jolt.
More related reading
05 · Category
Mortality Statistics3 stats
01
In 2021, there were 146 fatal work injuries involving electrocution in the United States
02
In 2020, 68% of electrocution deaths occurred among males aged 25-44
03
Arc flash incidents cause 2 deaths and 400 injuries weekly in US
Interpretation
Mortality Statistics Interpretation
While men in their prime working years are statistically the most likely to be killed by electricity, the raw numbers remind us that this invisible danger doesn't discriminate, it simply calculates the odds based on who is holding the wire.
06 · Category
Occupational Electrocution14 stats
01
In US construction industry, electrocution caused 73 deaths in 2022, representing 8.1% of construction fatalities
02
US firefighters suffer 5-10 electrocution deaths yearly from live wires
03
Electricians face 25 electrocutions per 100,000 workers yearly
04
Crane contact with power lines causes 45% of construction electrocutions
05
Farming electrocutions total 25 per year in US, 40% from equipment
06
Utility workers experience 12% of all occupational electrocutions
07
In 2022, 92 electrocutions in manufacturing sector
08
Mining industry sees 8 electrocutions per year in US
09
Transportation sector has 15 annual electrocution deaths from rail
10
Healthcare workers suffer 4 electrocutions yearly from equipment
11
Landscaping electrocutions total 12 yearly US
12
Oil and gas extraction sees 6 electrocutions annually
13
Roofing electrocutions number 18 per year US
14
Warehousing electrocutions total 10 annually
Interpretation
Occupational Electrocution Interpretation
While the grim tally of workplace electrocution deaths reveals that no trade is truly safe, it brutally highlights that familiarity breeds fatal contempt, especially when cranes meet power lines, accounting for nearly half of construction's shocking losses.
07 · Category
Prevention Measures14 stats
01
Lockout/tagout violations contribute to 10% of preventable electrocutions
02
GFCI installation reduces residential shock injuries by 83%
03
Annual training reduces industrial electrocution rates by 40%
04
Surge protectors prevent 70% of appliance-related shocks
05
OSHA compliance inspections reduce repeat electrocutions by 60%
06
Insulated tools reduce contact injuries by 75%
07
NFPA 70E compliance lowers arc flash incidents by 50%
08
Emergency shutoff switches prevent 90% of industrial shocks
09
Voltage-rated gloves cut hand injuries by 95%
10
Daily safety briefings reduce site incidents by 35%
11
Automated safety interlocks prevent 80% machine shocks
12
Signage near lines reduces contacts by 55%
13
Grounding checks cut faults by 65%
14
Barrier guards prevent 70% access shocks
Interpretation
Prevention Measures Interpretation
While the grim statistics show electricity's lethal respect must be earned, the solution is delightfully human: paying attention to the simple, proven rules—like using the right gear and not bypassing the off switch—dramatically cheats death.
08 · Category
Residential Electrocution15 stats
01
Residential electrocution injuries number about 4,000 per year in US emergency departments
02
75% of home electrocutions involve extension cords or outlets
03
30% of electrocutions in homes involve faulty appliances
04
Holiday lighting setups lead to 13,000 annual US injuries
05
Faulty GFCIs cause 5% of residential electrocutions
06
Swimming pool electrocutions kill 100 yearly worldwide
07
Kitchens account for 35% of home electrocution injuries
08
Generator misuse causes 400 injuries yearly in US homes
09
Bathroom electrocutions from hair dryers total 200 yearly US
10
Christmas tree lights injure 250 via electrocution yearly
11
Garage power tool shocks total 1,500 annual ER visits
12
EV charging stations pose 50 new shock risks monthly
13
Outdoor string lights cause 400 shocks yearly
14
Pool pump malfunctions electrocute 30 yearly
15
Space heater cords shock 800 yearly
Interpretation
Residential Electrocution Interpretation
Even our most beloved domestic rituals—from untangling holiday lights to admiring a well-plugged-in space heater—are secretly staging a shockingly mundane rebellion against us, one faulty cord and overlooked outlet at a time.
Reference
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APA
David Kowalski. (2026, February 13). Electrocution Statistics. Gitnux. https://gitnux.org/electrocution-statistics
MLA
David Kowalski. "Electrocution Statistics." Gitnux, 13 Feb 2026, https://gitnux.org/electrocution-statistics.
Chicago
David Kowalski. 2026. "Electrocution Statistics." Gitnux. https://gitnux.org/electrocution-statistics.
Sources & references
26 datasets cited across this report · attribution is report-level