Electrical Shock Injuries at Work — Injury Statistics and Claims Information
Electrical Shock Injuries at Work
Electrical exposure incidents show a sharp upward trend
OSHA recorded 326 severe cases of indirect electrical exposure between 2015 and 2025. The vast majority of these incidents, specifically 97.2 percent, result in direct effects of electric current on the body, often leading to hospitalization.
These injuries frequently impact body systems and extremities, causing deep tissue damage and long-term complications. Because electricity often enters and exits the body, victims frequently suffer from severe internal organ injuries and thermal burns that require extensive medical intervention.
What's Driving the Trend?
The 10-year trend shows a 48.4 percent increase in reported incidents, indicating a persistent failure to manage electrical hazards. Electric parts remain the primary source of these injuries, accounting for 26.8 percent of all reported cases.
Construction and utility sectors bear the highest burden, as workers in these fields frequently operate near overhead power lines and high-voltage equipment. The data suggests that as project complexity increases, the risk of accidental contact with energized sources grows significantly.
Injury Types from Electrical Shock Injuries
Top causes based on OSHA incident reports
Electrical shock injuries often occur when equipment like bucket trucks, cranes, or aluminum tools inadvertently contact overhead power lines. These incidents frequently happen when workers are repositioning machinery or performing routine maintenance on energized systems. When a conductive object touches a power source, the current travels through the equipment and into the worker, causing immediate and severe physical trauma.
| Injury Type | Incidents | |
|---|---|---|
| 1 | Effects of electric current | 317 |
| 2 | Amputations, avulsions, enucleations | 6 |
| 3 | Severe wounds or internal injuries and other injuries | 2 |
| 4 | Surface and flesh wounds and other injuries | 1 |
Why This Matters for Your Case
Employers are legally required to maintain safe distances from power lines under 29 CFR 1926.1408 and ensure proper grounding of equipment per 29 CFR 1910.304. Failure to provide adequate training, implement lockout-tagout procedures, or maintain safe clearance zones constitutes a direct violation of federal safety regulations.
Industries with Most Electrical Shock Injuries
Where these injuries occur most frequently
Construction accounts for 44.5 percent of all reported electrical shock incidents, followed by the utilities sector at 12.3 percent. Workers in these industries are at heightened risk because their daily tasks involve operating heavy machinery in close proximity to active electrical grids.
High-Risk Industries and Your Rights
In these high-risk sectors, employers must strictly adhere to 29 CFR 1926.416, which mandates that no employer shall permit an employee to work in such proximity to any part of an electric power circuit that they could contact it. Employers are also responsible for enforcing 29 CFR 1910.333, which requires de-energizing live parts before work begins to prevent accidental contact.
Real Incident Reports
From actual OSHA investigation files
Reported incidents reveal a recurring pattern of equipment operators inadvertently striking overhead lines while performing routine tasks. These narratives frequently describe workers using tools like bull floats or vacuum trucks that become energized upon contact, leading to severe burns and, in some cases, traumatic amputations caused by the intensity of the electric current.
"An employee was changing out load break switches while positioned on the ground next to a bucket. The bucket truck became energized by a nearby electrical line and the employee sustained an electrical shock via contact with the bucket truck."
"On July 29, 2025, an employee was troubleshooting and/or changing an emergency power connector on an aircraft. The employee experienced an electrical shock when an exterior electrical source was activated. The employee was hospitalized for electric shock and burns on their lower right arm."
"An employee was operating a vacuum truck, using the controls to raise the bed. As it rose, the bed touched an overhead power line. Electricity passed through the employee, entering through their left hand and exiting through their left toe."
"On July 21, 2025, during the pouring of a concrete apron intended to connect property to a highway, an employee was using a bull float on an aluminum pole. They lifted the the pole and it made contact with an active power line. The employee sustained an electrical shock, burns to the hands, and electric current-induced amputation of six toes."
"Three employees were performing updates on electrical lines. One employee was operating the digger truck. The digger operator swung the boom with an attached auger. The injured employee went to reposition the auger as the boom made contact with the electrified line above. The injured employee was shocked and sustained an exit wound on the outside of their left little toe. The employee was hospitalized."
"An employee was standing next to a truck ahead of cleaning a storm inlet when a power line split and fell onto the truck. The employee was electrocuted and suffered a partial leg amputation."
"An employee was de-energizing an aluminum conductor steel reinforced (ACSR) wire on a structure when it came into contact with the energized conductor, resulting in burns to the face, arms, and torso."
"An employee was installing metal coping around the perimeter of a flat roof. The metal coping material contacted a live 24-kV overhead power line. The employee was shocked and knocked off the roof to the ground. The employee sustained burns from the shock and amputation to part of his left leg and two fingers. The employee was hospitalized."
"An excavator was digging an excavation for a water main break. The excavator exposed a power line while digging and electrical current went through the excavator and into the operator. The employee sustained an electrical shock and was hospitalized."
"At 9:24 a.m., two employees were working on an electrical line in a concrete masonry unit. One employee was checking to see if the wiring was live or de-energized while the injured employee was peeling the electrical tape off the electrical caps with a set of pliers. While the injured employee was cutting the insulation, the pliers in his left hand contacted the live copper wire and the employee was shocked by 277 volts. The employee lost consciousness and was hospitalized."
Common Questions About Electrical Shock Injuries Claims
The ClaimsBoost Research Team aggregates official government data to help workers understand workplace injury trends and their coverage options.
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