Electrical Injuries at Work — Injury Statistics and Claims Information
Electrical Injuries at Work
Electrical injury rates are trending upward
OSHA has recorded 2,014 severe electrical injury cases in recent years, with body systems and multiple body parts suffering the most frequent damage. These injuries often involve deep tissue trauma that extends far beyond the point of initial contact.
The consequences of an electrical injury are frequently life-altering, leading to chronic nerve damage, cardiac complications, and long-term functional limitations. Many workers face a permanent reduction in their earning capacity due to the complex nature of internal electrical trauma.
What's Driving the Trend?
Over the last decade, severe electrical incidents have increased by 11.5 percent, signaling persistent gaps in site safety protocols. While yearly fluctuations occur, the 15.9 percent rise over the past five years highlights an urgent need for better hazard mitigation.
Construction, manufacturing, and utilities account for the vast majority of these incidents, representing over 74 percent of all reported cases. These high-risk environments often involve complex electrical systems where even minor lapses in safety procedures lead to severe outcomes.
How Electrical Injuries Happen at Work
Top causes based on OSHA incident reports
Direct exposure to electricity is the primary driver of these injuries, accounting for 73.5 percent of all reported incidents. Workers are often injured when they inadvertently contact live components, encounter energized equipment, or experience unexpected arc flashes during routine maintenance.
| Cause | Incidents | |
|---|---|---|
| 1 | Direct exposure to electricity | 1,479 |
| 2 | Indirect exposure to electricity | 317 |
| 3 | Exposure to electric arc | 120 |
| 4 | Exposure to electricity— unspecified | 71 |
| 5 | Fall on same level | 5 |
| 6 | Other fall to lower level | 4 |
| 7 | Nonroadway collision with object other than vehicle | 3 |
| 8 | Explosion— n.e.c. | 2 |
Why This Matters for Your Case
Employers are strictly required to follow 29 CFR 1910.333, which mandates the de-energizing of live parts before work begins. Failure to implement proper lockout and tagout procedures under 29 CFR 1910.147 or provide adequate personal protective equipment often constitutes a violation of federal safety standards.
Industries with Most Electrical Injuries
Where these injuries occur most frequently
Construction leads all sectors with 45.4 percent of severe electrical injuries, followed by manufacturing and utilities. These industries rely heavily on high-voltage equipment and complex wiring, where the margin for error is nonexistent.
High-Risk Industries and Your Rights
Employers in these sectors must adhere to 29 CFR 1910.303 and 29 CFR 1926.403, which dictate the safe installation and maintenance of electrical equipment. These regulations are designed to prevent accidental contact, and failure to maintain these standards is a common factor in severe injury reports.
Real Incident Reports
From actual OSHA investigation files
Recurring patterns in these reports show that most injuries occur during routine maintenance or equipment troubleshooting. Inadequate isolation of energy sources and the failure to verify that equipment is de-energized remain the most frequent factors in these preventable workplace accidents.
"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."
"An employee was preparing to replace a ceiling light fixture in the kitchen area. He removed two ceiling tiles, reached to touch the back of the housing of the light fixture, and contacted a live electrical wire. The employee sustained an electric shock and second-degree burns on his left hand."
"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 welding a bearing on a piece of equipment. He was lying on the belt while performing this task. The welding rod contacted the employee or the belt and the employee was shocked by electricity. The employee was hospitalized."
"A three-person crew was inter-setting a new utility pole. An employee was working to cut the conductor when a 14.4-kV arc flash occurred. The employee sustained burns to the upper-right torso. The employee was wearing personal protective equipment (PPE), including flame-resistant clothing, rubber gloves, and sleeves."
"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."
"An employee was replacing a circuit breaker in a panel and sustained electrical burns to his right hand and both forearms."
"The injured employee was standing in the man basket of an aerial lift as another employee drove the lift across the yard to their destination. The two employees were going to torque nuts that were installed on the 4-hole pads of elevated substation equipment (including various types of transformers, lightning arresters, etc.). At their destination, they were ascending in the man basket when electricity arced to the basket. The injured employee sustained arc flash burns to their face and right arm."
"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."
"On July 17, 2025, after someone reported a burning smell at the car wash exit near the washing machine, an employee was inspecting the area. When the employee touched the washing machine, he was electrocuted and hospitalized."
Common Questions About Electrical Injuries Claims
The ClaimsBoost Research Team aggregates official government data to help workers understand workplace injury trends and their coverage options.
ClaimsBoost is not a law firm and does not provide legal advice. ClaimsBoost is not affiliated with, endorsed by, or connected to any government agency. Performance scores, rankings, and statistics displayed on this site are calculated by ClaimsBoost using publicly available government data from OSHA severe injury reports. Individual results may vary. Nothing on this site should be construed as legal advice or a guarantee of benefits. If you need legal help, we can connect you with licensed attorneys in your area.Some written content on this page was created with the assistance of AI to help interpret and explain the data. AI can make mistakes — all content has been reviewed for accuracy, but we encourage you to verify any information that is important to your situation.