Connect electrical safety, field observations, plant inspections, contractor findings, and corrective actions across generation, transmission, and distribution operations.
Electric utility employees work around high-voltage equipment, stored energy, elevated structures, underground systems, and generating machinery. Exposure changes during switching, maintenance, construction, testing, and storm restoration.
Dexur EHS connects incidents and safety findings to the circuit, substation, generating unit, asset, crew, and work activity involved. Preserve the operating context behind each report and follow corrective work through verification.
Coordinate responsibilities among EHS, system operations, engineering, plant maintenance, field crews, vegetation-management teams, and contractors.
Request an Electric Power Utilities EHS DemoFrom report to resolution
Utility work depends on accurate equipment identification, an understood electrical state, and clear coordination between the people controlling the system and those performing the task.
A circuit may have multiple sources of supply. An adjacent energized line may introduce induction. A generating unit may be shut down while steam, hydraulic pressure, or auxiliary electrical supplies remain present.
Storm damage adds uncertainty: conductors may be displaced, structures weakened, access obstructed, and customer generation connected.
Safety records need to show what employees encountered, which controls were expected, and how actual conditions differed from the work plan.
Organize records around:
A near miss involving an incorrectly identified switch may require review of labels, drawings, field verification, and communication with system operations.
A grounding concern may involve the work location, adjacent sources, equipment arrangement, or changes in the planned task.
Connect the issue to immediate restrictions, accountable personnel, technical review, corrective work, and verification evidence.
Capture injuries, electrical events, equipment failures, exposure concerns, and high-potential near misses.
Utility examples include:
Record the asset, task, crew, operating state, work authorization reference, and immediate response.
Preserve the distinction between a reported observation and a confirmed technical finding.
Structure inspections around the hazards present at the worksite.
Inspection scopes can include:
Link each finding to the asset owner and responsible maintenance or engineering team.
Maintain visibility into the qualifications and documentation associated with assigned utility work.
Examples include:
Keep qualification scope visible. Authorization for one voltage range, equipment type, or work method should not be treated as qualification for every utility task.
Manage actions arising from field observations, inspections, incidents, program audits, and outage reviews.
Typical corrections include:
Record temporary controls and dependencies, including outages, equipment availability, and engineering review.
Reporting categories can include:
Capture:
Record the system condition at the time of the event. A later switching state or equipment configuration may differ from what the crew encountered.
A switching near miss may involve inconsistent asset naming, outdated drawings, a misunderstood instruction, or an unexpected configuration.
A plant servicing incident may involve an overlooked auxiliary supply, stored pressure, shared equipment, or incomplete transfer of isolation responsibility.
Identify the conditions that allowed the event and assign corrections to the functions able to resolve them.
29 CFR 1910.269 addresses covered operation and maintenance of electric power generation, transmission, and distribution installations. 29 CFR Part 1926, Subpart V addresses covered construction of electric power transmission and distribution lines and equipment. Classify the work by its actual scope rather than by the employer’s name or the presence of a contractor. osha.gov
| Requirement | Utility application | Records and follow-up to connect |
|---|---|---|
| 1910.269(a)(2) — Training | Qualifications for assigned covered work. | Training, demonstrated proficiency, and identified gaps. |
| 1910.269(a)(3) — Information Transfer | Host and contract employer coordination. | Hazard information, communications, and unresolved findings. |
| 1910.269(c) — Job Briefing | Task hazards and protective measures. | Briefings, changes, and field observations. |
| 1910.269(d) — Hazardous Energy Control | Covered generation servicing. | Procedures, isolation references, and deficiencies. |
| 1910.269(m) and (n) | Transmission/distribution deenergization and protective grounding. | Clearance references, grounding findings, and investigations. |
| 1910.269(l) | Work on or near exposed energized parts. | Assessment references and protective-equipment findings. |
| 1926 Subpart V | Covered transmission/distribution construction. | Project assessments, inspections, and corrective work. |
Assign requirements to the work activity and maintain the relevant program evidence. ecfr.gov
A briefing record should help explain the work, hazards, precautions, energy controls, and protective equipment discussed.
Utility-specific context can include:
OSHA identifies job briefings as a means of communicating identified hazards and controls, including when unexpected hazards arise during work. Preserve significant changes rather than treating the original briefing as sufficient for an altered task. osha.gov
Plant machinery isolation and transmission/distribution clearances address different work arrangements.
A turbine auxiliary system may involve electrical supply, hydraulic pressure, steam, and mechanical movement. A line-maintenance task may depend on system-operator coordination, identification of supply sources, and protective grounding.
Link the relevant records while retaining their separate procedures and responsible authorities. OSHA also distinguishes generation-related hazardous-energy provisions from requirements applicable to installations outside the generation process. obis.osha.gov
An EHS action marked complete should not itself release a clearance or authorize reenergization.
Protective grounding must address the electrical exposure at the employee’s work location.
Record concerns involving the planned arrangement, equipment condition, work positioning, adjacent sources, or changes in the task. Route technical questions to the personnel responsible for the grounding method.
OSHA guidance addresses protective grounding and hazardous differences in electrical potential, including step and touch exposure. A ground connection should not be treated as evidence that every person and work position is adequately protected. Occupational Safety and Health Administration
Associate electrical-work findings with the applicable hazard assessment, task, equipment, and protective measures.
Examples include:
OSHA’s utility provisions require an estimate of incident heat energy for covered electric-arc exposure. Retain the assessment reference and review status rather than relying only on a general “PPE checked” field. osha.gov
Vaults, manholes, and other utility spaces require assessment of electrical, atmospheric, access, and rescue conditions.
Determine whether the utility enclosed-space provisions apply and whether additional confined-space requirements are triggered. A familiar asset name does not establish that every entry presents the same conditions.
For covered construction, 1926.953 addresses enclosed spaces, including evaluation before removing an entrance cover. Connect space assessments to the planned work and changes observed on arrival. Occupational Safety and Health Administration
Contract line crews, vegetation providers, testing specialists, and outage contractors may arrive with different equipment and procedures.
Track:
OSHA’s information-transfer requirements establish responsibilities for host and contract employers on covered utility work. Connect the exchanged information to the work package and follow-up actions. obis.osha.gov
Utility environmental activities can include:
Oil-filled electrical equipment may fall within 40 CFR Part 112 SPCC requirements, subject to facility applicability. Steam-electric wastewater requirements and coal-combustion-residual obligations apply according to the facility and regulated activity. Maintain current permit conditions and requirements for each location. US EPA
Connect a release to the originating asset, immediate response, repair, and verification.
Examples include:
A utility can have a low injury count while carrying unresolved electrical, structural, or equipment hazards.
Connect events and findings to:
Assess the credible consequence, exposure, and effectiveness of existing controls.
A single near miss involving an energized conductor, a failed structure, or an uncontrolled pressure source may warrant greater urgency than several minor injuries.
Crew Reports + Equipment Findings + Worksite Inspections + Technical Reviews + Action History
→Identify the Asset and Credible Exposure
→Establish Immediate Restrictions
→Assign Engineering or Work-Practice Corrections
→Verify Under Relevant Conditions
→Review Comparable Assets and Tasks
Dexur EHS supports the safety record and corrective workflow. It does not replace system control, switching orders, protective-relay functions, or the authority of qualified operating personnel.
Use occupational injury outcomes alongside indicators of serious exposure, work preparation, and verified improvement.
Compare operating groups using consistent definitions and relevant workforce or activity measures.
| KPI | What to measure | Electric utility application |
|---|---|---|
| OSHA TRIR and DART Rate | Applicable cases normalized by hours worked. | Review generation, field operations, and support activities separately where useful. |
| High-Potential Electrical Events | Contact, arc, unexpected-voltage, and related near misses by task. | Identify serious exposure even without injury. |
| Clearance and Isolation Findings | Discrepancies by asset, system, and work arrangement. | Track identification, boundary, and coordination concerns. |
| Grounding-Related Findings | Technical and field deficiencies by task and equipment. | Locate recurring weaknesses requiring specialist review. |
| Job-Briefing Quality | Sampled briefings addressing actual hazards and significant changes. | Evaluate task relevance rather than attendance alone. |
| Protective-Equipment Readiness | Inspection, test, and defect status for relevant equipment. | Identify unavailable or restricted items before assignment. |
| Open High-Consequence Hazards | Number, age, controls, and escalation status. | Keep serious electrical, structural, and plant hazards visible. |
| Verified Action Closure | On-time closure supported by appropriate evidence. | Confirm corrections were implemented and checked. |
| Contractor Safety Follow-Through | Interface findings, incidents, and action completion with exposure context. | Review line, vegetation, testing, and outage contractors. |
| Repeat Findings After Closure | Recurrence involving the same failure mode or asset class. | Identify ineffective corrections and wider fleet implications. |
Keep injury rates distinct from service-reliability measures. Restoration speed or fewer customer interruptions does not establish that worker exposure was adequately controlled.
Interpret reporting volume alongside severity and participation; more near-miss reports can indicate improved reporting engagement.
Compare risk across generating facilities, transmission operations, distribution districts, and contractors.
Review:
Account for differences in work scope and exposure when comparing business units.
Monitor unresolved conditions at generating facilities and substations.
Track:
Connect safety work to maintenance planning without losing visibility into interim controls.
Review findings by district, circuit, crew, and task.
Monitor repeated asset-identification issues, structure conditions, work-zone concerns, and high-priority corrections.
Identify where one technical improvement should be extended to comparable equipment across the service territory.
See the findings, restrictions, and actions associated with assigned work.
Document changed conditions, communicate unresolved hazards, and provide evidence of corrections.
Maintain clear handovers when a different crew continues the work or when temporary restoration requires later permanent repair.
Review safety findings requiring technical interpretation or changes to equipment information, work methods, or operating arrangements.
Retain references to the authorized operational record while coordinating the associated corrective work.
Retain the crew, contractor, voltage class, and operating condition associated with each record.
Utility safety issues often require several functions to act. An equipment-label discrepancy may involve engineering and operations. A grounding concern may require technical review and field training. A storm finding may move from an emergency crew to a permanent maintenance team.
Dexur EHS preserves the original context throughout that handoff.
Keep the circuit, equipment identifier, work activity, and relevant operating references with the report.
Help reviewers understand the condition the employee encountered.
Route technical concerns to the personnel able to evaluate them.
Track resulting changes to equipment, documentation, or work methods.
Link safety findings to operational references while retaining the designated release and switching authorities.
Avoid treating administrative closure as permission to change system state.
Maintain visibility when an immediate safeguard is established but the lasting correction requires an outage or replacement asset.
Assign ownership for the remaining work.
Preserve local hazards, unresolved findings, and responsibilities when crews rotate or leave the service territory.
Connect temporary restoration work to the team responsible for final completion.
Use field inspection, technical review, or another appropriate check to confirm the improvement.
Document whether the correction addressed the original exposure.
Identify recurring conditions involving the same switch type, structure design, plant system, or work method.
Assign preventive follow-up beyond the location of the first report.
Bring electrical incidents, crew observations, plant inspections, contractor findings, environmental activities, and corrective actions into one connected workflow.
See how Dexur EHS can help your organization manage worker safety across generation, transmission, distribution, and restoration work through verified resolution.