Electrical Risk Assessment Template
An electrical risk assessment template helps teams spot hazards, rate risks, record controls, and track actions before a fault becomes a serious event. eAuditor Audits & Inspections helps teams turn this process into a clear digital workflow. Instead of using loose papers or scattered spreadsheets, teams can use digital checklists to record findings, add photos, assign actions, and create reports.
Electrical work can involve shock, burns, fire, arc flash, equipment damage, and service failures. A clear assessment helps workers identify these risks before work starts. It also gives supervisors a simple way to review controls and follow up on problems.
eAuditor Audits & Inspections provides customizable templates, mobile inspections, issue tracking, corrective actions, and reporting. Its template library also includes electrical safety checklists that can support different inspection needs.
What Is an Electrical Risk Assessment Template?
An electrical risk assessment template is a structured form used to identify electrical hazards, assess their risk, and record suitable controls.
The template can cover:
- Electrical panels and switchboards
- Wiring and cables
- Plugs, sockets, and switches
- Circuit breakers and protective devices
- Grounding and earthing
- Portable electrical tools
- Extension cords
- Electrical equipment
- Work near energized systems
- Arc flash risks
- Emergency controls
- Personal protective equipment
- Inspection findings
- Corrective actions
A good template keeps the assessment focused. It also helps different inspectors follow the same process at each site.
For example, a facility team can use the same electrical risk assessment template across several buildings. Each inspection can then create a consistent record that managers can review later.
Why Use an Electrical Risk Assessment Template?
Electrical hazards can change as equipment, work areas, and operating conditions change. A regular assessment helps teams notice these changes.
A digital template can also reduce manual work. Inspectors can complete checks on a phone or tablet and add notes or photos while they are at the site.
The eAuditor platform supports digital inspection templates, mobile inspections, reports, and corrective actions. Teams can also use conditional logic to make forms easier to complete.
An electrical risk assessment template can help teams:
- Identify hazards early
- Standardize inspections
- Record evidence
- Document risk controls
- Assign corrective actions
- Set follow-up dates
- Create inspection reports
- Keep historical records
- Monitor repeated issues
This approach helps move electrical safety from a one-time check to an ongoing process.
Key Sections of an Electrical Risk Assessment Template
A useful electrical risk assessment template should match the work and site. The following sections provide a practical starting point.
1. General Site Information
Start with basic details about the assessment.
Include:
- Site name
- Location
- Department or work area
- Inspector name
- Date and time
- Equipment or asset name
- Work activity
- People involved
- Previous inspection reference
These details make each assessment easier to identify and review.
2. Electrical Hazard Identification
Next, identify possible hazards in the work area.
Look for:
- Damaged cables
- Exposed conductors
- Loose connections
- Overloaded sockets
- Poor cable routing
- Damaged plugs
- Missing covers
- Wet areas near electrical equipment
- Poor grounding
- Unmarked circuits
- Faulty protective devices
- Signs of overheating
Record the exact location of each issue. Photos can also help show the condition clearly.
3. Electrical Panel and Switchboard Checks
Electrical panels need careful inspection because faults can create serious hazards.
Check whether:
- Panels remain accessible to authorized personnel
- Circuit labels are clear
- Covers and doors remain secure
- Breakers appear suitable for the installation
- Wiring shows no visible damage
- Unused openings are protected
- Signs of overheating are absent
- Warning labels are visible
- Equipment remains in suitable condition
The eAuditor library includes an Electrical Safety Inspection Checklist with checks for equipment condition, flexible cords, grounding, portable GFCIs, electrical tools, and disconnect labeling.
Electrical Safety Inspection Checklist – eAuditor Library
4. Wiring and Cable Inspection
Cables can suffer damage from heat, movement, chemicals, sharp edges, and poor storage.
A practical assessment should check for:
- Cracked insulation
- Frayed cables
- Exposed wires
- Loose connections
- Improper joints
- Poor cable support
- Damaged cable glands
- Excessive mechanical stress
- Heat damage
- Unsafe extension-cord use
The eAuditor Electrical Safety Inspection Checklist includes checks on flexible cords, cable use, grounding, and electrical tools.
5. Grounding and Earthing
Grounding helps provide a safer path for fault current. The assessment should verify that the required grounding arrangements remain in place and that inspection or test records are available where applicable.
Consider checking:
- Ground connections
- Protective conductors
- Grounding terminals
- Signs of corrosion
- Continuity test records
- Earthing system condition
- Lightning protection where relevant
Testing should follow the applicable technical requirements and should be performed by competent personnel.
6. Electrical Equipment Checks
Electrical equipment should remain in good condition and suitable for its intended use.
Inspect:
- Motors
- Power tools
- Control equipment
- Lighting
- Transformers
- Appliances
- Machinery
- Portable equipment
- Switches and sockets
Look for overheating, unusual damage, burning marks, damaged plugs, or other warning signs.
7. Risk Rating
After identifying a hazard, assess its risk using a method that fits your organization’s safety process.
A simple matrix may consider:
Likelihood × Severity = Risk Level
For example:
| Likelihood | Severity | Result |
|---|---|---|
| Low | Low | Low |
| Medium | Medium | Medium |
| High | High | High |
| High | Very High | Critical |
The exact scoring system should match your company’s risk procedure and applicable requirements. Avoid using a generic score without considering the actual task, equipment, people, and work conditions.
8. Existing Controls
The template should record controls already in place.
These may include:
- Isolation procedures
- Lockout/tagout controls
- Barriers
- Warning signs
- Restricted access
- Grounding
- Protective devices
- Inspection schedules
- Training
- PPE
- Qualified personnel
- Safe work procedures
Documenting controls helps show how the organization manages the identified risk.
9. Corrective Actions
A risk assessment becomes more useful when teams act on findings.
For every significant issue, record:
- Finding
- Required action
- Responsible person
- Priority
- Due date
- Completion status
- Follow-up notes
eAuditor allows teams to create actions from inspection findings and assign them for follow-up.
10. Photos and Evidence
A written note may not fully explain an electrical defect. A photo can provide useful context.
Inspectors can capture images of:
- Damaged cables
- Electrical panels
- Warning labels
- Faulty sockets
- Equipment condition
- Unsafe cable routing
- Signs of overheating
eAuditor’s electrical safety guidance recommends recording findings with notes, photos, or videos and using these findings to support corrective actions.
Electrical Risk Assessment Template Checklist
A simple template can include the following questions:
- Is the electrical equipment in good condition?
- Are plugs and sockets free from visible damage?
- Are cables free from cuts, cracks, and exposed conductors?
- Are extension cords used safely?
- Are electrical panels clearly labeled?
- Are panels protected from unauthorized access?
- Are circuit protection devices in suitable condition?
- Is grounding or earthing provided as required?
- Are electrical tools suitable and maintained?
- Are warning signs visible where needed?
- Are wet areas controlled around electrical equipment?
- Are workers protected from energized electrical hazards?
- Are required isolation procedures followed?
- Is suitable PPE available and used?
- Have previous electrical findings been corrected?
- Are high-risk findings assigned for immediate action?
The questions should be adjusted to suit the site, equipment, task, and applicable electrical safety requirements.
Related eAuditor Electrical Checklists
eAuditor’s library provides ready-to-use templates that can help teams build an electrical inspection workflow. The platform lists more than 10,000 templates, including an Electrical Safety Check template.
Electrical Safety Inspection Checklist – eAuditor Library
This checklist covers electrical equipment, cords, grounding, portable GFCIs, electrical tools, and disconnect identification. It can provide a useful base for a wider electrical risk assessment.
Electrical Safety Inspection Checklist N – eAuditor Library
The library also provides a Solar Panel Inspection Checklist for teams that need to assess photovoltaic installations. It includes checks for PV conductors, grounding, electrical boxes, conduit, labels, inverters, and overcurrent protection devices.
Solar Panel Inspection Checklist – eAuditor Library
These templates can be used as starting points and adjusted to match the organization’s electrical systems and inspection process.
How to Perform an Electrical Risk Assessment With eAuditor
The process can stay simple when the checklist follows the work.
Step 1: Choose or build the template
Select a suitable electrical checklist from the eAuditor library or create a custom template. eAuditor lets teams convert existing paper or spreadsheet checklists into digital inspection forms.
Step 2: Define the inspection scope
Set the site, equipment, work area, and people covered by the assessment.
Step 3: Inspect the work area
Use the digital checklist while walking through the site. Record answers as you inspect rather than relying on memory later.
Step 4: Record hazards
Add notes and photographs when you find unsafe conditions.
Step 5: Assess the risk
Apply the organization’s approved risk-rating method to each relevant hazard.
Step 6: Assign actions
Create corrective actions for issues that need attention. Add a responsible person and due date.
Step 7: Complete the report
Review flagged answers and actions before completing the inspection. eAuditor supports report creation and sharing after an inspection.
Step 8: Follow up
Check whether assigned actions have been completed. Reinspect the area when needed.
Benefits of a Digital Electrical Risk Assessment Template
Paper forms can work, but they often create extra steps. Someone must collect the form, enter the information, attach photos, share the results, and track open actions.
A digital electrical risk assessment template can bring these tasks into one workflow.
With eAuditor, teams can:
- Complete inspections on mobile devices
- Use customized templates
- Add photos and notes
- Flag issues
- Create corrective actions
- Assign tasks
- Generate reports
- Review inspection data
- Track follow-up work
The eAuditor platform also supports recurring inspections and centralized inspection records.
Electrical Risk Assessment Template for Different Workplaces
The same basic method can support many environments, but the checklist should reflect the actual risks.
Manufacturing: Focus on machinery, control panels, motors, production equipment, and maintenance work.
Construction: Include temporary power, portable tools, cables, distribution boards, changing work areas, and site conditions.
Facilities management: Check fixed installations, lighting, HVAC equipment, switchboards, outlets, and maintenance areas.
Warehouses: Review charging areas, powered equipment, extension cords, lighting, panels, and storage conditions.
Commercial buildings: Include tenant areas, electrical rooms, emergency systems, lighting, sockets, and maintenance activities.
Solar installations: Add PV conductors, grounding, inverters, labels, disconnects, and overcurrent protection. The eAuditor Solar Panel Inspection Checklist includes several of these checks.
How eAuditor Supports Electrical Safety Management
An electrical risk assessment should not end when the inspector submits the form. Teams need a way to see what happened and what still needs attention.
eAuditor supports this broader workflow through digital templates, inspections, actions, reporting, and analytics. Its platform is designed to help teams capture issues and manage corrective work from inspections.
The result is a clearer record of electrical hazards, actions, and follow-up work.
Explore eAuditor Audits & Inspections
Best Practices for Electrical Risk Assessments
Keep the template short enough for people to use properly. A long form does not automatically create a better assessment.
Use clear questions and avoid technical terms that inspectors may interpret in different ways.
Review the template when equipment, processes, regulations, or site conditions change.
Make critical questions mandatory where appropriate. Use conditional questions to show extra checks only when they apply.
Attach photos to important findings so managers can understand the issue without visiting the site.
Finally, review repeated findings. A recurring electrical defect may point to a maintenance, training, equipment, or process issue that needs deeper attention.
Frequently Asked Questions
What is an electrical risk assessment template?
An electrical risk assessment template is a structured checklist used to identify electrical hazards, assess their risks, record controls, and track corrective actions.
What should an electrical risk assessment template include?
It should normally include site details, electrical hazards, equipment condition, wiring, grounding, protective devices, existing controls, risk ratings, corrective actions, and follow-up information.
Can I customize an electrical risk assessment template?
Yes. eAuditor allows teams to create and customize digital inspection templates for their own processes and requirements.
Can I use an electrical safety checklist for a risk assessment?
Yes, an electrical safety checklist can provide a useful starting point. However, teams should add risk-rating and control sections when they need a full risk assessment.
Does eAuditor have an electrical safety checklist?
Yes. The eAuditor library includes an Electrical Safety Inspection Checklist with checks covering equipment, cords, grounding, portable GFCIs, tools, and disconnect labeling.
Can inspectors complete an electrical risk assessment on a mobile device?
Yes. eAuditor supports mobile inspections, allowing inspectors to complete templates, record findings, and capture supporting information while working in the field.
Can an electrical risk assessment include photos?
Yes. Photos can provide useful evidence of damaged cables, panels, equipment, labels, and other conditions. eAuditor supports notes and photo evidence during inspections.
How can teams track electrical hazards after an inspection?
Teams can record the finding, assign a corrective action, set a due date, and monitor completion. eAuditor supports action management as part of its inspection workflow.
Is an electrical risk assessment the same as an electrical inspection?
Not always. An electrical inspection focuses on checking electrical systems or equipment. A risk assessment goes further by considering hazards, risk levels, controls, and actions.
Can I use the same electrical risk assessment template at every site?
You can use a standard base template, but each site may need extra questions based on its equipment, work activities, electrical systems, and local requirements.
Where can I find electrical risk assessment resources from eAuditor?
You can start with the eAuditor Electrical Risk Assessment guidance and its electrical inspection templates. The eAuditor platform also lets teams build customized digital checklists for their own processes.
Final Thoughts
An electrical risk assessment template gives teams a practical way to identify hazards, review controls, and record actions. More importantly, it creates a repeatable process that teams can use across sites and work areas.
With eAuditor Audits & Inspections, teams can move this process into a digital workflow. Inspectors can complete checklists, capture evidence, flag issues, assign actions, and generate reports from one platform.
A well-built electrical risk assessment template does not replace competent electrical professionals or applicable safety requirements. Instead, it gives them a clear tool for documenting the assessment and keeping important findings visible.