Electrical Safety Audit Services in Rajasthan
Comprehensive electrical safety audits for industrial, commercial, institutional and infrastructure facilities to identify electrical hazards, assess compliance, reduce operational risks and support safe, reliable electrical systems.
What is an Electrical Safety Audit?
An Electrical Safety Audit is a systematic engineering assessment of an electrical installation to identify unsafe conditions, potential hazards, equipment deficiencies and compliance gaps.
The objective is to evaluate whether electrical systems are operating safely, whether protection systems function as intended and whether the installation is being maintained in accordance with applicable engineering practices and statutory requirements.
A comprehensive electrical safety audit not only helps identify existing hazards but also supports preventive maintenance, improved operational reliability and informed decision-making.
Depending upon the agreed scope, the audit may include visual inspection, technical review, electrical testing, thermographic assessment and evaluation of maintenance practices.
Audit Categories
Human Safety
Assessment of safety practices, PPE, training and awareness.
Equipment Safety
Evaluation of equipment condition, protection and operation.
Statutory Compliance
Review against applicable regulations and standards.
Fire Risk Assessment
Identification of electrical fire hazards and mitigation measures.
Operational Safety
Assessment of operational procedures and safety protocols.
Maintenance Assessment
Evaluation of maintenance practices and records.
Scope of Our Electrical Safety Audit
HT Installation
Inspection of incoming HT systems, switchgear and associated equipment.
Transformers
Assessment of transformer installation, protection, ventilation, earthing and operating condition.
LT Panels
Inspection of LT distribution panels, busbars, breakers, cable terminations and panel condition.
HT Panels
Assessment of HT panels, VCBs, protection relays, interlocks and operating safety.
DG Sets
Inspection of DG electrical systems, earthing, protection and integration with the electrical network.
Electrical Cables
Inspection of cable routing, joints, terminations, insulation condition and identification practices.
Earthing System
Assessment of equipment earthing, body earthing and earth continuity.
Protection Systems
Review of MCBs, MCCBs, ACBs, relays, fuses and protective coordination.
Electrical Rooms
Assessment of housekeeping, access, ventilation, illumination, signage and emergency provisions.
Wiring Systems
Inspection of wiring condition, mechanical protection and installation quality.
Emergency Power Systems
Inspection of emergency electrical arrangements and backup power integration.
Electrical Fire Risk
Assessment of electrical conditions that could contribute to overheating or fire hazards.
Safety Hazards We Identify
Loose Connections
Poorly tightened terminations causing overheating.
Hot Spots
Localised heating in electrical equipment.
Cable Overloading
Excessive current causing cable heating.
Damaged Insulation
Deteriorated insulation increasing shock risk.
Improper Earthing
Inadequate earthing affecting safety and protection.
Missing Labels
Unidentified equipment and circuits.
Wrong Protection Settings
Incorrect relay and breaker settings.
Improper Cable Routing
Poor cable segregation and mechanical protection.
Improper Clearances
Inadequate working clearances around equipment.
Improper Ventilation
Inadequate cooling leading to equipment overheating.
Temporary Wiring
Unsuitable temporary installations.
Water Ingress
Moisture or water entry into electrical equipment.
Corrosion
Corrosion of conductors and connections.
Panel Heating
Abnormal heating inside electrical panels.
Arc Flash Risk Awareness
Potential for arc flash events.
What We Check During the Audit
Documentation Review
- Single Line Diagram (SLD)
- Electrical drawings
- Equipment schedules
- Test reports
- Maintenance records
- Previous audit reports
- Protection settings (where available)
Visual Inspection
- Panel condition
- Cable management
- Identification labels
- Safety signage
- Electrical clearances
- Unauthorised modifications
- Housekeeping
Equipment Assessment
- Transformer condition
- HT/LT panels
- Breakers
- Isolators
- Busbars
- Cable terminations
- Metering systems
Safety Devices
- MCB
- MCCB
- ACB
- ELCB/RCCB where applicable
- Relays
- Emergency isolation
Earthing Assessment
- Equipment earthing
- Earth continuity
- Earthing conductors
- Earth pits (where included in scope)
Protection Assessment
- Protective device suitability
- Breaker condition
- Relay coordination (where applicable)
- Protection settings review
Systems Inspected
Incoming Supply
Utility supply and main intake
HT Panels
High tension switchgear
Transformers
Power and distribution transformers
LT Panels
Low tension distribution panels
Capacitor Banks
Power factor correction equipment
Bus Ducts
Busbar trunking systems
DG Sets
Diesel generator systems
UPS
Uninterruptible power supply
Solar System
Solar PV installations
Battery Bank
Battery storage systems
Cable Network
Power and control cables
Earthing
Earthing and bonding systems
Lightning Protection
Lightning arrestor systems
Emergency Supply
Emergency and backup power
Control Panels
PLC and control systems
MCCs
Motor control centres
Distribution Boards
Final distribution boards
Documents Reviewed
SLD
Single Line Diagram
Load Schedule
Connected load details
Panel Schedule
Panel and feeder details
Maintenance Records
Inspection and maintenance logs
Inspection Reports
Previous inspection records
Relay Settings
Protection relay settings
Test Reports
Electrical test records
Earth Reports
Earthing test reports
Thermography Reports
Thermal imaging records
Operation Manuals
Equipment operation manuals
Electrical Testing
Earth Resistance Testing
Measurement of earthing effectiveness using suitable instruments.
→ Earth TestingInsulation Resistance Testing
Assessment of insulation condition using Megger testing.
→ Insulation Resistance TestingElectrical Thermography
Thermal scanning to identify abnormal heating, loose connections and overloaded components.
→ ThermographyProtection Assessment
Review of protective devices and associated electrical protection systems.
→ Electrical TestingTesting is carried out according to the agreed project scope and the applicable engineering requirements.
Testing Included
Earth Resistance
Measurement of earthing effectiveness
Insulation Resistance
Assessment of insulation condition
Continuity
Checking earth continuity
Phase Sequence
Verification of phase rotation
Thermography
Thermal imaging of electrical equipment
Voltage
Voltage measurement and verification
Current
Current measurement and load verification
Power Factor
Power factor measurement
Load
Load analysis and verification
Harmonics
Harmonic analysis (if within scope)
Relay Testing
Protection relay functionality
Risk Classification
Immediate safety concern requiring urgent corrective action.
Significant safety concern requiring prompt attention.
Moderate risk requiring planned corrective measures.
Observation for routine improvement or monitoring.
Risk Matrix
| Likelihood | Severity | Risk Rating | Priority | Recommended Action |
|---|---|---|---|---|
| High | Critical | Extreme | Urgent | Immediate corrective action required |
| Medium | High | High | Prompt | Corrective action within planned timeframe |
| Low | Medium | Moderate | Planned | Include in maintenance or improvement plan |
| Rare | Low | Low | Monitor | Observe during routine inspections |
Audit Methodology
Audit Deliverables
- Executive Summary
- Facility Overview
- Inspection Findings
- Photographic Observations
- Risk Classification
- Applicable Compliance References
- Recommended Corrective Actions
- Priority Matrix
- Testing Results (where applicable)
- Improvement Recommendations
- Closing Summary
Compliance Review
The audit considers applicable requirements relating to:
- CEA Safety Regulations - Central Electricity Authority (Measures Relating to Safety and Electric Supply) Regulations, 2023 & The CEA (Safety requirements for construction, operation and maintenance of electrical plants and electric lines) Regulations 2011
- Electricity Act - Electricity Act, 2003 read with Electricity Rules, 2005
- Bureau of Indian Standards (BIS) - National Building Construction Standards (NBCS) 2026 gazette-notified SP 7:2026 on April 30, 2026 & National Electrical Code 2023
- IS Standards - IS 732, IS 3043, IS 5216, IS 1646, IS 2309, IS 15652,IS/IEC 6094
- Good Engineering Practices - Industry-accepted engineering practices
The audit does not certify compliance but identifies observations and recommendations based on the conditions observed during the audit and the agreed scope of work.
Industries We Serve
Integrated Engineering Audit
Rather than viewing safety, testing and energy efficiency as isolated activities, SKE can undertake an integrated engineering assessment where the agreed scope combines multiple disciplines. This approach helps identify interactions between electrical safety, equipment condition, energy performance and operational reliability, enabling clients to prioritise improvements based on technical findings.
Why Choose Shree Kalyan Enterprises
Related Engineering Services
Frequently Asked Questions
An Electrical Safety Audit is a systematic engineering assessment of an electrical installation to identify hazards, evaluate safety practices and recommend corrective actions.
Industrial facilities, commercial buildings, hospitals, hotels, educational institutions, infrastructure projects and other facilities with significant electrical installations can benefit from periodic safety audits.
Where included within the agreed scope, the audit may include testing such as earth resistance, insulation resistance, thermography and other technical assessments.
Many inspection activities can be carried out while the facility remains operational. Certain tests may require planned shutdowns or coordination depending on safety requirements.
A detailed report is issued containing observations, risk classification, photographs (where applicable), compliance references and recommended corrective actions.
Electrical safety audits help identify conditions such as loose connections, overloaded circuits, deteriorated insulation and inadequate protection that may increase electrical fire risk.
The appropriate frequency depends on the type of installation, operating conditions, maintenance practices and any applicable statutory or organisational requirements. Periodic review is generally considered a good engineering practice.
Yes. Depending on the project scope, both safety and energy performance assessments can be undertaken during the same assignment while reporting them separately.
Improve Electrical Safety Before Problems Become Failures
Whether you are operating an industrial plant, commercial building, hospital, educational institution or infrastructure project, a systematic electrical safety audit helps identify hazards, prioritise corrective actions and support safer, more reliable electrical operations.