SARK ENGINEERS & CONSULTANTS
Are you looking for professional electrical energy audit services to reduce electricity bills by 15-35% and improve power system safety? SARK Engineers & Consultants offers comprehensive electrical energy audit and electrical safety audit solutions across India, helping industries identify energy wastage, optimize electrical systems, and achieve significant cost savings.
As BEE-certified electrical audit consultants, we specialize in conducting detailed power quality audits, load analysis, harmonic studies, and energy efficiency assessments for industries, commercial buildings, IT parks, hospitals, and manufacturing facilities. Our expert team uses advanced power analyzers, thermal imaging cameras, and energy meters to deliver accurate diagnostics and actionable recommendations.
Need an electrical audit consultant near you? Contact SARK Engineers today at +91-9258087903 or email techno@sarkengg.in for a customized electrical energy audit quote and start optimizing your power consumption immediately!
What is Electrical Energy Audit?
An electrical energy audit is a systematic assessment of electrical consumption patterns, power distribution systems, and equipment efficiency to identify energy losses and recommend improvements. This comprehensive evaluation analyzes power usage, voltage quality, load balancing, power factor, and equipment performance to uncover 15-35% energy saving opportunities.
BEE Certified
Most of our team members are BEE certified Energy Auditors and Managers
Experience
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300+ Electrical Audits
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27 + Types of industries
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Pan India Functioning
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Global Audits in 11 nations
Results
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Fastest Paybacks in a month.
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Highest Savings achieved had been 45%
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More than INR 47 crores saved per annum
1
Energy Consumption Analysis
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Detailed electricity billing analysis (past 12-24 months)
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Peak demand and load factor assessment
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Specific Energy Consumption (SEC) benchmarking
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Energy cost breakdown by department/process
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Time-of-day consumption profiling
2
Power Quality Assessment
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Voltage fluctuations and sag/swell analysis
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Harmonic distortion measurement (THD)
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Power factor evaluation and correction needs
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Frequency variations monitoring
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Neutral current and unbalance detection
3
Load Distribution Study
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Phase load balancing analysis
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Transformer loading assessment
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Cable sizing adequacy verification
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Protection system evaluation
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Distribution losses quantification
4
Equipment Efficiency Evaluation
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Motor efficiency testing and rightsizing
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Lighting system lumen output assessment
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HVAC system performance analysis
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Compressor load profiling
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Pump efficiency measurements
5
Energy Conservation Opportunities
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Variable Frequency Drive (VFD) applications
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Power factor correction requirements
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Energy-efficient equipment replacements
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Load scheduling optimization
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Automatic demand controller implementation
6
Equipment Protection
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IT servers and data centers
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Medical equipment (hospitals)
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CNC machines and robotics
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Laboratory instruments
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Telecommunication systems
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Process control equipment
Process of audit
Process and method
Site visits should include a detailed inspection of all equipment that consumes energy, including lighting, HVAC systems, and office equipment. Data collection should include utility bills and other relevant records to establish baseline usage levels. Analyzing this data can help identify patterns of excessive energy consumption that need to be addressed.
Once potential areas for improvement have been identified, developing a prioritized plan with recommendations is crucial to achieving long-term energy savings. This plan may include replacing outdated equipment with more efficient models or implementing new technologies like smart thermostats or LED lighting.
Monitoring and tracking energy usage over time is essential to measuring the success of the plan. Regular reporting on progress can help keep stakeholders informed and motivated to continue making improvements. Overall, conducting a comprehensive review of energy consumption is an essential step towards achieving greater energy efficiency and sustainability in any organization.
It's important to note that there are various tools available for monitoring and managing energy usage such as building automation systems (BAS) and energy management software. These tools provide real-time data about energy consumption allowing organizations to take timely actions towards reducing their carbon footprint and graduate them towards Smart Factory readiness.
In conclusion, regularly conducting comprehensive reviews of the organization's energy consumption can result in significant cost savings and contribute towards sustainable development. By identifying areas where improvements can be made, developing an action plan, and continuously monitoring progress, organizations can achieve their goals of becoming more efficient while simultaneously contributing towards environmental conservation efforts.
01.
Diagnose
We conduct detailed on-site measurements, data logging, and system diagnostics to identify losses, inefficiencies, compliance gaps, and cost leakages across electrical systems.
02.
Optimize
Our engineers convert audit findings into implementable technical solutions with CAPEX–OPEX analysis, prioritised recommendations, and clear ROI timelines.
03.
Assure
We support implementation, performance validation, and post-audit monitoring to ensure measurable reduction in energy costs, improved reliability, and regulatory compliance.
Get your Electrical Audit Quote Now
We will get back to you with your customized quote at the earliest.
🔌 Frequently Asked Questions – Electrical Energy Audit
1. What is an electrical energy audit?
An electrical energy audit is a systematic analysis of electrical power consumption, distribution, and quality in a facility to identify energy losses, inefficiencies, and cost-saving opportunities while ensuring safe and reliable operation.
2. Who needs an electrical energy audit?
Electrical energy audits are required for manufacturing units, commercial buildings, hospitals, data centers, and designated consumers facing high electricity bills, power quality issues, penalties for low power factor, or planning energy optimization initiatives.
3. What are the key components checked during an electrical energy audit?
An electrical energy audit typically covers load profiling, transformer performance, power factor analysis, harmonics, distribution losses, demand management, lighting efficiency, motor efficiency, and power quality issues.
4. How does an electrical energy audit help reduce electricity costs?
The audit identifies avoidable losses, inefficient equipment operation, power factor penalties, demand spikes, and harmonics-related losses, enabling corrective actions that typically reduce electricity costs by 10–35%, depending on site conditions.
5. What deliverables are provided after an electrical energy audit?
Deliverables include an executive summary, detailed electrical analysis, power quality and harmonic assessment, energy conservation measures with cost-benefit analysis, investment payback calculations, and an implementation-ready action plan.
6. How long does an electrical energy audit take?
The duration depends on facility size and complexity. Typically, site measurements take 3–7 days, followed by data analysis and report submission within 2–3 weeks after monitoring is completed.
7. Is electrical energy audit mandatory under Indian regulations?
Electrical energy audits are mandatory for designated consumers under the Bureau of Energy Efficiency (BEE) and PAT Scheme requirements, and are often required for compliance, benchmarking, and corporate sustainability reporting.
8. What information is required from the client before starting an electrical energy audit?
Clients usually need to provide electricity bills (12–24 months), single line diagrams, transformer and DG details, load lists, operating schedules, and details of any power quality issues or penalties.
9. How is an electrical energy audit different from a general energy audit?
An electrical energy audit focuses specifically on electrical systems and power quality, while a general energy audit also includes thermal systems, utilities, and process energy consumption. Electrical audits are more detailed in electrical diagnostics and instrumentation.