Pertecnica Job Oriented Skills

Training on Power Quality and Reliability

Training on Power Quality and Reliability for Electrical Engineers

Pertecnica Engineering offers an advanced professional training program on Power Quality and Power System Reliability, designed specifically for Electrical and EEE Engineers working or aspiring to work in utilities, industries, renewable energy, power distribution companies, substations, EPC projects, and automation sectors.

This course focuses on identifying, solving, and preventing power quality problems, and improving system performance, availability, and reliability using engineering standards, analytical tools, and monitoring technologies.

Topics Covered

1. Fundamentals of Power Quality

  • Definition of power quality and reliability

  • Power supply characteristics and standards

  • Voltage profiles, frequency variations, steady-state performance

  • Customer load impact on quality of supply

  • Power quality indices and service monitoring parameters

2. Power Quality Disturbances and Their Impact

  • Voltage sag, swell, interruptions, transients

  • Harmonics, flicker, voltage imbalance

  • Poor power factor and reactive power issues

  • Reliability issues in industrial equipment

  • Effects on motors, transformers, drives, converters, IoT and PLC systems

3. Harmonic Analysis and Mitigation

  • Sources of harmonics in electrical systems

  • Non-linear loads in industries, VFDs, rectifiers, UPS

  • IEEE 519 harmonic standards

  • Harmonic measurement techniques

  • Active and passive harmonic filters, detuned reactors

  • Case studies in industrial mitigation

4. Power Reliability & System Performance Evaluation

  • SAIDI, SAIFI, CAIDI, ASAI indices

  • Reliability modeling of distribution networks

  • Redundancy planning and backup power systems

  • Load flow and fault influence on reliability

  • Network reconfiguration for improving reliability

  • Renewable integration impact on reliability

5. Instrumentation, Monitoring & Power Quality Tools

  • Power quality analyzers and power loggers

  • Real-time monitoring in substation and industry

  • SCADA, IoT-based energy monitoring systems

  • Smart meters and AMR/AMI systems

  • Software applications: MATLAB, ETAP, DigSILENT, PSCAD basics

6. Solutions for Improvement of Power Quality

  • Reactive power compensation

  • Power factor correction techniques

  • Mitigation using capacitor banks, SVG and STATCOM

  • Surge protection, grounding and shielding systems

  • UPS, Isolation transformers, DVR and DSTATCOM

  • Design strategies for reliable power systems in industries

Skill Assessment, Training, and Certification

Skill Assessment

Before the training begins, each engineer undergoes a skill assessment.
This assessment identifies:

  • Your understanding of electrical power systems

  • Practical knowledge of power quality measurements

  • Ability to analyze disturbances and reliability issues

The assessment helps you understand where you need improvement, and helps us decide the best learning path for you.

Training

Engineers who require improvement are given focused training with:

  • Real-time industrial problems

  • Power quality data interpretation

  • Root cause analysis using tools and software

  • Hands-on learning with measurement and study methods

Training includes practical exposure through:

  • Case studies

  • Industrial power audit examples

  • Project-based learning

Certification & Project Experience

Upon successful completion of skill improvement and training:

  • Certification is issued by Pertecnica Engineering

  • Project experience certificate is provided

  • Projects are based on actual industrial scenarios

  • Support is provided for preparing reports, presentations, and interviews

This strengthens your job profile and helps you apply confidently for core electrical positions.

Who Should Join?

  • B.Tech / BE / Diploma Electrical & EEE Engineers

  • Substation and distribution engineers

  • Engineers working in EPC, industries, renewable plants, automation

  • Professionals involved in energy auditing, maintenance or reliability

Career Opportunities After Training

  • Power Quality Engineer

  • Power System Reliability Engineer

  • Distribution Network Monitoring Engineer

  • Electrical Maintenance Engineer

  • Industrial Energy Analyst

  • Substation and Utility Network Analyst

  • Renewable Grid Integration Engineer

How to Join

If you want the brochure, fees, class schedules, and batch availability, reply with your preference:

  • Online Training

  • Classroom Training

  • Fast-Track Weekend Batch