Pertecnica Job Oriented Skills

Electrical systems, Equipment selection & Specifications

Major Electrical Equipment Selection and Specifications

Training for Electrical Engineers

Major Electrical Equipment Selection & Specifications Training is designed for electrical engineers who want practical knowledge and certification in selecting, specifying, and evaluating industrial electrical equipment. This course is ideal for engineers who already have work experience but lack formal certification, as well as for freshers seeking structured training.

The training focuses on essential electrical equipment used in industries, power plants, steel plants, cement plants, and infrastructure projects. Participants undergo skill assessment to determine their knowledge level. Based on the assessment, targeted training is provided for areas where knowledge gaps exist. After successful completion, participants receive certification along with documented project experience.

Why Skill Assessment Is Important

Skill assessment ensures each participant is evaluated for:

  • Understanding of electrical equipment selection criteria

  • Knowledge of LV, MV, and HV switchgear, transformers, motors, and drives

  • Ability to interpret technical specifications and datasheets

  • Compliance with industry standards and safety requirements

  • Experience-based knowledge verification

This process guarantees that training addresses gaps in knowledge and strengthens practical competence.

Topics Covered

1. Fundamentals of Electrical Equipment Selection

  • Overview of major electrical equipment in industrial and commercial systems

  • Key parameters for equipment selection: rating, capacity, efficiency, and reliability

  • Electrical standards and codes (IEC, IEEE, IS)

  • Cost-benefit and lifecycle considerations

2. Switchgear and Circuit Breakers

  • LV, MV, and HV switchgear selection

  • ACB, VCB, MCCB, MCB types and ratings

  • Protection coordination and interlocking considerations

  • Manufacturer datasheet interpretation

3. Transformers

  • Power, distribution, and instrument transformers

  • Selection based on load, voltage level, and application

  • Cooling methods, efficiency, and losses

  • Specification review and manufacturer comparison

4. Motors and Drives

  • AC and DC motors, synchronous motors, and special purpose motors

  • VFDs, soft starters, and drive selection

  • Motor sizing and application considerations

  • Technical specification evaluation

5. Generators and UPS Systems

  • Diesel generators, synchronous generators, and UPS sizing

  • Load matching, starting methods, and efficiency considerations

  • Selection based on plant critical loads

  • Manufacturer datasheet and compliance assessment

6. Cables and Busbars

  • LV, MV, and HV cable selection

  • Conductor sizing, insulation, and derating factors

  • Busbar material, sizing, and current carrying capacity

  • Short circuit and voltage drop calculations

7. Control Panels and Instrumentation Equipment

  • Selection of PLC panels, MCC, PCC, and automation devices

  • Relays, timers, and protective devices

  • Field instrumentation and control loop considerations

  • Specification comparison and standards compliance

8. Project Work

  • Equipment selection for a sample industrial plant

  • Technical specification preparation

  • Load calculation, rating, and sizing documentation

  • Comprehensive report with design rationale

What You Will Learn

Upon completion, participants will be able to:

  • Select and specify major electrical equipment for industrial and commercial projects

  • Read and interpret datasheets and technical specifications

  • Apply industry standards and safety considerations

  • Evaluate manufacturer recommendations and choose optimum equipment

  • Prepare detailed project documentation

Certification

After skill assessment, training, and successful project submission, participants receive Certification in Major Electrical Equipment Selection & Specifications, validating their experience and knowledge.

Who Can Join?

  • Electrical engineers with practical experience but no formal certification

  • Fresh graduates seeking structured training in electrical equipment selection

  • Maintenance, design, and commissioning engineers

  • Professionals aiming to strengthen knowledge in industrial electrical systems