Switchgear Training

Practical Training on Low, Medium & High Voltage Switchgear Systems

Switchgear systems are the backbone of electrical power distribution in industries, utilities, infrastructure projects, and power plants. Correct selection, installation, operation, testing, and maintenance of switchgear is critical for safety, reliability, and uninterrupted power supply.

The Switchgear Training program is designed to provide participants with practical, application-oriented knowledge of switchgear systems used in industrial, commercial, and utility environments. The course bridges the gap between academic electrical theory and real-world electrical system operation.

Why This Course Is Required

Most electrical graduates and technicians:

  • Learn switchgear only theoretically

  • Have limited exposure to industrial panels and protection schemes

  • Are not confident in testing, commissioning, or troubleshooting switchgear

  • Are unaware of relevant standards and safety practices

At the same time, industries face:

  • Increasing demand for safe and reliable electrical systems

  • Strict safety and compliance requirements

  • High cost of downtime caused by electrical faults

This course prepares candidates to work safely and effectively with real switchgear systems.

Who Should Attend

  • Electrical Engineering students and graduates

  • Diploma holders and ITI electricians

  • Maintenance engineers and technicians

  • Power plant and utility staff

  • Commissioning and testing engineers

  • Professionals seeking specialization in electrical systems

What You Will Learn

Participants will be able to:

  • Understand the working principles of switchgear

  • Select appropriate switchgear for different applications

  • Read and interpret electrical drawings and protection schemes

  • Perform testing, commissioning, and maintenance

  • Identify and troubleshoot common switchgear faults

  • Follow electrical safety standards and procedures

Course Curriculum

Module 1: Fundamentals of Switchgear

  • Purpose and functions of switchgear

  • Types: LV, MV, HV switchgear

  • Circuit breakers, isolators, contactors

  • Switchgear ratings and specifications

Module 2: Switchgear Components

  • Circuit breakers (ACB, VCB, SF6)

  • Busbars and bus couplers

  • Relays and protection devices

  • Instrument transformers (CTs, PTs)

Module 3: Protection Schemes

  • Overcurrent, earth fault, differential protection

  • Feeder, transformer, and motor protection

  • Coordination and selectivity

  • Protection relay basics

Module 4: Installation & Commissioning

  • Switchgear erection and alignment

  • Cable termination and earthing

  • Pre-commissioning checks

  • Functional and interlock testing

Module 5: Testing of Switchgear

  • Insulation resistance testing

  • Contact resistance testing

  • High voltage testing

  • Relay testing basics

Module 6: Operation & Maintenance

  • Routine inspection and maintenance

  • Preventive and predictive maintenance

  • Common faults and failure modes

  • Fault isolation and restoration

Module 7: Safety & Standards

  • Electrical safety rules

  • Arc-flash hazards and protection

  • IEC, IEEE, IS standards

  • Lock-out and tag-out procedures

Module 8: Case Studies & Practical Examples

  • Industrial power distribution scenarios

  • Fault analysis case studies

  • Real-world troubleshooting

Model Projects

  • Switchgear selection for an industrial plant

  • Protection coordination study (basic level)

  • Maintenance checklist preparation

  • Fault investigation report

Career Opportunities

Hiring Sectors

  • Power generation and transmission companies

  • Industrial manufacturing plants

  • EPC contractors

  • Electrical service and maintenance firms

  • Utilities and infrastructure projects

Job Roles

  • Electrical Maintenance Engineer

  • Switchgear Testing Engineer

  • Commissioning Engineer

  • Electrical Technician

  • Protection Engineer (junior level)

Training Methodology

  • Practical, industry-oriented teaching

  • Real equipment demonstrations

  • Problem-based learning approach

  • Interview-focused technical guidance

Certification

Certificate in Switchgear Systems – Operation, Testing & Maintenance
Issued by Pertecnica Engineering

Why Choose Pertecnica

  • Trainers with industrial experience

  • Focus on employability and safety

  • Real-world engineering orientation

  • Suitable for freshers and working professionals

Same syllabus for the following courses..

Switchgear Training
Electrical Switchgear Course
LV MV HV Switchgear Training
Switchgear Testing and Commissioning Course
Electrical Protection Systems Training

Emergency Electrical Supplies Training for Electrical Engineers

(Training + Skill Assessment + Certification + Project)

Overview

Emergency Electrical Supplies Training equips electrical engineers with the skills to manage, operate, and maintain backup power systems such as generators, UPS systems, battery banks, inverters, and emergency distribution networks. Industries, hospitals, data centers, and commercial buildings rely on uninterrupted power, making skilled engineers essential for emergency power management.

Participants undergo a skill assessment to identify knowledge gaps in system operation, backup load handling, fault diagnosis, and safety protocols. Targeted training fills these gaps, followed by project-based learning and certification, enhancing employability in industrial and critical infrastructure sectors.

Why Skill Assessment Is Important

Skill assessment ensures engineers are evaluated for:

  • Operation and monitoring of emergency generators, UPS, and battery systems

  • Load management during power failure

  • Wiring, synchronization, and switching practices

  • Safety compliance and emergency protocols

  • Troubleshooting backup systems under operational constraints

By identifying weak areas, training focuses on strengthening practical competence and ensuring readiness for real-world situations.

Topics Covered

1. Basics of Emergency Electrical Supplies

  • Importance of emergency power systems in industries and buildings

  • Types of emergency supplies: UPS, DG sets, inverters, battery banks

  • Power distribution hierarchy for backup systems

  • Load analysis and sizing of emergency systems

2. Diesel Generator Operation and Maintenance

  • DG set components: alternator, engine, control panels

  • Starting, synchronization, and load sharing

  • Fuel system, cooling, and lubrication maintenance

  • Preventive and predictive maintenance practices

3. UPS Systems and Battery Banks

  • UPS types: online, offline, and hybrid

  • Battery types, ratings, and maintenance

  • Load testing, capacity verification, and replacement procedures

  • Alarm systems and fault indication

4. Automatic Transfer Switch (ATS) & Switching Systems

  • ATS operation for seamless power transfer

  • Manual vs automatic switching

  • Interlocking and protection coordination

  • Testing and commissioning of ATS

5. Emergency Power Distribution

  • Emergency panels, busbars, feeders, and breakers

  • Load prioritization and critical circuit management

  • Cabling, earthing, and grounding practices

  • Power factor and energy optimization

6. Monitoring and Control Systems

  • SCADA and remote monitoring for emergency power

  • Panel alarms, event logging, and trend analysis

  • Protective relays for backup systems

  • Troubleshooting control logic and indications

7. Safety Procedures in Emergency Electrical Systems

  • PPE and arc flash safety

  • Lockout-tagout (LOTO) during maintenance

  • Fire safety for electrical systems

  • Compliance with IEC, IEEE, and OSHA standards

8. Project Work & Practical Exercises

  • Startup and load test of diesel generator

  • UPS and battery bank maintenance project

  • ATS simulation and emergency transfer exercise

  • Fault diagnosis and corrective action report

What You Will Learn

By the end of the training, participants will be able to:

  • Operate emergency power systems efficiently and safely

  • Perform preventive and predictive maintenance

  • Troubleshoot generators, UPS, and ATS circuits

  • Ensure uninterrupted power supply for critical operations

  • Prepare project and maintenance documentation

Certification

After skill assessment, completion of training, and project submission, participants receive Emergency Electrical Supplies Certification for Electrical Engineers with detailed skill validation.

Who Can Join?

  • Diploma / B.Tech / M.Tech in Electrical, EEE, E&I

  • Maintenance engineers and technicians handling emergency power systems

  • Service engineers in hospitals, industries, and commercial buildings

  • Fresh graduates seeking industrial or critical infrastructure roles

Industrial Electrical Systems Training for Electrical Engineers

(Training + Skill Assessment + Certification + Project)

Overview

Industrial Electrical Systems Training is designed for electrical engineers who work with complex electrical networks in industries such as steel, cement, power plants, oil & gas, petrochemical, pharmaceutical, and manufacturing facilities. This training provides hands-on exposure to industrial power systems, switchgear, motors, drives, transformers, PLCs, SCADA, protection systems, and preventive maintenance procedures.

Participants undergo skill assessment to evaluate knowledge in industrial electrical systems, safety compliance, troubleshooting, and operational efficiency. Based on the assessment, targeted training is provided to strengthen weak areas. After the training, participants receive certification along with a project-based experience report.

Why Skill Assessment Is Important

Skill assessment helps engineers identify gaps in their knowledge and ensures they receive focused training in critical areas such as:

  • Operation of LV, MV, and HV electrical systems

  • Industrial motor and drive operations

  • Switchgear, relays, and protection devices

  • PLC/SCADA integration and control

  • Preventive maintenance and troubleshooting

This approach ensures participants gain practical competence and are industry-ready.

Topics Covered

1. Industrial Power Systems Fundamentals

  • Electrical network overview: LV, MV, and HV systems

  • Single-line diagrams and power flow concepts

  • Plant power distribution layout

  • Load analysis and energy management

2. Switchgear and Protection Systems

  • Circuit breakers: ACB, VCB, MCCB, MCB

  • Busbars, panels, and isolators

  • Relays: overcurrent, earth fault, differential, and protection coordination

  • Safety interlocks and fault clearing procedures

3. Transformers and Substations

  • Transformer types and operations

  • Substation layout and switchyard operations

  • Earthing, grounding, and surge protection

  • Transformer maintenance and troubleshooting

4. Motors and Industrial Drives

  • Induction motors, synchronous motors, DC motors

  • Variable frequency drives (VFDs) and soft starters

  • Motor control centers (MCC) and starters

  • Load characteristics and energy efficiency

5. PLC and SCADA Integration

  • PLC hardware and programming basics

  • Analog and digital IOs

  • SCADA monitoring, alarms, and trends

  • Control logic troubleshooting

6. Preventive and Predictive Maintenance

  • Maintenance scheduling and documentation

  • Insulation resistance testing, vibration analysis

  • Thermal imaging and fault detection

  • Motor and panel preventive measures

7. Emergency Handling and Safety

  • Lockout-Tagout (LOTO) procedures

  • Permit-to-work (PTW) systems

  • Arc flash safety and PPE

  • Emergency shutdown operations

8. Project Work

  • Industrial motor load testing and analysis

  • MCC/MV panel troubleshooting and documentation

  • Transformer energizing and maintenance project

  • PLC/SCADA simulation and control loop testing

What You Will Learn

Upon completion, participants will be able to:

  • Operate, monitor, and maintain industrial electrical systems

  • Troubleshoot motors, drives, panels, and protection systems

  • Perform preventive and predictive maintenance

  • Understand and implement industrial safety standards

  • Prepare project reports and maintenance documentation

Certification

Participants who complete the skill assessment, training, and project work will receive Industrial Electrical Systems Certification for Electrical Engineers with documented skill proficiency.

Who Can Join?

  • Diploma / B.Tech / M.Tech in Electrical, EEE, or E&I

  • Maintenance engineers, plant electricians, and service technicians

  • Fresh graduates seeking industrial electrical roles

  • Engineers aiming for roles in commissioning, maintenance, or operations