INDUSTRIAL AUTOMATION

Electrical System Design using ETAP (64 Hours)

 

What’s the course about

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ETAP is the most powerful software in the area of Electrical Power systems. Using this software you can design and analyze your power system from the source of power all the way to the loads connected to it. It offers an integrated and interactive software solution for modeling, design, analysis, simulation, operation, control, optimization and automation of electrical power systems.

More power system experts trust ETAP for their most demanding projects. Only ETAP enables users to successfully and cost-effectively conduct power system monitoring and predictive simulations, using their original ETAP design model and combining it with real-time data.

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Course objective

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ETAP is used as an analysis platform for the designing, simulating, operating and automation of generation and distribution of industrial power systems.

It is fully interactive and allows you to make changes to the one-line diagram, run system studies, and graphically review study. It gives you the opportunity to explore the many features and capabilities of ETAP including Load Flow, Short-Circuit, Motor Acceleration and many more.

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Key course contents

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• Introduction to Electrical System design

• Basics of Electrical Power System

• Substation Design

• Single Line diagram

• Working with ETAP software

• Various modules in ETAP

• Load Flow Analysis

• Short Circuit Analysis

• Motor Acceleration

• Transformer Sizing

• Cables

• Electrical Protection and Relays

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Who Can Enroll

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• B. Tech / B.E in Electrical Engineering

• Diploma in Electrical Engineering

• M.Tech / M.E in Electrical Engineering

• Professionals in Power System field

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Job opportunities

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ETAP is the leading software used by Electrical engineers for modeling of Electrical systems. Being the leading software in the industry, knowledge of ETAP has become a SKILL for Electrical engineers of today.

Electrical System Design has a huge demand in many segments like design, manufacture and installation of power and distribution systems, Sub-stations Design, selection of protective device, CCTV System Design, design of security system, design of fire alarm systems, design of low current systems and Sound Systems design. It's an evergreen field with potential engineering requirement throughout the year.

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