Autoplay
Autocomplete
Speed
Previous Lecture
Complete and Continue
Professional Electrical Engineer Bundle
Electrical Low Voltage Systems Design
Welcome (0:45)
Electrical Design Lecture Notes Book - Downloadable
Electrical Design Process Part 1 (6:29)
Electrical Design Process Part 2 (6:13)
Basics of Electrical Systems (19:47)
Residential Electric Power (2:31)
Neutral Conductor (12:11)
Induction Motor Characteristics (16:36)
Resistive and Lighting Loads (11:08)
Diversity Factor and Coincidence Factor (1:49)
Demand Factor (4:47)
Utilization and Diversity Factors for Building (10:38)
Utilization and Diversity Factors for Branch and Main Circuits (18:19)
Demand Factor Calculations (8:03)
Full Load Current (6:57)
Transformer Sizing (5:06)
Transformer Selection - Power Compensation (11:55)
Transformer Loading and Efficiency (13:54)
Transformer - Voltage Drop (16:31)
Transformers - Parallel Operation (19:39)
Transformer Sizing Example (1:35)
Power Transformer Rating (6:01)
Transformer Sizing According to Its Type (9:04)
How Many Transformers Needed to Supply Loads (8:01)
introduction to circuit breaker (7:20)
CB Setting (1:53)
Circuit Breaker Sizing for Single Phase Loads (17:25)
Circuit Breaker Sizing for Three Phase Loads (14:16)
Circuit Breaker Sizing (3:47)
Earth Leakage Circuit Breaker Selection (10:44)
Ground Fault Circuit Interrupter Installation (3:51)
Locating Different Types of Circuit Breakers (2:38)
Medium Voltage Circuit Breaker and Short Circuit Levels (14:17)
Fuse Sizing (10:18)
Fuse Sizing and Inverse Time Breaker Sizing (2:39)
Cable Description (11:38)
Cable Sizing Part 1 (20:38)
Cable Sizing Part 2 (9:44)
Cable Sizing (2:36)
Cable Sizing for Transformer and High Load Currents (8:45)
Branch and Main Circuits Design for Three Phase Loads (28:01)
Receptacles Types and Maximum Loading on Branch Circuit (2:54)
MCCB Settings - Q & A (3:31)
Converting From HP To VA and Safety Factor (2:32)
Short Circuit Current and Maximum Power of CB - Q & A (3:33)
Feeder Sizing (3:18)
Motor Conductor and Overload Protection Selection (3:41)
Transformer Protection (2:04)
Voltage Drop Test on Branch and Main Circuits (30:25)
Voltage Drop on Transformer Terminals Calculations (19:30)
Voltage Drop Calculations (4:36)
Cable Maximum Permissible Length (13:14)
Short Circuit Current Test on Electrical Networks (26:32)
The Suitable Cross Sectional Area Cable Using The K Factor (11:44)
Short Circuit Current Worst Case Scenario (6:55)
Short Circuit and Voltage Drop Calculations Using Excel (29:47)
Cable Management Systems - Cable Tray (15:34)
Cable Management Systems - Cable Tray Sizing (19:29)
Total Number of Tray Pieces and Total Weight on Tray (18:02)
Bus Way System Sizing (12:41)
Motor Nameplate (6:26)
Motor Inrush Current Calculations - Motors Branch Circuits Sizing (15:56)
Motor Starting Current Calculation (2:19)
Small Motors - Motors Branch Circuits Sizing (16:35)
Large Motors - Motors Branch Circuits Sizing (11:00)
Design Branch and Main Circuit for Group of Motors (12:57)
Motor Conductor Sizing (3:54)
Motor Circuit Breaker Selection (1:04)
Electric Traction Motor Sizing (8:00)
Motor Pump Sizing (5:44)
Fire Pump Circuit Design (4:32)
Transformer Sizing for fire pump (2:26)
Generator Sizing (4:08)
Generator Sizing (2:48)
Generator Conductor Size (1:02)
UPS Sizing (3:00)
Different Types of UPSs (3:14)
Advantages of Improving The Power Factor (18:52)
Design Power Factor Correction System (21:59)
Sizing Cable For Capacitor Bank (9:31)
Why Capacitors Connected In Delta Not Star Connection (5:54)
Design Distribution Board and Making Phase Balance Using Excel - Panel Schedule (22:17)
Phase Unbalance Problems (3:28)
Electrical Loads Estimation (2:39)
Reactive Power Management - Q & A (4:26)
Design of Capacitor bank - Q & A (2:25)
AutoCAD Basics 1 - Bonus Lecture (22:02)
AutoCAD Basics 2 - Bonus Lecture (8:34)
Electrical Power Systems Protection
Why We Need Protection System? and What is Required from Protection Devices? (14:46)
Basic Protection Devices (8:25)
Simple Distribution Systems (10:07)
Different Types of Faults and Effects (15:41)
Introduction to Short Circuit Analysis (10:52)
Fault Calculations - The Golden Equation (11:32)
Fault Current Calculations - The First Method (13:45)
Fault Current Calculations - The Second Method (16:47)
Minimum Time Required to Clear The Fault According to Short Circuit Level (7:49)
Power Fault Method - Part 1 (16:35)
Power Fault Method - Part 2 (14:12)
Cable Withstand Short Circuit Capacity and Circuit breaker Clearing Time (6:01)
Introduction to Instrument Transformers (7:22)
Relation Between Protective Relay and Circuit Breaker (2:44)
Current Transformer Sizing - Maximum Load Impedance (13:38)
Current Transformer - Burden Calculations and Accuracy Limit Factor (5:20)
Estimate Current Transformer Performance (16:10)
Different Types of Faults in Power Distribution Transformer (2:19)
Introduction to Differential Protection (13:03)
Design Differential Protection System (15:32)
Unit Protection (4:40)
Overcurrent Relay Sizing (5:09)
Lighting Systems Design
Specifications of Lighting Systems Design (7:56)
Requirements of Lighting System Design (11:34)
Select Suitable Luminaire according to Lighting Schemes (8:00)
Important Definitions In Lighting Systems Design (4:46)
Color Appearance and Applications (2:25)
Total Number of Lamps and Luminaires Calculations - Interior Lighting System (4:38)
Light Loss Factor - Interior Lighting Systems Design (11:26)
Coefficient of Utilization - Interior Lighting Systems Design (8:49)
Practical Interior Lighting System Design (24:52)
Luminaries arrangement - Interior Lighting System Design (21:41)
Luminaries Wiring and Total Rated Power Connected to Lighting Line (9:54)
Softwares Required (6:04)
DiaLUX Overview and How To Change Units (8:04)
add Room Geometry add Luminaire and Export Luminaire Specifications Blue Version (8:28)
Example on Lighting Distribution and Export Files Using DiaLUX Blue Version (9:04)
Import Project File to DiaLUX - Red Version (4:27)
Lighting Distribution Using DiaLUX Red Version (9:08)
Export DiaLUX File to AutoCAD (5:44)
Lighting Distribution and Bill of Quantity By Using AutoCAD (8:06)
Draw Electrical Symbols - Bonus Lecture (40:58)
Photovoltaic Systems Design
Design Stand alone System Introduction (4:37)
Basics of Electrical Engineering (10:23)
System Describtion (8:26)
PV Array Sizing (8:37)
Battery Sizing (4:19)
Charge Controller Sizing (2:34)
Inverter Sizing (2:21)
Advanced Design Method (3:18)
Cost Estimation (4:25)
Electric Motor Control Circuits Design Course Included
Note: EMCCD Course Included in Professional Electrical Engineer Bundle
Why We Need Protection System? and What is Required from Protection Devices?
Lecture content locked
If you're already enrolled,
you'll need to login
.
Enroll in Course to Unlock