How To Optimize Electricity Distribution Across A Country
How To Optimize Electricity Distribution Across A Country
Published 10/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 430.21 MB | Duration: 0h 56m
HOW TO OPTIMIZE ELECTRICITY DISTRIBUTION ACROSS AN ENTIRE COUNTRY
What you'll learn
THE STEPS REQUIRED TO AUTOMATE ELECTRICITY DISTRIBUTION IN A COUNTRY
THE IMPORTANCE OF ELECTRICITY DISTRIBUTION IN A COUNTRY
WHY AUTOMATING ELECTRICITY DISTRIBUTION IS NECESSARY
HOW TO AUTOMATE ELECTRICITY DISTRIBUTION ACROSS AN ENTIRE COUNTRY
Requirements
NONE
Description
This Course teaches You the Basics of Power Distribution Systems at a National Level. There are five main modules for this Course:1. Introduction or Overview of National Electrical Distribution Systems2. How Electrical is Currently Distributed in a Country3. Factors to Consider in Designing National Electrical Distribution Systems A. Load Density and the Spread ⦁ Areas with High Per Capita Consumption should employ Network Feeders System ⦁ Areas with Low Per Capita Consumption should employ Radial Feeders B. Selection of Optimal Primary Distribution System to be Employed. C. Optimal Secondary Distribution System to be Employed D. Number, Size, and Placement of Distribution Stations E. Anticipated (Estimated-Future) Load Growth F. Total Cost of the System4. Ways to Improve the Technical Performance of National Electrical Distribution Systems. A. Incorporating Distributed Generating Stations in High Demand Regions or States B. Dynamic Allocation Distribution to States in Real Time as Opposed to Static Ones which may not be accurate C. Timing of Electricity Disbursement D. Upgrade Primary Distribution Network Systems from Radial Feeders to Network Feeders: E. Reduce Secondary Distribution Losses5. Ways to Improve the Economic Performance of National Electrical Distribution Systems A. Add number of customers served to it. B. Initiate Consumer Demand Response Programs C. Integration of New Renewable Energy Stations in terms of Cost.
Overview
Section 1: Introduction
Lecture 1 OVERVIEW OF NATIONAL ELECTRICAL DISTRIBUTION SYSTEMS
Section 2: HOW ELECTRICITY IS DISTRIBUTED ACROSS A COUNTRY
Lecture 2 HOW ELECTRICITY IS DISTRIBUTED ACROSS A COUNTRY
Section 3: AN EXAMPLE OF ELECTRICITY DISTRIBUTION ACROSS A COUNTRY: NIGERIA
Lecture 3 EXAMPLE OF ELECTRICITY DISTRIBUTION ACROSS A COUNTRY: NIGERIA
Section 4: FACTORS TO CONSIDER WHEN DESIGNING NATIONAL ELECTRICITY DISTRIBUTION SYSTEMS
Lecture 4 FACTORS TO CONSIDER WHEN DESIGNING NATIONAL ELECTRICITY DISTRIBUTION SYSTEMS
Section 5: FACTORS TO CONSIDER WHEN DESIGNING NATIONAL ELECTRICITY DISTRIBUTION SYSTEMS 2
Lecture 5 FACTORS TO CONSIDER WHEN DESIGNING NATIONAL ELECTRICITY DISTRIBUTION SYSTEMS 2
Section 6: WAYS TO IMPROVE THE TECHNICAL PERFORMANCE OF ELECTRICITY DISTRIBUTION SYTSTEMS
Lecture 6 WAYS TO IMPROVE THE TECHNICAL PERFORMANCE OF ELECTRICITY DISTRIBUTION SYSTEMS
Section 7: WAYS TO IMPROVE THE TECHNICAL PERFORMANCE OF ELECTRICITY DISTRIBUTION SYSTEMS 2
Lecture 7 WAYS TO IMPROVE THE TECHNICAL PERFORMANCE OF ELECTRICITY DISTRIBUTION SYSTEMS 2
Section 8: WAYS TO IMPROVE THE TECHNICAL PERFORMANCE OF ELECTRICITY DISTRIBUTION SYSTEMS 3
Lecture 8 WAYS TO IMPROVE THE TECHNICAL PERFORMANCE OF ELECTRICITY DISTRIBUTION SYSTEMS 3
Section 9: WAYS TO IMPROVE THE ECONOMIC PERFORMANCE OF NATIONAL DISTRIBUTION SYSTEMS
Lecture 9 WAYS TO IMPROVE THE ECONOMIC PERFORMANCE OF NATIONAL DISTRIBUTION SYSTEMS
Section 10: WAYS TO IMPROVE THE ECONOMIC PERFORMANCE OF NATIONAL DISTRIBUTION SYSTEMS 2
Lecture 10 WAYS TO IMPROVE THE ECONOMIC PEFORMANCE OF NATIONAL DISTRIBUTION SYSTEMS 2
Section 11: WAYS TO IMPROVE THE ECONOMIC PERFORMANCE OF NATIONAL DISTRIBUTION SYSTEMS
Lecture 11 WAYS TO IMPROVE THE ECONOMIC PERFORMANCE OF NATIONAL DISTRIBUTION SYSTEMS 3
STUDENTS IN ELECTRICAL ENGINEERING,ENGINEERS AND COMPANIES WORKING IN THE POWER DISTRIBUTION SECTORS IN ANY COUNTRY,PROFESSIONAL ENGINEERS FOR CERTIFICATION IN THE POWER INDUSTRY
What you'll learn
THE STEPS REQUIRED TO AUTOMATE ELECTRICITY DISTRIBUTION IN A COUNTRY
THE IMPORTANCE OF ELECTRICITY DISTRIBUTION IN A COUNTRY
WHY AUTOMATING ELECTRICITY DISTRIBUTION IS NECESSARY
HOW TO AUTOMATE ELECTRICITY DISTRIBUTION ACROSS AN ENTIRE COUNTRY
Requirements
NONE
Description
This Course teaches You the Basics of Power Distribution Systems at a National Level. There are five main modules for this Course:1. Introduction or Overview of National Electrical Distribution Systems2. How Electrical is Currently Distributed in a Country3. Factors to Consider in Designing National Electrical Distribution Systems A. Load Density and the Spread ⦁ Areas with High Per Capita Consumption should employ Network Feeders System ⦁ Areas with Low Per Capita Consumption should employ Radial Feeders B. Selection of Optimal Primary Distribution System to be Employed. C. Optimal Secondary Distribution System to be Employed D. Number, Size, and Placement of Distribution Stations E. Anticipated (Estimated-Future) Load Growth F. Total Cost of the System4. Ways to Improve the Technical Performance of National Electrical Distribution Systems. A. Incorporating Distributed Generating Stations in High Demand Regions or States B. Dynamic Allocation Distribution to States in Real Time as Opposed to Static Ones which may not be accurate C. Timing of Electricity Disbursement D. Upgrade Primary Distribution Network Systems from Radial Feeders to Network Feeders: E. Reduce Secondary Distribution Losses5. Ways to Improve the Economic Performance of National Electrical Distribution Systems A. Add number of customers served to it. B. Initiate Consumer Demand Response Programs C. Integration of New Renewable Energy Stations in terms of Cost.
Overview
Section 1: Introduction
Lecture 1 OVERVIEW OF NATIONAL ELECTRICAL DISTRIBUTION SYSTEMS
Section 2: HOW ELECTRICITY IS DISTRIBUTED ACROSS A COUNTRY
Lecture 2 HOW ELECTRICITY IS DISTRIBUTED ACROSS A COUNTRY
Section 3: AN EXAMPLE OF ELECTRICITY DISTRIBUTION ACROSS A COUNTRY: NIGERIA
Lecture 3 EXAMPLE OF ELECTRICITY DISTRIBUTION ACROSS A COUNTRY: NIGERIA
Section 4: FACTORS TO CONSIDER WHEN DESIGNING NATIONAL ELECTRICITY DISTRIBUTION SYSTEMS
Lecture 4 FACTORS TO CONSIDER WHEN DESIGNING NATIONAL ELECTRICITY DISTRIBUTION SYSTEMS
Section 5: FACTORS TO CONSIDER WHEN DESIGNING NATIONAL ELECTRICITY DISTRIBUTION SYSTEMS 2
Lecture 5 FACTORS TO CONSIDER WHEN DESIGNING NATIONAL ELECTRICITY DISTRIBUTION SYSTEMS 2
Section 6: WAYS TO IMPROVE THE TECHNICAL PERFORMANCE OF ELECTRICITY DISTRIBUTION SYTSTEMS
Lecture 6 WAYS TO IMPROVE THE TECHNICAL PERFORMANCE OF ELECTRICITY DISTRIBUTION SYSTEMS
Section 7: WAYS TO IMPROVE THE TECHNICAL PERFORMANCE OF ELECTRICITY DISTRIBUTION SYSTEMS 2
Lecture 7 WAYS TO IMPROVE THE TECHNICAL PERFORMANCE OF ELECTRICITY DISTRIBUTION SYSTEMS 2
Section 8: WAYS TO IMPROVE THE TECHNICAL PERFORMANCE OF ELECTRICITY DISTRIBUTION SYSTEMS 3
Lecture 8 WAYS TO IMPROVE THE TECHNICAL PERFORMANCE OF ELECTRICITY DISTRIBUTION SYSTEMS 3
Section 9: WAYS TO IMPROVE THE ECONOMIC PERFORMANCE OF NATIONAL DISTRIBUTION SYSTEMS
Lecture 9 WAYS TO IMPROVE THE ECONOMIC PERFORMANCE OF NATIONAL DISTRIBUTION SYSTEMS
Section 10: WAYS TO IMPROVE THE ECONOMIC PERFORMANCE OF NATIONAL DISTRIBUTION SYSTEMS 2
Lecture 10 WAYS TO IMPROVE THE ECONOMIC PEFORMANCE OF NATIONAL DISTRIBUTION SYSTEMS 2
Section 11: WAYS TO IMPROVE THE ECONOMIC PERFORMANCE OF NATIONAL DISTRIBUTION SYSTEMS
Lecture 11 WAYS TO IMPROVE THE ECONOMIC PERFORMANCE OF NATIONAL DISTRIBUTION SYSTEMS 3
STUDENTS IN ELECTRICAL ENGINEERING,ENGINEERS AND COMPANIES WORKING IN THE POWER DISTRIBUTION SECTORS IN ANY COUNTRY,PROFESSIONAL ENGINEERS FOR CERTIFICATION IN THE POWER INDUSTRY
