Solar Mini-Grid Developer

Course Content

Designing mini-grids

On-gid, Off-grid & Hybrid Solar System

07:18
Economic Benefits of Solar Energy

07:15
Solar Energy vs Fossil Fuels

08:17
Solar System Angles

12:13
Solar Radiation Types 1

08:54
Solar Radiation Types 2

10:43
General PV Designing Steps

09:24
Excel Workbook for Solar Calculation 1

09:38
Excel Workbook for Solar Calculation 2

12:34
Excel Workbook for Solar Calculation 3

10:54
Solar Energy Technologies

07:13
Comparing the Different Solar Systems

08:01
Solar Cell Operation

10:03
Solar Panels: Types, Tests, & Performance Factors

00:00
Fixed vs Tracking Solar System

00:00
Solar System Batteries

00:00
Solar System Batteries Specifications

00:00
Solar System Batteries – Depth of Discharge, SOC, etc

00:00
Solar System Batteries Connections

00:00
Calculating the Energy & Load for Off-grid Solar System Design

00:00
Calculating the Off-grid Solar System Efficiency

00:00
Calculating the Required Panels System

00:00
Calculating the Required Batteries System

00:00
Calculating the Required Charge Controller & Inverter

00:00
Calculating the Required Total Land Area for Solar Panels

00:00
Chosing the Cable Sizes & Protection Devices

00:00
Designing the Rated Current Required for Each Component

00:00
Putting Off-grid Design Calculations in Excel – 1

00:00
Putting Off-grid Design Calculations in Excel – 2

00:00
Putting Off-grid Design Calculations in Excel – 3

00:00
Putting Off-grid Design Calculations in Excel – 4

00:00
Connecting Sub Systems (Inverters) in the Same Plant

00:00
AutoCad Introduction 1

00:00
AutoCad Introduction 2

00:00
Designing Off-grid Solar System in AutoCad – 1

00:00
Designing Off-grid Solar System in AutoCad – 2

00:00
Designing Off-grid Solar System in AutoCad – 3

00:00
Grid-tie Solar System (On-grid System or Interconnected Mini Grid)

00:00
Steps in Designing On-grid Solar System 1

00:00
Steps in Designing On-grid Solar System 2

00:00
Practical Example of Designing an On-grid Mini Grid

00:00
Single Line Diagram of our On grid Solar System in AutoCad

00:00
Putting On-grid Design Calculations in Excel 1

00:00
Putting On-grid Design Calculations in Excel 2

00:00
PVsyst Software Introduction – 1

00:00
PVsyst Software Introduction – 2

00:00
PVsyst Complete Project Design

00:00
PVsyst Off grid Solar Design

00:00
Introduction to HOMER pro – Part 1

00:00
Introduction to HOMER pro – Part 2

00:00
PVsyst + Homer: Master Hybrid Solar Design

00:00

Distribution networks

Power Distribution Systems – Introduction 1

00:00
Power Distribution Systems – Introduction 2

00:00
Distribution System Fundamentals

00:00
Load Characteristics – Definitions

00:00
Load Characteristics – Feeder Load and Tariffs

00:00
Load Characteristics – Examples

00:00
Single Phase Transformers – Modeling

00:00
Single Phase Transformers – Connections

00:00
SIngle Phase Transformers – Examples

00:00
Three Phase Transformers – Construction

00:00
Three Phase Transformers – Examples

00:00
Three Phase Transformers – Loss of Life

00:00
Substation and Primary Feeder – Components

00:00
Substation and Primary Feeder – Analysis

00:00
Substation and Primary Feeder – Examples

00:00
Overhead LInes – Construction

00:00
Overhead LInes – Impedance Modeling

00:00
Overhead Lines – Examples

00:00
Cables – Construction

00:00
Cables – Impedance Modeling

00:00
Cables – Examples

00:00
Voltage Regulation – Standards

00:00
Voltage Regulation – Line Regulator

00:00
Voltage Regulation – Examples

00:00
Power Flow – Introduction

00:00
Power Flow – Single Segment

00:00
Power Flow – Multi Segment

00:00
WindMil Demo – System 1

00:00
WindMil Demo – System 2

00:00
WindMil Demo – System 3

00:00
Capacitor Applications Pt 1 – Basics

00:00
Capacitor Applications Pt 1 – Time Varying

00:00
Capacitor Applications Pt 1 – Worked Examples

00:00
Capacitor Applications Part 2 – VAR Profiles

00:00
Capacitor Applications Part 2 – Half kVAR Rule

00:00
Capacitor Applications Part 2 – Examples

00:00
Short Circuit Analysis – Overview

00:00
Short Circuit Analysis – Fault Scenarios

00:00
Short Circuit Analysis – Examples

00:00
Distribution Protection Operation – Introduction

00:00
Distribution Protection Operation – Devices

00:00
Distribution Protection Operation – Coordination

00:00
Reliability Part 1- Introduction

00:00
Reliability Part 1 – Failure Models

00:00
Reliability Part 1 – Example

00:00
Reliability Part 2 – Fuse Savings

00:00
Reliability Part 2 – Switches

00:00
Reliability Part 2 – Improvements

00:00
DER Part 1 – Overview

00:00
DER Part 1 – Impacts

00:00
DER Part 1 – Examples

00:00
DER Part 2 – 1547 (pre 2018)

00:00
DER Part 2 – 1547 (post 2018)

00:00
DER Part 2 – Impact Study

00:00
OpenDSS Overview

00:00
OpenDSS Example 1

00:00
OpenDSS Example 2

00:00
DER Part 3 – WindMil Analysis

00:00
DER Part 3 p- OpenDSS PV Analysis

00:00
DER Part 3 – OpenDSS PV Mitigation

00:00
Power Quality Part 1 – Overview

00:00
Power Quality Part 1 – Voltage Sag Model

00:00
Power Quality Part 1 – Examples

00:00
Power Quality Part 2 – Motor Start Model

00:00
Power Quality Part 2 – WindMil Example

00:00
Power Quality Part 2 – Harmonics

00:00
FLISR – Overview

00:00
FLISR – Equipment and Logic

00:00
FLISR – Cost Benefit Analysis (CBA) Example

00:00
IVVC – Control Schemes

00:00
IVVC – Heuristic Alg. & CVR

00:00
IVVC – Analysis Examples

00:00

Electrical Distribution System Analysis

Electrical Distribution System Analysis

00:00
Introduction to Electrical Distribution System

00:00
Components of Distribution System Substation and Busbar Layouts

00:00
Components of Distribution System and Feeder Configurations

00:00
Nature of Loads in a Distribution System

00:00
Load Allocation in a Distribution System

00:00
K Factors and Their Applications

00:00
Analysis of Uniformly Distributed Loads

00:00
Lumping Loads in Geometric Configurations: Rectangular

00:00
Lumping Loads in Geometric Configurations: Triangular

00:00
Impedance of Distribution Lines and Feeders – Part I

00:00
Series Impedance of Distribution Lines and Feeders – Part II

00:00
Models of Distribution Lines and Cables

00:00
Modelling of Single-Phase and Three-Phase Transformers

00:00
Modelling of Three-Phase Transformers – Part I

00:00
Modelling of Three-Phase Transformers – Part II

00:00
Modelling of Three-Phase Transformers – Part III

00:00
Modelling of Three-Phase Transformers – Part IV

00:00
Modelling of Step Voltage Regulators – Part I

00:00
Modelling of Step Voltage Regulators – Part II

00:00
Modelling of Step Voltage Regulators – Part III

00:00
Modelling of Step Voltage Regulators – Part IV

00:00
Load Models in Distribution System – Part I

00:00
Load Models in Distribution System – Part II

00:00
Modelling of Distributed Generation

00:00
Applications and Modeling of Capacitor Banks

00:00
Summary of Modelling of Distribution System Components

00:00
Backward/Forward Sweep Load Flow Analysis – Part I

00:00
Backward/Forward Sweep Load Flow Analysis – Part II

00:00
Direct Approach Based Load Flow Analysis – Part I

00:00
Direct Approach Based Load Flow Analysis – Part II

00:00
Direct Approach Based Load Flow Analysis – Part III

00:00
Direct Approach Based Load Flow Analysis: Weakly Meshed System

00:00
Gauss Implicit Z-matrix Method

00:00
Sequence Component Based Short Circuit Analysis

00:00
Thevenin’s Equivalent and Phase Variable Based Short Circuit Analysis

00:00
Direct Approach for Short-Circuit Analysis: Introduction and LG Fault

00:00
Direct Approach for Short-Circuit Analysis: LLG and LLLG Fault

00:00
Direct Approach for Short-Circuit Analysis: LL Fault and Examples

00:00
Direct Approach for Short-Circuit Analysis: Weakly Meshed System

00:00
Applications of Distribution System Analysis

00:00
Distributed Generation Integration Issues in Distribution System

00:00
Distribution System Protection Issues

00:00
Design and Operation Part – I

00:00
Design and Operation Part – II

00:00
Definition and objective of Volt-var control (VVC)

00:00
Traditional approaches of VVC

00:00
Distribution Automation

00:00
SCADA-Based VVC and Integrated VVC

00:00
Advanced technologies for VVC Part – I

00:00
Advanced technologies for VVC Part – II

00:00
System Planning – Part I

00:00
System Planning – Part II

00:00
Electricity Forecasting

00:00
Case study: IIT Roorkee distribution system

00:00
Optimization techniques

00:00
Optimal location and sizing battery energy storage system (BESS)

00:00
Practical Insights into Electrical Distribution Systems

00:00
Field Deployment of BESS

00:00
Emerging Technologies and Future Trends

00:00

Bill of Quantities for Civil Works Component

Lesson 001

00:00
Lesson 002

00:00
Lesson 003

00:00
Lesson 004

00:00
Lesson 005

00:00
Lesson 006

00:00
Lesson 007

00:00
Lesson 008

00:00
Lesson 009

00:00
Lesson 010

00:00
Lesson 011

00:00
Lesson 012

00:00
Lesson 013

00:00
Lesson 014

00:00
Lesson 015

00:00
Lesson 016

00:00
Lesson 017

00:00
Lesson 018

00:00
Lesson 019

00:00
Lesson 020

00:00
Lesson 021

00:00
Lesson 022

00:00
Lesson 023

00:00
Lesson 024

00:00
Lesson 025

00:00
Lesson 026

00:00

Bill of Engineering Materials and Estimates (BEME)

Lesson 0001

00:00
Lesson 0002

00:00
Lesson 0003

00:00
Lesson 0004

00:00
Lesson 0005

00:00
Lesson 0006

00:00
Lesson 0007

00:00
Lesson 0008

00:00
Lesson 0009

00:00
Lesson 0010

00:00
Lesson 0011

00:00

Solar Array Installation

Introduction to Solar Array Assembly

00:00
Chosing a Solar PV Mounting Systems

00:00
Right Positions for the Modules on Rooftop

00:00
Why you should use a Spaghetti Mat on Rooftop

00:00
How to Snap Lines on Rooftop

00:00
Best Practice in Snapping Horizontal Lines

00:00
Best Practice in Snapping Vertical Lines

00:00
How To Mark Corners On An Array

00:00
PV System Installation Safety

00:00
How to Ensure Ladder Safety

00:00
Physical Hazards of PV System Installation

00:00
Mounting Solar Rooftop Attachments

00:00
Best Practices In Mounting DC Optimizers

00:00
How to Make Jumper Wires

00:00
Securing Wires to Rails

00:00
Mounting the Modules or Panels – 1

00:00
Mounting the Modules or Panels – 2

00:00
Best Practices Cutting-In Around Roof Penetration Flashing

00:00
Bad Conduit Mounting Examples

00:00
Pile Foundation Casting

00:00
How to make 300mm by 300mm solar foundation

00:00
Ground screw foundation

00:00
Installation of ground solar mounting structure

00:00
Alternatives to Plastic Wire Ties – Wire Management Best Practices

00:00
Wire Bend Radius

00:00
MC4 Crimper Wire Sizes

00:00
MC4 Male and Female identification

00:00
Bad Rail Mounting Examples

00:00
Bolt Extractor Tool

00:00
Understanding Fire Setbacks on a Solar Installation

00:00
Wire Management Best Practices – Using S-Clips to Hold Wires

00:00
Ground Mounted PV Systems

00:00
Carport Mounted PV Array

00:00
Equipment Grounding for PV Systems

00:00

Solar Electrical Installations

Main Electrical Components in a Solar System

00:00
Circuit Diagram of Solar Installation

00:00
Looking at the Inverter terminals

00:00
Revenue Grade Meter or Net Meter Wiring

00:00
Mounting Solar Array Junction Box

00:00
Mounting an AC Disconnect

00:00
Mounting a Solar Inverter

00:00
Best Practices in Creating Roof Penetrations

00:00
Installing Conduit Across the Roof

00:00
Installing Conduit Between an Inverter and a Revenue Grade Meter

00:00
Installing Conduit Between a Revenue Grade Meter and an AC Disconnect

00:00
Installing Conduit Down an Exterior Wall

00:00
Installing Conduit Mounts on a Roof

00:00
Pulling DC Wires from Inverter to Solar Array

00:00
Connecting the Conductors in the AC Disconnect

00:00
Connect Wires in the Main Service Panel

00:00
Connect Wires in the Revenue Grade Meter

00:00
Best Practices in Applying Labels

00:00
Connecting Wires in Array Junction Box

00:00
Connecting to the Grid – Net Metered

00:00
Grid Connected Systems with Batteries

00:00

Installation Inspection

Mechanical Commissioning Checks

Solar System Troubleshooting

What if AC Disconnect is Off?

00:00
What if there is Utility Side Failure?

00:00
What if the Solar Breaker is Too Small?

00:00
Damaged wire in AC Disco (Short Circuit)

00:00
How to find a Short Circuit due to Shorted Wire

00:00
DC Wires Disconnected at Inverter

00:00
DC Disconnect Off

00:00
Toggle Switch Off

00:00
Low Power: Jumper Open Circuit

00:00
Low Power: Loose Wire in DC Disconnect

00:00
Low Power: Optimizer Open Circuit

00:00
Low Power: Shaded Module

00:00

Operation & Maintenance (O&M)

Consumer Unit & Metering installation

Project Management

Construction Project Management

00:00
Initiation Phase & Feasibility Study

00:00
Understanding Different Types of Contracts

00:00
Terms for the Initiation Phase

00:00
Introduction to Earned Value Management (EVM)

00:00
Key Outputs of the Planning Phase

00:00
How to Read a Primavera P6 Time Schedule

00:00
How to Download and Install Primavera P6

00:00
Create a Project and Work Breakdown Structure (WBS) in Primavera P6

00:00
How to Add Activities and Relationships in Primavera P6

00:00
How to Share and Import a Schedule in Primavera P6

00:00
How to Create and Assign a Baseline in Primavera P6

00:00
Filters and Earned Value Management (EVM) in Primavera P6

00:00
How to Do Cost Loading in Primavera P6

00:00
How to Do Resource Loading in Primavera P6

00:00
Understanding Cash Flow and S-Curve in Primavera P6

00:00
Understanding Manpower and Equipment Histograms in Primavera P6

00:00
Shop Drawing and Procurement Logs

00:00
Project Management Plan in Construction Projects According to PMI

00:00
Planning Best Practices in Construction Projects

00:00
Delayed Activities & Lookahead Schedules in Primavera P6

00:00
EVM & Execution Phase Monitoring in Primavera P6

00:00
Dashboards vs. Reports in Project Management

00:00
Essential Excel Tips and Tricks for Engineers

00:00
Creating a Progress Dashboard in Excel

00:00
Understanding Cost Control in Construction Projects

00:00
Risk Management in Construction Projects

00:00
Communication and Conflict Management in Construction Projects

00:00
Team Development, XY Theory, and Maslow’s Hierarchy

00:00
Recovery Schedule: Crashing, Fast-Tracking in Construction Projects

00:00
Revised Schedule: Delay Events, Extensions, and Practical Analysis

00:00
Claim Management: Types, Techniques, and EOT Claims

00:00
Understanding FIDIC and Its Role in Construction Claims

00:00
Project Closing Phase: Final Steps and Best Practices

00:00
Planning Engineer Project Management Roadmap

00:00
Project Management for Commercial Solar Project

00:00

Site identification & Assessment

Community engagement

Outline for Stakeholder Engagement Plan
Institutional Environmental & Social Policy Statement
E&S Impacts Categorization
E&S Risk Management Instruments for Category I Mini grids
E&S Risk Management Instruments for Category II Mini grids
Self-Monitoring Activities
Grievance Redress Mechanism
Reporting to REA during Construction and Implementation
Exclusion List for Mini grid Site Selection
Sample Checklist for Initial Environmental & Social Screening
Sample Environmental and Social Impact Assessment (ESIA)
Sample Environmental and Social Management Plans (ESMP)
Sample of Outline of a Resettlement Action Plan (RAP)
Sample of an Outline of a Livelihood Restoration Plan (LRP)
Sample Stakeholder Engagement Plan
Sample Grievance Redress Mechanism
Sample Self-Monitor Checklist
Sample Regular E&S Report to REA
Voluntary Land Donation Guidelines
VOLUNTARY LAND DONATION (OR LAND LEASE) FORM
POLICIES AND PROCEDURES FOR LABOUR MANAGEMENT
SAMPLE OF A CONTRACTOR’S CODE OF CONDUCT
Code of Conduct for Construction Site Supervisor/Managers
Workers Code of Conduct
Sample Power Sale Agreement – Build, Operate & Transfer
Sample IMG Tripartite Agreement Term Sheet
Sample IMG Tripartite Agreement Template

Community Engagement 2 – Legal Documents

AGREEMENT FORM FOR AN EXCLUSIVE PROJECT DEVELOPMENT PERIOD AT A SITE FOR AN INTERCONNECTED MINI-GRID
AGREEMENT FORM FOR AN EXCLUSIVE PROJECT DEVELOPMENT PERIOD AT A SITE FOR AN ISOLATED MINI-GRID
INITIAL EXCLUSIVITY PERIOD REQUEST FORM
SUPPLEMENTARY EXCLUSIVITY PERIOD REQUEST FORM
REGISTRATION FORM FOR MINI-GRIDS BELOW 100 KW
APPLICATION FORM FOR MINI-GRID PERMIT ( = 100KW but > 1MW)
MONITORING AND EVALUATION
APPLICATION PROCEEDINGS FOR REGISTRATION OR MINI-GRID PERMIT
HEALTH AND SAFETY GUIDELINES (INCLUDING RECOMMENDATIONS ON ENVIRONMENTAL PROTECTION)
MINIMUM TECHNICAL REQUIREMENTS FOR REGISTERED MINI-GRIDS
RECOMMENDATIONS FOR CALCULATION OF USAGE CHARGE OF INTERCONNECTED MINI-GRIDS
COMPLAINTS RESOLUTION MECHANISM PURSUANT TO SECTION 26 OF THE MINI-GRID REGULATIONS
TRIPARTITE CONTRACT BETWEEN INTERCONNECTED MINI-GRID OPERATOR, DISTRIBUTION LICENSEE AND CONNECTED COMMUNITY
CONTRACT TEMPLATE BETWEEN ISOLATED MINI-GRID OPERATOR AND THE COMMUNITY
MINI-GRID CUSTOMER CONTRACT TEMPLATE
ASSET HANDOVER DOCUMENT AND COMPENSATION CONFIRMATION SHEET

Human Resources for Solar Projects

HRM Introduction

00:00
HR Strategy & Planning

00:00
Talent Acquisition

00:00
Candidate Selection – 1

00:00
Candidate Selection – 2

00:00
Compensation & Benefits

00:00
Learning Management

00:00
Talent Management – 1

00:00
Talent Management – 2

00:00
Work

00:00
Employee Survey

00:00
Retention – 1

00:00
Retention – 2

00:00
Change Management – 1

00:00
Change Management – 2

00:00
HR Organization

00:00
HR Information Technology

00:00
Social Media in HR

00:00
HR Controlling & Analytics

00:00
Performance Appraisal

00:00

Fundraising for Solar Projects

Methods of Paying for the System

00:00
Life Cycle Cost Analysis of PV Systems

00:00
ETAF Platform Registration

00:00
ETAF Platform Project Submission Walkthrough

00:00
ETAF Solar project finance opportunities in Africa

00:00
Introduction to Odyssey Platform

00:00
Odyssey Platform Login

00:00
Odyssey’s Off-grid Data Analytics Platform

00:00
Odyssey Financial model tutorial

00:00
Odyssey Health Electrification Financing

00:00
Odyssey Construction Credit

00:00
Odyssey Construction Credit – 2

00:00
Odyssey C&I financing opportunities

00:00
Odyssey supply chain credit for solar companies

00:00
Odyssey remote management technologies in DER

00:00
Odyssey Procure Service & Terms

00:00
Odyssey Nigeria’s currency exchange rate unification

00:00
KEREA + Odyssey Procure $100M Equipment Procurement Financing

00:00
Odyssey DRE Credits

00:00
Odyssey Astro N7 PV modules financing

00:00
AmpereHour ESS + Odyssey’s supply chain credit

00:00
REA NEP SHS Output-Based Fund

00:00
SIMA Fund I Overview

00:00
SIMA Off-Grid Solar and Financial Access Senior Debt Fund I

00:00
British Council Fund for Research & Development

00:00
All On/NCIC Incubation Program 2022 ($80k Startup Grant)

00:00
All On $1m Grant to Salpha Energy

00:00
Monetizing Carbon Offsets In Nigeria

00:00
Solstroem Carbon Credits Sale Platform

00:00
Empower New Energy – C&I Solar Financing

00:00

Financial Model for Renewable Energy Projects

Building a Dynamic Timeline

00:00
Input & Calculations Sheets

00:00
How to use the Calculation

00:00
Populating the Calculation Sheet

00:00
CFADS & Cash Flow to Equity

00:00
Debt Modeling

00:00
Tax & Depreciation

00:00
Project & Equity Returns

00:00
LCOE & LPPA Calculation

00:00
Carry Forward Tax Loss

00:00
Solar Energy Financial Model Walkthrough

00:00

What Will You Learn?

Course Content

Designing mini-grids

On-gid, Off-grid & Hybrid Solar System

Economic Benefits of Solar Energy

Solar Energy vs Fossil Fuels

Solar System Angles

Solar Radiation Types 1

Solar Radiation Types 2

General PV Designing Steps

Excel Workbook for Solar Calculation 1

Excel Workbook for Solar Calculation 2

Excel Workbook for Solar Calculation 3

Solar Energy Technologies

Comparing the Different Solar Systems

Solar Cell Operation

Solar Panels: Types, Tests, & Performance Factors

Fixed vs Tracking Solar System

Solar System Batteries

Solar System Batteries Specifications

Solar System Batteries – Depth of Discharge, SOC, etc

Solar System Batteries Connections

Calculating the Energy & Load for Off-grid Solar System Design

Calculating the Off-grid Solar System Efficiency

Calculating the Required Panels System

Calculating the Required Batteries System

Calculating the Required Charge Controller & Inverter

Calculating the Required Total Land Area for Solar Panels

Chosing the Cable Sizes & Protection Devices

Designing the Rated Current Required for Each Component

Putting Off-grid Design Calculations in Excel – 1

Putting Off-grid Design Calculations in Excel – 2

Putting Off-grid Design Calculations in Excel – 3

Putting Off-grid Design Calculations in Excel – 4

Connecting Sub Systems (Inverters) in the Same Plant

AutoCad Introduction 1

AutoCad Introduction 2

Designing Off-grid Solar System in AutoCad – 1

Designing Off-grid Solar System in AutoCad – 2

Designing Off-grid Solar System in AutoCad – 3

Grid-tie Solar System (On-grid System or Interconnected Mini Grid)

Steps in Designing On-grid Solar System 1

Steps in Designing On-grid Solar System 2

Practical Example of Designing an On-grid Mini Grid

Single Line Diagram of our On grid Solar System in AutoCad

Putting On-grid Design Calculations in Excel 1

Putting On-grid Design Calculations in Excel 2

PVsyst Software Introduction – 1

PVsyst Software Introduction – 2

PVsyst Complete Project Design

PVsyst Off grid Solar Design

Introduction to HOMER pro – Part 1

Introduction to HOMER pro – Part 2

PVsyst + Homer: Master Hybrid Solar Design

Distribution networks

Power Distribution Systems – Introduction 1

Power Distribution Systems – Introduction 2

Distribution System Fundamentals

Load Characteristics – Definitions

Load Characteristics – Feeder Load and Tariffs

Load Characteristics – Examples

Single Phase Transformers – Modeling

Single Phase Transformers – Connections

SIngle Phase Transformers – Examples

Three Phase Transformers – Construction

Three Phase Transformers – Examples

Three Phase Transformers – Loss of Life

Substation and Primary Feeder – Components

Substation and Primary Feeder – Analysis

Substation and Primary Feeder – Examples

Overhead LInes – Construction

Overhead LInes – Impedance Modeling

Overhead Lines – Examples

Cables – Construction

Cables – Impedance Modeling

Cables – Examples

Voltage Regulation – Standards

Voltage Regulation – Line Regulator

Voltage Regulation – Examples

Power Flow – Introduction