دورات الهندسة الكهربائية

DISTRIBUTION SYSTEM PLANNING IN ELECTRICAL NETWORK

الرقم المرجعي: 2015029

CHAPTER 1: DISTRIBUTION SYSTEM PLANNING AND AUTOMATION
1- Introduction 
2-Distribution System Planning
3-Factors Affecting System Planning
4-Present Distribution System Planning Techniques
5-Distribution System Planning Models
6-Distribution System Planning in the Future
7-Future Nature of Distribution Planning 
8-The Central Role of the Computer in the Distribution Planning 
9- Impact of Dispersed Storage and Generation
10-Distribution System Automation
11-Summary and Conclusions                

CHAPTER 2: LOADS AND ENERGY FORECASTING 
1-Power Loads                     
2-Area Load Preliminary Survey          
3-Load Forecasting                     
4-Definitions of Some Basic Concepts in Statistics                           
5-Regression Analysis                     
6-Correlation Theory                       
7-Analysis of Time Series                  
8-Factors in Power System Loading          
9-Technological Forecasting                
10-Sources of Error : Regulating the Model    

CHAPTER 3: PLANNING OF 0/H & U/G DISTRIBUTION SYSTEM
1-Introduction
2- Radial - Type Primary Feeder
3- Loop - Type Primary Feeder             
4- Primary Network                       
5- Primary - Feeder Voltage Levels          
6- Primary - Feeder Loading                
7- Tie Lines                             
8- Distribution Feeder Exit: Rectangular - Type Development          
9- Radial - Type Development               
10- Radial Feeders with Uniformly Distributed Load                                  
11- Radial Feeders with Nonuniformly Distributed Load          
12- Application of the A, B, C, D General Circuit Constants to Radial Feeders   
13- The Design of Radial Primary Distribution Systems. 
14- Design Related Aspects
* Urban Circuit Rated Load     
* Rural Circuit Length        
* Conversion to higher Primary Voltage
* Circuit Restoration After SHUT-Down 
* wood as Insulation    
* Aerial Cable      
* Spacer Cable     
* Tree Wire  
* Primary Leakage Current
* Abnormal Voltage Conditions Associated With Open Conductors on Three-Phase Circuit General                  
15- Corona  
* Optimum Corona Voltage    
* Optimum Span Lengths        

CHAPTER 4:  OPTIMUM SELECTION OF NETWORK ELEMENTS
 1- Size and Spacing of Substations       
2-Design Factors 
3-Operating Limits of Service Voltage 
4-Wood as Insulation 
5-Aerial Cable 
6-Spacer Cable 
7-Tree Wire 
8-Primary Leakage Current 
9-General 
10-Conductor Economics 
11-Voltage Drop 
12-Future Voltage Drop and Line Losses 
13-Relation Between Voltage Drop and Power Loss 
14-Load Duration Curves 
15-Heating of Overhead Conductors 

CHAPTER 5: DESIGN FACTORS AND ECONOMIC CRITERIA
1-Design Factors 
2-Operating Limits of Service Voltage 
3-Primary and Transformer Secondary Design 
4-Basic Impulse Insulation Levels (BILS) 
5-Insulation 
6-Thermal Limitations 
7-Other Design Factors 
8-Joint Use and Inductive Coordination 
9-Tree Trimming 
10-Economic Criteria 
* Scope 
* General 
* Definitions 
* Evaluation of Costs 
* Fixed Charges No. Salvage 
* Capital Recovery Factor 
* Capital Recovery Period
* Tax Factors                         
* Depreciation                           
* Return on Investment                  
* Tax Adjustments                     
* AD Valorem Taxes                  
* Insurance                             
* Operating Costs                       
* Basic Data for Computation of Fixed Charge Rate       
* Economic Comparison of Alternative Plans           
* Evaluation of Losses                   
* Loss, Peak Responsibility and Coincidence Factors                
* Computation of Losses                
* Conductor Economics                 
* Break Even Economics                
* Transformer Secondary Economics     
* Shunt Capacitor Economics            
* Compound Interest Formulae           
* Assumed System Data                
* Evaluation of Losses                   

CHAPTER 6: DISTRIBUTION SYSTEM RELIABILITY
1-Basic Definitions                       
2-National Electric Reliability Council       
3-Appropriate Levels of Distribution Reliability                              

4-Basic Reliability Concepts and Mathematics 
5-Series Systems                           
6-Parallel Systems                         
7-Series and Parallel Combinations          

CHAPTER 7: METHODS OF IMPROVING THE PERFORMANCE OF DISTRIBUTION SYSTEMS
1-Basic Definitions                        
2-Power Capacitors                        
3-Effect of Series and Shunt Capacitors      
4-Power Factor Correction                 
5-Application of Capacitors                 
6-Economic Justification for Capacitors      
7-A Practical Procedure to Determine the Best Capacitor Location               
8-A Mathematical Procedure to Determine the Optimum Capacitor Allocation         
9-Capacitor Tank-Rupture Considerations    
10-Dynamic Behavior of Distribution Systems 
11-Distribution System Voltage Regulation Basic Definitions                        
12-Quality of Service and Voltage Standards   
13-Voltage Control                         
14-Feeder Voltage Regulations               
15-Line Drop Compensation                 
16-Voltage Fluctuations                     
17-Distribution System Reconfiguration Introduction                            
18-Mathematical Techniques                 
19-Heuristic Method                        
20-Optimal Load Flow Method               
21-Example of System Reconfiguration       
 

 

يحصل كل متدرب على حقيبة تدريبية تشتمل كتيب شامل خاص بالدورة.

يحصل الحاضرون على شهادة حضور الدورة من آماد التقنية.