1.CABLE
1.1OVERHEAD CONDUCTOR
1.2INSULATED POWER CABLES FOR HIGH-VOLTAGE APPLICATIONS
1.3TYPICAL CABLE DESCRIPTION
1.4CONDUCTOR
1.5INSULATION
1.6ARMOURING
1.7EXTERNAL LAYER
1.8ELECTRICALLY CONDUCTING MATERIALS USED IN THE CONSTRUCTION OF CABLES
1.9ELECTRICALLY NON-CONDUCTING MATERIALS USED IN THE CONSTRUCTION OF CABLES
1.10OIL FIELD CABLE
1.11ELASTOMERIC CABLES
1.12AERIAL BUNDLED CONDUCTORS (ABC)
1.13COMPOSITION & NOTATION OF POWER AND CONTROL CABLES
1.14OVERVIEW OF ELECTRIC PARAMETERS OF UNDERGROUND POWER CABLES
1.15SHIELD BONDING METHODS AND ELECTRIC PARAMETERS
1.16UNDERGROUND LAYOUT AND CONSTRUCTION
1.17TESTING, TROUBLESHOOTING, AND FAULT LOCATION
1.18CABLE SIZING CALCULATION
1.18.1SIZING OF 33KV FEEDER CABLES
1.18.2SIZING OF 11 KV CABLES
1.18.3SIZING OF 3.3 KV CABLES
1.18.4SIZING OF 415 V MOTOR FEEDER CABLES
1.18.5SIZING OF 415 V FEEDER CABLES
1.18.6SIZING OF EHV CABLE SIZING
1.18.7.1 CURRENT CARRYING CAPACITIES
1.18.7.2 GENERAL CONDITIONS
1.18.7.3 CABLE SIZING FORMULA
1.18.7.4 CONDUCTOR RESISTANCE
1.18.7.5 DIELECTRIC LOSS
1.18.7.6 METALLIC LAYER LOSS FACTOR
1.18.7.7 THERMAL RESISTANCE
1.18.7.8 CURRENT CARRYING CAPACITY
1.18.7.9 MAXIMUM SHORT CIRCUIT
1.18.7.10 CALCULATIONS
1.18.7.11 SHORT CIRCUIT RATING OF METALLIC SHEATH CALCULATIONS
1.19 OVERHEAD VS UNDERGROUND DISTRUBUTION SYSTEM
1.20 REFERNACE CODES AND STANDARDS
2 EARTHING
2.1 PURPOSE & SCOPE
2.2 TYPE OF EARTHING
2.3 EVALUATION OF EARTHING METHOD
2.4 DESIGN OF EARTHING SYSTEM
2.4.1 HIGH VOLTAGE SYSTEM EARTHING
2.4.2 LOW VOLTAGE SYSTEM EARTHING
2.5 ASSUMTION & CONSIDERATION
2.6 METHODOLOGY
2.7 ACCEPTANCE CRITERIA
2.8 FLOW DIAGRAM FOR EARTHING CALCULATION
2.9 CALCULATION
2.10 RESULT/CONCLUSION
2.11 CONSTRUCTION DETAILS RELATING TO EARTHING
2.12 REFERENCE
3 LIGHTNING
3.1 PURPOSE & SCOPE
3.2 TYPE OF LIGHTNINGING PROTECTION
3.3 DESIGN OF LIGHTNING SYSTEM
3.4 ASSUMTION & CONSIDERATION
3.5 METHODOLOGY
3.6 ACCEPTANCE CRITERIA
3.7 FLOW DIAGRAM FOR LIGHTNING CALCULATION
3.8 CALCULATION
3.9 RESULT/CONCLUSION
3.10 REFERENCE
