Practical Power Distribution for Industry

power distribution Introduction Medium-voltage switchgear Standards Switch board layout Ratings Types MV switchgear Insulation methods closing mechanisms Internal arc proofing Modern protection relays switchgear Power cables Paper-insulated lead-covered (PILC) cables Cross-linked polyethylene (XLPE) cables Elastomeric cables Aerial bundled conductors (ABC) Overhead aluminum conductors Cable selection Transport handling installation of electric cables Paper-insulated and lead-covered (PILC) kV cables Medium-voltage XLPE-Insulated PVC-Bedded SWA PVC-sheathed cables Low-voltage PVC- XLPE-insulated V power cables Compensation Series capacitors Shunt capacitors Shunt reactors Synchronous compensators Static VAR compensators Distribution applications shunt capacitors effect shunt capacitors induction motors Transformer theory Transformer theory Transformer design applications Transformer construction installation Transformer protection Relays for protection Grounding earthing transient overvoltage protection Grounding devices Effect electric shock human beings Surge transient protection Power system analysis Load flow Sizing study Fault analysis Transient stability Fast transients Reliability The second generation programs Graphics Protection uses load flow analysis Extensions transient stability analysis Voltage collapse SCADA Power quality Finite element analysis Earthing Other programs programs Program suites New era power system automation automation architecture