Industrial Power Distribution Systems Optimization

Power system at the distribution Optimization level should be planned and designed with consideration for ease of operation. Such considerations include, but are not limited to, Optimization/ utilization of standard components, facilitation of availability of spare parts, optimization of post-contingency switching operations, reduction of operational risks, and use of special protection systems (SPSs). Also, to achieve the required power supply reliability, power system Optimization / planning-particularly for medium-voltage systems, must consider not only the system configuration and earthing, etc.
 

But also the arrangement of the stations, the choice of equipment, and so on. The decisions taken contribute substantially to both the design reliability and the operational reliability, and also influence each other. The course will discuss how future electrical loads can be integrated in the existing power utilities networks, industrial as well as oil and gas plants, to meet a high quality of supply. The quality of electrical power must guarantee the continuity of supply, fixed frequency, non-violation of voltage limits, cleanness of supply voltage signal, non-harmful motor starting currents, and smooth operation of power electronic devices.