A Power Systems Transients Controller Using Transient Analysis Of Control Systems (Tacs) Modules.

The objectives of this research are to: (a) develop and present a power system controller to protect power systems from electrical transients after system disturbances; (b) enhance system operation. A Power System Transient Control System (PSTC) has been designed and it is capable of preventing overvoltage signals from being distributed in the power system assuring acceptable system operation

Power System Load Modeling Using A Weighted Optimal Linear Associative Memory (Olam)

Power system load models are very powerful tools, which have a wide range of applications in the electric power industry. These uses include scheduling system maintenance, monitoring load management policies, helping with the generator commitment problem by providing short-term forecasts, and aiding system planning [4]. Further, Power System Load Modeling is a technique used to model a power system and other essentials for the assessment of stability. In today’s datacenters, power consumption is a major issue. Storage usually typically comprises a large percentage of a datacenter’s power. Therefore, without mentioning that managing, understanding, and reducing storage, power consumption is an essential aspect of any efforts that address the total power consumption of datacenters. Moreover, according to [16], power system load models have a wide range of applications in the electric power industry including load management policy monitoring, such as aiding with system planning by providing long-term forecasts, short-term forecasts, and others including assisting with the generator commitment problem