A Time Orient Power Regulation Model for Improved Power Distribution in Smart Cities Using Power Grids

Abstract

The power distribution problem in smart cities is well analyzed. From the analysis, there are number of methods been recommended by various researchers to handle this problem. The most approaches consider the number of connections, devices, number of high tension connection available in the city or area of the city towards regulating the power source. However, these methods suffer to achieve higher performance in distribution and energy utilization. To handle this issue, an Time Orient Power Regulation Model (TOPRM) is presented in this article. The method maintains the records of various region of the city about the organizations, commercial buildings, residential buildings, household connections, devices and others. Using these information, the method estimates Time orient energy utilization factor (TEUF) for various regions based on average utilization of electricity at different time stamp. Based on these factors, the method identifies the most claiming region and poor claiming region for various time stamp to perform regulation. According to the value of TEUF, the method regulates the electric power for various sectors of the city. The proposed model improve the performance of power utilization and power distribution.