Integrating Intelligent Systems into a Cooperating Community for Electricity Distribution Management

Cooperating Intelligent Systems for Electricity Distribution

1 INTRODUCTION Artificial Intelligence (AI) techniques, and expert systems technology in particular, has often been used to tackle the most difficult automation problems. This is especially true in industrial applications where conventional software and teams of operators were unable to cope with the demands of rapidly changing, complex environments. After more than a decade of exploitation, hu...

Application of Big Data Analytics in Power Distribution Network

Smart grid enhances optimization in generation, distribution and consumption of the electricity by integrating information and communication technologies into the grid. Today, utilities are moving towards smart grid applications, most common one being deployment of smart meters in advanced metering infrastructure, and the first technical challenge they face is the huge volume of data generated ...

Prognostics and Control Integration With Dynamic Reconfigurable Agents

There is a proliferation of “smart” devices for industrial and commercial systems employing embedded processor, sensors, logic, and communications. Along with benefits provided such as enhanced control and diagnostics, there is a commensurate increase in system complexity and the need to effectively manage real time dynamic system components. A framework for managing complex, dynamic, coupled e...

Closing gaps: integrating food safety management systems into the veterinary curriculum, as a tool to improve food quality and trade

Evaluation of Electricity Demand Management Policies: Behavioral Economics Approach 

Electricity consumption has been rising with an average annual growth of 7% in Iran and the imbalance in production and consumption has caused power outage crisis and economic losses. More than 50% of peak electricity demand is related to the household sector, so the household sector can be considered as the most effective component of the electricity crisis. Investment costs for the constructi...