Design and Implementation Of Cloud Computing System for Station Networks 400KV

The benefits of computing to systems that can be integrated with computers due to their multitasking ability are being improved by distributed and cloud computing developments. This is already the case (SG) when talking about the Smart Grid. Previously, the data of the 400kV network was sent to the National Control Center through a remote terminal unit (RTU), and the process of storing information is limited. In the event of an expansion of the 400kV network, this requires replacing a complete system and a small storage capacity. This improvement can boost energy management system efficiency in the production, transmission, and distribution of power. Since electricity has essentially replaced all other forms of energy on the planet, it is only natural that every country, even emerging ones like Iraq, seeks to constantly improve its ability to produce electrical energy by integrating network and computing infrastructure. The use of cloud computing technology for smart grid management is discussed in this article, including parameters of the grid on the cloud system, and seeks to lower investment costs of data storage devices for the power sector to enable operation may push parameters or update the data of the grid on the cloud system in a flexible and highly secure manner. The use of cloud computing to store and transmit data from 400kV.networks in the Middle Euphrates power-producing plants to the National Control Center is also covered in this article.