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Performance Monitoring of Energy Flow in the Power Transmission and Distribution System Using Grid Computing | Science Publications

机译:电网计算的输配电系统能量流性能监控科学出版物

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> Grid Computing is a promising infrastructure and technology that involves the integrated and collaborative use of Computers, networks, databases and scientific instruments owned and managed by multiple organizations. In this context our research primarily aims at developing an application framework for monitoring the Performance of Power Transmission and Distribution System using Grid Computing. Power Transmission and Distribution System of Electrical Network supplies power to millions of consumers. The demand for electrical energy is ever increasing. Today over 21% of the total electrical energy generated in India is lost in transmission and distribution. It is possible to bring down the distribution losses to the minimum level in India with the help of newer technological options in information technology called Grid Computing in the electrical power distribution sector which will enable better monitoring and control. By monitoring and controlling the parameters such as voltage, load, frequency and power factor in electrical power transmission and distribution systems the line loss will be reduced. When the Power factor is monitored using this Grid computing method, the Substations can maintain their norms by giving proper instructions to the operators dynamically to add the capacitor banks to maintain the power factor so that the line loss will be reduced and the revenue will automatically be increased.
机译: >网格计算是一种很有前途的基础架构和技术,涉及多个组织拥有和管理的计算机,网络,数据库和科学仪器的集成和协作使用。在这种情况下,我们的研究主要旨在开发一个使用网格计算来监视输配电系统性能的应用程序框架。电网的输配电系统为数百万的消费者供电。对电能的需求不断增长。如今,印度产生的总电能中有超过21%的电能在输配电中损失了。借助信息技术领域的最新技术,即配电领域的网格计算,可以将印度的配电损耗降至最低水平,这将有助于更好地进行监控。通过监视和控制电力传输和分配系统中的参数,例如电压,负载,频率和功率因数,可以减少线路损耗。当使用此网格计算方法监视功率因数时,变电站可以通过向操作员动态提供适当的说明来维持其规范,以动态地添加电容器组以保持功率因数,从而减少线路损耗并自动获得收益增加。

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