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This study was supported by the U.S. Agency for International Development as part of the Greening the Grid Renewable Integration and Sustainable Energy (GTG-RISE) initiative, in collaboration with BSES Rajdhani Power Ltd (BRPL). The authors thank the Hon. Director and Group CEO, BSES Delhi, Mr. Amal Sinha and the team-including Abhishek Ranjan and Avinash Kumar-for their timely support and help regarding the data sets used in this report as well as the GTG-RISE team for their valuable feedback and coordination.

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With the advancement of civilization, Power Sector is undergoing drastic upheavals. With the ever increasing demand and dependence on electric power, protection of power system against failures remains a major challenge, particularly against cascading failures that lead to blackouts. There is a great demand for power systems protection that is scattered all around the globe. Effective monitoring of the power system parameters is a prerequisite in providing effective control and protection schemas. This paper advocates the use of grid computing in power system monitoring which discusses the suitability of grid computing to address the requirements of distinguished power system protection. Albeit, the Supervisory Control And Data Acquisition (SCADA) system is presently implied for monitoring power systems; yet it has its limitations. This paper proposes to use Grid Computing as an aid to the existing SCADA based power system monitoring & control framework and demonstrates is applicability by means of a grid based real-time power system monitoring system. The afore mentioned system has been deployed in desktop computers with GridGain 2.0 as middleware has been employed to set up the grid environment, all relevant details of the design framework has been shown.