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Nodal Monitoring in Medium Voltage Distribution Grid using Smart Sensored Cable Termination


Affiliations
1 Tata Power- Delhi Distribution Ltd, Delhi, India
2 3M E&C India Pvt Ltd, Bengaluru – 560100, Karnataka, India
     

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Tata Power-DDL worked in collaboration with 3M on a pilot project for making the medium voltage distribution network smart and efficient. This project aimed at enabling real-time monitoring of electrical parameters such as voltage, current and reactive-power-flow. While enabling these features, it was vital to make the solution compact and retrofit-to-existinginfrastructure for saving cost in terms of reduced equipment’s footprint. In this pilot project, electrical parameters and direction of power flow were accurately captured using sensor-based technology. Captured parameters and corresponding benefits are analyzed in detail in this paper. Further, the availability of real-time captured data can be potentially used through analytical tools for enabling many features such as predictive maintenance and identifying faulted-segments in underground cabling networks. Power-flow-direction can potentially be used for advanced protection coordination in the looped distribution network. Thus, enabling reliable integration of existing grid with distributed energy generation source.

Keywords

Grid Automation, Grid Modernization, Smart Grid, MV Distribution Network, Sensored Cable Termination.
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  • Nodal Monitoring in Medium Voltage Distribution Grid using Smart Sensored Cable Termination

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Authors

Sanjeev Atri
Tata Power- Delhi Distribution Ltd, Delhi, India
Ravindra Bhanage
Tata Power- Delhi Distribution Ltd, Delhi, India
H. C. Sharma
Tata Power- Delhi Distribution Ltd, Delhi, India
Aashish Agrawal
3M E&C India Pvt Ltd, Bengaluru – 560100, Karnataka, India

Abstract


Tata Power-DDL worked in collaboration with 3M on a pilot project for making the medium voltage distribution network smart and efficient. This project aimed at enabling real-time monitoring of electrical parameters such as voltage, current and reactive-power-flow. While enabling these features, it was vital to make the solution compact and retrofit-to-existinginfrastructure for saving cost in terms of reduced equipment’s footprint. In this pilot project, electrical parameters and direction of power flow were accurately captured using sensor-based technology. Captured parameters and corresponding benefits are analyzed in detail in this paper. Further, the availability of real-time captured data can be potentially used through analytical tools for enabling many features such as predictive maintenance and identifying faulted-segments in underground cabling networks. Power-flow-direction can potentially be used for advanced protection coordination in the looped distribution network. Thus, enabling reliable integration of existing grid with distributed energy generation source.

Keywords


Grid Automation, Grid Modernization, Smart Grid, MV Distribution Network, Sensored Cable Termination.

References





DOI: https://doi.org/10.33686/prj.v18i1.222087