Integration of Internet of Thing Technology in Digital Energy Network with Dispersed Generation

Authors

  • Hnin Yi Aye Lecturer, IT Department, West Yangon Technological University, Yangon, Myanmar
  • Ohn Zin Lin Lecturer, Electrical Department, Yangon Technological University, Yangon, Myanmar

Keywords:

IoT, SCADA, Power System Reliability, Energy Not Supply, Digital Energy Network.

Abstract

 IoT technology becomes an important issue for boosting the competitiveness of industrializations and it can make our daily life more comfortable. The electricity is also not only a backbone of the country’s economy but also a key factor for the development of human’s life.  Therefore, the integration of IoT  in power sector is one of the solution to solve the electricity interruption problem and for the reliability issue. For a better performance and reliable supply to customers, the digital energy network is required to operate.  In this paper, the impact of the integration of IoT technology with dispersed generation on power system reliability is analyzed. The amount of energy not supplied to the customer is used to determine the reliability condition. Roybillinton Test System, RBTS bus 2 is used as a test system. According to the results, IoT can enhance the system reliability clearly because of fast and reliable data management.

References

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[5] Ohn Zin Lin and Hajime Miyauchi, “ DG Potential in Myanmar and Proposed Method to Improve Distribution System Reliability by DGs and SCADA Based Distribution Automation System”, International conference of electrical engineering, 2014, Hong Kong.
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[8] Ohn Zin Lin, Hajime Miyauchi., "Reliability Forecasting in Distribution System Considering Variable Failure Rate: Combination of Equipment Inspection Method and Weibull Analysis", International Review of Electrical Engineering (IREE),2017
[9] Ohn Zin Lin, Hajime Miyauchi. "Optimal Replacement Time of Electrical Components Based on Constant-Interval Replacement Model: Equipment Inspection Method and Weibull Analysis", Energy and Power Engineering, 2017
[10] Hnin Yi Aye and Ohn Zin Lin, “Internet of thing technology concentration on power system reliability improvement”, IJSRISE, 2017.

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Published

2017-09-01

How to Cite

Aye, H. Y., & Lin, O. Z. (2017). Integration of Internet of Thing Technology in Digital Energy Network with Dispersed Generation. American Scientific Research Journal for Engineering, Technology, and Sciences, 35(1), 164–170. Retrieved from https://asrjetsjournal.org/index.php/American_Scientific_Journal/article/view/3334

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Articles