A CASE STUDY OF: IoT-BASED SMART SUSTAINABLE HYDROPOWER DEVELOPMENT FOR A RURAL DISTRICT CALLED LAKSHMIPUR LOCATED SOUTHERN PART OF BANGLADESH
Authors: Md Sofiqul Islam, Md. Saiful Islam, Jahangir Hossain Rabbi
Affiliation: Department of Electrical & Electronic Engineering, Presidency University
Category:
Keywords: IoT, Hydropower, Solar Panel, Wind turbine, Sustainable Development, Energy management system
ABSTRACT. The framework of this research paper will highlight how electrification is possible in rural areas of Bangladesh through the implementation of IoT-based hydropower. The main goal of this research is to demonstrate how electrification is possible in Lakshmipur, a rural area located in the southern part of Bangladesh, through modeling, simulation, optimization, and operation services using IoT implementation. This IoT-enabled hydropower system will integrate solar power systems, wind turbines, micro-hydro systems, and diesel generators. Each system will have IoT-based sensors that will be able to send real-time data to the control system via SCADA, so that the amount of electricity generation required for the next day or the next month can be determined in advance. The cost of this proposed model will be analyzed using current market prices and the results show that IoT is a viable hydropower system for rural sustainable development compared to conventional hydropower systems.
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