Assessment of On-Grid and Off-Grid Electrification in Remote Villages of Chhattisgarh

 

Abstract

In this work, electrification scenario of the state of Chhattisgarh has been presented, which is the 10th largest state of India with a total population 25 million has total 19567 villages and 80% of the population lives in rural areas. Herein, we have bestowing 17 out of 133 villages in which electrification has been done in 2017 and 2018. All these villages are in the region Dantewada and Bijapur. These two regions consist most remote villages of the state and the awareness about, how electricity will help them in improving their lifestyle is quite less. The focus of the present work is aligned to investigate the electricity connectivity scenario of these remote villages. Further, alternative novel mechanism of the remote village electrification using magnetic fluid-based energy harvesting has been proposed which can eventually solves the major issues in remote village electrification.

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Unconventional Machining Process: Magnetorheological Fluid-Based Surface Finishing

 

Abstract

The development of new material with significantly improved properties, miniaturization of devices and complex design necessities in numerous domains of engineering, demands high productive, efficient and precise machining processes. Unconventional machining process (UMP) or non-traditional machining process provides solutions to these challenges and has extended their utility for the machining of complex shapes precision machining (micro-nano finishing), newly developed materials (alloys, composites, polymers, metals, rubber etc.). UMP have shown potential in the domain of micro-nano machining and provides better proposition with numerous intrinsic recompences which makes UMP a suitable substitution of the conventionally used machining process. The opportunities challenge, and recent developments of MRF based UMP method have been studied including several pragmatic applications in diverse manufacturing and industrial domains. This UMP techniques can further be modified to utilized it at its full potential in various engineering applications.

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Read More Lupine Publishers Google Scholar Article:  https://scholar.google.com/citations?view_op=view_citation&hl=en&user=NUzQ18EAAAAJ&cstart=20&pagesize=80&citation_for_view=NUzQ18EAAAAJ:g_UdREhPGEoC