Real time Implementation of IOT for Monitoring DC bus and to analyze the Technical Feasibility of using BLDC wind Generator for RO based Desalination Applications
SHANTHI SARAVANA K MALA
This paper deals with IOT based BLDC wind power generation and a novel algorithm for maximum power point tracking to maintain stability in output is implemented.. In India water scarcity is a vital social problem. Hence the analysis is focused on the feasibility of using non grid wind power to large scale desalination systems. Since RO based desalination is found to be efficient with wind power,pumping system for RO process which is taken as the load. The analysis proved to give a stable output for the fluctuating wind velocities between 8m/sec to 12 m/sec . This shows a new way to increase the wind power generation in INDIA. It eliminates the current disadvantages of windgeneration such as increase in cost, complexity in design and instability.. In India research in this area is not adequate compared to solar power generation. To implement ease of control Internet Of Things is implemented for the control of DC load. This paper analyses the technical feasibility of implementing non grid wind power to pumping system for reverse Osmosis desalination with a novel MPPT using ANFIS algorithm for a BLDC wind power generation system. To reduce the complexity dc power is utilised for DC load applications.In this paper the simulation and prototype results are analysed and proved to beefficient.
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