Amelioration of Renewable Energy Sources for Battery optimizing | IEEE Conference Publication | IEEE Xplore

Amelioration of Renewable Energy Sources for Battery optimizing


Abstract:

Various energy sources help us to power the devices and components that are mandatory to the existence of us humans. In the paper, a new idea and construction of energy s...Show More

Abstract:

Various energy sources help us to power the devices and components that are mandatory to the existence of us humans. In the paper, a new idea and construction of energy source is proposed. Ameliorating solar and breeze power generation techniques in collaboration to produce a hybrid constant output. This reduces the intermittency problems of renewable sources of energy. Coil and strong magnet arrangement is used for generating power from breeze. Ensuring a stable and constant output is essential in order to avoid the fluctuations at the load.Constant and continuous output is thus obtained without the drawbacks of any of the power generation technique affecting the output. This is accomplished by using Maximum Power Point Tracking Algorithm using constant voltage implemented using MPLAB.The performance using the MPPT algorithm was efficient and satisfactory.
Date of Conference: 15-17 May 2019
Date Added to IEEE Xplore: 16 April 2020
ISBN Information:
Conference Location: Madurai, India
References is not available for this document.

I. Introduction

Power has turned to be a vital part that quenches the needs of human thirst for new innovations and implementing new techniques in many ways. The major sources for energy are renewable and non-renewable sources of energy. Non- renewable sources include coal and petroleum products that are getting depleted as days are passing. Soon our only source will be the renewable sources of energy and it would be necessary to figure out new methods to utilize them more efficiently than ever. That would be the only way to quench the ever rising demand. Solar power generation and wind power generation are two renewable sources of energy that are providing very effective output to contribute to the power demands. Variations in solar and wind power generation are mainly due to the uncertain climate, season and the geographical parameters influencing the location of installation. Using these two sources together will cancel out the drawbacks of each source and will produce a continuous and constant hybrid power, which would be a great achievement and potential reply to power demands. Effective and wide implementation of the proposed idea in the paper would be a befitting reply to the increasing power requirements. A major improvement in the wind power generation is that we will be using a coil and magnet arrangement instead of the conventional wind mill arrangement. The coil and magnet arrangement will be more sensitive to the breeze and in result a very little amount of breeze can contribute to the power generation.

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1.
Jung-Woo Baek, Jae-Sub Ko, Jung-Sik Choi, Sung-Jun Kang and Dong-Hwa Chung, Development of novel MPPT algorithm of PV system considering radiation variation, ICCAS, 2010.
2.
R. Nagaraj, "Renewable Energy based Small Hybrid Power system for Desalination Applications in Remote locations" in Bhabha Atomic Research Centre Nuclear Desalination Demonstration project, Kalpakkam India, 2012.
3.
Chen Liwen, Wei Jiaden and Deng Qingtang, Simulation Research of a Novel Wind and Solar Hybrid Power System, 2012.
4.
Giovanni Petrone and Giovanni Spagnuolo, Maximum Power Point tracking (MPPT): Algorithms and applications, 2012.
5.
K. Sujatha, R. Nagaraj and M. Mohammed Ismail, Real Time Supervisory Control for hybrid Power System, 2013.
6.
IEEE Guide for selecting Charging Testing and Evaluating Lead-Acid batteries used in stand-alone Photovoltaic(PV) systems IEEE P1361/D5, February 2014.
7.
Haritha Patsamatla, V Karthikeyan and Rajesh Gupta, Universal Maximum Power Point Tracking in Wind-Solar Hybrid System for Battery Storage Application, 2014.
8.
Tazrin Hassan Rini and M. Abdur Razzak, Voltage and Power Regulation in a Solar-Wind Hybrid Energy System, 2015.
9.
Dijali Chogueur, Said Bentouba and Amraoui Merouane, "Smart Sun Tracking", 3rd International Renewable and Sustainable Energy Conference (IRSEC), 2015.
10.
Berinde Ioan, Balan Hori and Oros(Pop) Teodora Susana, "Determination of the power generated by a wind turbine in constant wind and variable wind", Technical University of Cluj-Nepoca Romania Faculty of Electrical Engineering Department of Power engineering, 2016.
11.
Ligade Gitanjali Vasant and V. R Prof. Dr. Parwar, Optimization of Solar-Wind Energy System Power for Battery Charging of MPPT, 2017.
12.
Berinde Ioan, Balan Hori and Oros(Pop) Teodora Susana, "Determination of the power generated by a wind turbine in constant wind and variable wind", Technical University of Cluj-Nepoca Romania Faculty of Electrical Engineering Department of Power engineering, 2016.

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References

References is not available for this document.