OPTIMAL DESIGN OF COST EFFECTIVE SOLAR BASED POWER PACK INSTRUMENTATION FOR CIRCUIT LABORATORY APPLICATIONS

Authors

  • PAVANKUMAR H S, Tontadarya college of Engineering, Gadag, Karnataka, India
  • SHARANAPPA N, Tontadarya college of Engineering, Gadag, Karnataka, India
  • SOUMYA SHETTAR Tontadarya college of Engineering, Gadag, Karnataka, India
  • KANDAGAL S. S, Assistant ProfessorEEED, Tontadarya college of Engineering Gadag, Karnataka, India

Keywords:

Electric power;, solar PV model, inverter;, charge controller

Abstract

Energy has become an important and one of the basic infrastructures foreconomic development of a country. Energy demand in the world is steadily increasing and new types of energy sources must be found in order to cover the future demand, since the conventional sources are about to be emptied. Conventional energy is the major energy sources that is being used in the world to meet there requirement for power. Today to generate most of electrical power from conventional sources like coal, gas, nuclear power generators are used. The known reserves of fossil fuel have depleted to large extent due to its continuous uses. Instead of conventional energy, non-conventional energy sources are widely used. Among them solar photovoltaic system is more significant. Objective of this paper is to provide an alternative source of power supply via solar PV system and can be added during power cut and supply power to small laboratory applications.

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Published

2021-03-27

Issue

2016: ICCCES

Section

Articles

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