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Strength analysis of designed dual axis sun tracker using solid-work software


Affiliations
1 NeerajTiwari, Associate Professor, National Institute of Engineering and Management, Mathura, India
2 Professor, Hindustan College of Science and Technology Mathura, India
3 SRF, Central Power Research Institute, ERED Bangalore, India
     

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This paper describes an approach to the design and implementation of sun tracker stand in PV system making 120 Volt string. For the strength analysis against wind pressure the PV system with tracker stand has been implemented in solid work software version SP-13. Another part of this paper is the comparison of power drawn from The PV system with tracker and without a tracker. The data received in real experimental setup. We analyzed that the efficiency of PV systems can be increased by 42 % compared to the static PV system by implementing the tracker techniques in the PV System.

Keywords

photo voltaic system, dual axis sun tracker system, control circuit, solid work.
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  • Strength analysis of designed dual axis sun tracker using solid-work software

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Authors

Neeraj Tiwari
NeerajTiwari, Associate Professor, National Institute of Engineering and Management, Mathura, India
Sanjeev Kumar
Professor, Hindustan College of Science and Technology Mathura, India
Vikas Pratap Singh
SRF, Central Power Research Institute, ERED Bangalore, India

Abstract


This paper describes an approach to the design and implementation of sun tracker stand in PV system making 120 Volt string. For the strength analysis against wind pressure the PV system with tracker stand has been implemented in solid work software version SP-13. Another part of this paper is the comparison of power drawn from The PV system with tracker and without a tracker. The data received in real experimental setup. We analyzed that the efficiency of PV systems can be increased by 42 % compared to the static PV system by implementing the tracker techniques in the PV System.

Keywords


photo voltaic system, dual axis sun tracker system, control circuit, solid work.



DOI: https://doi.org/10.33686/prj.v10i4.189460