UG project Slide Format seminar 100.pptx

UG project Slide Format seminar 100.pptx

1. August -2024 Department of Mechanical Engineering Visvesvaraya National Institute of Technology Nagpur Project Phase 1 : Seminar 1 Title of Project : THERMAL ANALYSIS OF SOLAR PANEL   Name of Student Enrolment No.           Name of Guide   DR. ----------------- 26-08-2025 B. Tech. Progress seminar 1

2. Introduction Literature Survey Summary of literature survey Objectives Proposed project activities Plan of work References 2 / 10 26-08-2025 2 B. Tech. Progress seminar Contents

3. B. Tech. Progress seminar 3 26-08-2025 Literature Survey Reference details Description of work carried out Outcomes Dr.Tyagi et al; [1] Nov. 2009 Low-Temperature Nanofluid - Based Direct Absorption Solar Collector They use a mixture of water and aluminum nanoparicles —as the absorbing medium. Sunlight is allowed to pass through a thin layer of nanofluids . presence of nanoparicles increases the absorption of incident radiation by more than nine times over that of pure water. Otanicar et al; [2] May 2010 Three different groups of nanofluids , with water as the base fluid, were considered, Graphite sphere, carbon nanotubes, silver sphere Work demonstrate efficiency improvements of up to 5% in solar thermal collectors

4. Snapshot of literature review Thermoelectric Thermo photovoltaic 26-08-2025 B. Tech. Progress seminar 4

5. 26-08-2025 B. Tech. Progress seminar 5 Outcome of Literature Survey

6. AAA BBBB CCC 26-08-2025 B. Tech. Progress seminar 6 Objectives of Project

7. Proposed Project activities   B. Tech. Progress seminar 7 26-08-2025

8. 26-08-2025 B. Tech. Progress seminar 8 Work done till date

9. Plan of work   Activity Duration 26-08-2025 B. Tech. Progress seminar 9

10. Selected References [1] Himanshu Tyagi et al; Predicted Efficiency of a Low-Temperature Nanofluid- Based Direct Absorption Solar Collector, Journal of Solar Energy Engineering Copyright © 2009 by ASME November 2009, Vol. 131 / 041004-1 [2] Todd P. Otanicar,et al; Nanofluid-Based Direct Absorption Solar Collector, Journal of Renewable and Sustainable Energy 2, May 2010. [3] Todd P. Otanicar et al; Band-gap tuned direct absorption for a hybrid concentrating solar photovoltaic/thermal system, Journal of Solar Energy Engineering Copyright VC 2011 by ASME NOVEMBER 2011, Vol. 133 / 041014-1 [4] Robert A Taylor et al; Nanofluid-based optical filter optimization for PV/T systems, Light: Science & Applications (2012) 1,34 [5] Bong Jae Lee et al; Radiative Heat Transfer Analysis in Plasmonic Nanofluids for Direct Solar Thermal Absorption, Journal of Solar Energy Engineering Copyright VC 2012 by ASME MAY 2012, Vol. 134 / 021009-1 26-08-2025 B. Tech. Progress seminar 10

11. B. Tech. Progress seminar Thank you 10 / 10 26-08-2025 11