Optimized Feasibility Analysis for the Design to Set up Solar Power Plant During Operating Hours in the Academic E–Block Area – Case Study

Optimized Feasibility Analysis for the Design to Set up Solar Power Plant During Operating Hours in the Academic E–Block Area – Case Study

This paper is regarding the optimized design feasibility analysis of a solar power plant in our academic area i.e. E-block in Thapar University. For this design analysis, the technical feasibility and financial feasibility has been considered completely. Further, the technical feasibility of the pro...

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Main Authors: Kaur Gagandeep, Duggal Bhanu, Marwaha Bhanu
Format: Article
Language:English
Published: EDP Sciences 2016-01-01
Series:MATEC Web of Conferences
Online Access:http://dx.doi.org/10.1051/matecconf/20165701029
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spelling doaj-7224505657044aceabbb4033eba97d9f2021-02-02T00:27:51ZengEDP SciencesMATEC Web of Conferences2261-236X2016-01-01570102910.1051/matecconf/20165701029matecconf_icaet2016_01029Optimized Feasibility Analysis for the Design to Set up Solar Power Plant During Operating Hours in the Academic E–Block Area – Case StudyKaur Gagandeep0Duggal Bhanu1Marwaha Bhanu2Assistant Professor, Electrical and Instrumentation Department, Thapar UniversityStudent, Electrical and Instrumentation Department, Thapar UniversityStudent, Electrical and Instrumentation Department, Thapar UniversityThis paper is regarding the optimized design feasibility analysis of a solar power plant in our academic area i.e. E-block in Thapar University. For this design analysis, the technical feasibility and financial feasibility has been considered completely. Further, the technical feasibility of the project puts emphasis on irradiation analysis, connected load analysis, rooftop analysis, shadow analysis, load analysis, design of the on-grid system as well as design of the off-grid system. Financial feasibility analysis includes Cost analysis, Payback period, Funding options. This paper also discusses the type of solar power system to be installed based on the conclusions drawn out of the technical analysis for optimal solution for the utilization of block based analysis specifically. The financial feasibility also supports the selection.http://dx.doi.org/10.1051/matecconf/20165701029
collection DOAJ
language English
format Article
sources DOAJ
author Kaur Gagandeep
Duggal Bhanu
Marwaha Bhanu
spellingShingle Kaur Gagandeep
Duggal Bhanu
Marwaha Bhanu
Optimized Feasibility Analysis for the Design to Set up Solar Power Plant During Operating Hours in the Academic E–Block Area – Case Study
MATEC Web of Conferences
author_facet Kaur Gagandeep
Duggal Bhanu
Marwaha Bhanu
author_sort Kaur Gagandeep
title Optimized Feasibility Analysis for the Design to Set up Solar Power Plant During Operating Hours in the Academic E–Block Area – Case Study
title_short Optimized Feasibility Analysis for the Design to Set up Solar Power Plant During Operating Hours in the Academic E–Block Area – Case Study
title_full Optimized Feasibility Analysis for the Design to Set up Solar Power Plant During Operating Hours in the Academic E–Block Area – Case Study
title_fullStr Optimized Feasibility Analysis for the Design to Set up Solar Power Plant During Operating Hours in the Academic E–Block Area – Case Study
title_full_unstemmed Optimized Feasibility Analysis for the Design to Set up Solar Power Plant During Operating Hours in the Academic E–Block Area – Case Study
title_sort optimized feasibility analysis for the design to set up solar power plant during operating hours in the academic e–block area – case study
publisher EDP Sciences
series MATEC Web of Conferences
issn 2261-236X
publishDate 2016-01-01
description This paper is regarding the optimized design feasibility analysis of a solar power plant in our academic area i.e. E-block in Thapar University. For this design analysis, the technical feasibility and financial feasibility has been considered completely. Further, the technical feasibility of the project puts emphasis on irradiation analysis, connected load analysis, rooftop analysis, shadow analysis, load analysis, design of the on-grid system as well as design of the off-grid system. Financial feasibility analysis includes Cost analysis, Payback period, Funding options. This paper also discusses the type of solar power system to be installed based on the conclusions drawn out of the technical analysis for optimal solution for the utilization of block based analysis specifically. The financial feasibility also supports the selection.
url http://dx.doi.org/10.1051/matecconf/20165701029
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AT duggalbhanu optimizedfeasibilityanalysisforthedesigntosetupsolarpowerplantduringoperatinghoursintheacademiceblockareacasestudy
AT marwahabhanu optimizedfeasibilityanalysisforthedesigntosetupsolarpowerplantduringoperatinghoursintheacademiceblockareacasestudy
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