Solar Pv Systems Sizing,performance and Economic Viability ...

98
SOLAR PV SYSTEM SIZING, PERFORMANCE AND ECONOMIC VIABILITY FOR THE KENYAN DOMESTIC MARKET by Silas Githaiga Submission date: 29-Jul-2020 05:16PM (UTC+0530) Submission ID: 1363593662 File name: FINAL_REPORTT_MSC_ENERGY_MANAGEMENT_PLAG.pdf (1.49M) Word count: 14669 Character count: 79940

Transcript of Solar Pv Systems Sizing,performance and Economic Viability ...

Page 1: Solar Pv Systems Sizing,performance and Economic Viability ...

SOLAR PV SYSTEM SIZING,PERFORMANCE AND

ECONOMIC VIABILITY FORTHE KENYAN DOMESTIC

MARKETby Silas Githaiga

Submission date: 29-Jul-2020 05:16PM (UTC+0530)Submission ID: 1363593662File name: FINAL_REPORTT_MSC_ENERGY_MANAGEMENT_PLAG.pdf (1.49M)Word count: 14669Character count: 79940

Page 2: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 3: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 4: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 5: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 6: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 7: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 8: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 9: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 10: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 11: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 12: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 13: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 14: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 15: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 16: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 17: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 18: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 19: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 20: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 21: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 22: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 23: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 24: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 25: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 26: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 27: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 28: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 29: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 30: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 31: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 32: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 33: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 34: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 35: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 36: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 37: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 38: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 39: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 40: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 41: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 42: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 43: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 44: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 45: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 46: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 47: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 48: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 49: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 50: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 51: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 52: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 53: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 54: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 55: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 56: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 57: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 58: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 59: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 60: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 61: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 62: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 63: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 64: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 65: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 66: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 67: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 68: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 69: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 70: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 71: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 72: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 73: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 74: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 75: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 76: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 77: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 78: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 79: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 80: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 81: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 82: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 83: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 84: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 85: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 86: Solar Pv Systems Sizing,performance and Economic Viability ...
Page 87: Solar Pv Systems Sizing,performance and Economic Viability ...

18%SIMILARITY INDEX

11%INTERNET SOURCES

6%PUBLICATIONS

16%STUDENT PAPERS

1 1%

2 1%

3 1%

4 1%

5 1%

6 1%

7 1%

SOLAR PV SYSTEM SIZING, PERFORMANCE ANDECONOMIC VIABILITY FOR THE KENYAN DOMESTICMARKETORIGINALITY REPORT

PRIMARY SOURCES

docplayer.netInternet Source

www.agrenv.mcgill.caInternet Source

Submitted to Glasgow Caledonian UniversityStudent Paper

Govinda R. Timilsina, Lado Kurdgelashvili,Patrick A. Narbel. "Solar energy: Markets,economics and policies", Renewable andSustainable Energy Reviews, 2012Publication

Submitted to University of LeedsStudent Paper

umpir.ump.edu.myInternet Source

www.coursehero.comInternet Source

Page 88: Solar Pv Systems Sizing,performance and Economic Viability ...

8 1%

9 <1%

10 <1%

11 <1%

12 <1%

13 <1%

14 <1%

15 <1%

16 <1%

efinancemanagement.comInternet Source

en.wikipedia.orgInternet Source

my.ewb-usa.orgInternet Source

www.cutes.com.twInternet Source

S. Sumathi, L. Ashok Kumar, P. Surekha. "SolarPV and Wind Energy Conversion Systems",Springer Science and Business Media LLC,2015Publication

Submitted to Santa Fe Community CollegeStudent Paper

Submitted to Nashville State CommunityCollegeStudent Paper

Alexander Zahnd. "Chapter 3 Power/EnergyGeneration and Lighting", Springer Science andBusiness Media LLC, 2013Publication

Submitted to Redmond High SchoolStudent Paper

Submitted to Colorado Technical University

Page 89: Solar Pv Systems Sizing,performance and Economic Viability ...

17 <1%

18 <1%

19 <1%

20 <1%

21 <1%

22 <1%

23 <1%

24 <1%

25

OnlineStudent Paper

Skipka, . "Solar Energy", Energy and theEnvironment, 2014.Publication

Submitted to Ain Shams UniversityStudent Paper

R. O. OPARA, J.O. ONOJO, G.C. ONONIWU,O.C. NOSIRI, E. EKWUEME. "Feasibility Studyand Analysis of a Micro-Grid Scheme forFederal University of Technology, Owerri, ImoState, Nigeria", International Journal ofAdvances in Scientific Research andEngineering, 2018Publication

Submitted to Asian Institute of TechnologyStudent Paper

repository.up.ac.zaInternet Source

Submitted to University of Northumbria atNewcastleStudent Paper

Submitted to Western New England CollegeStudent Paper

www.slideshare.netInternet Source

Page 90: Solar Pv Systems Sizing,performance and Economic Viability ...

<1%

26 <1%

27 <1%

28 <1%

29 <1%

30 <1%

31 <1%

32 <1%

33 <1%

Submitted to Sheffield Hallam UniversityStudent Paper

"The Levelized Cost of Electricity for a SmallScale Solar PV System in South Africa",International Journal of Managerial Studies andResearch, 2016Publication

Submitted to Napier UniversityStudent Paper

Submitted to University of West FloridaStudent Paper

Submitted to Kaplan CollegeStudent Paper

Submitted to George Washington UniversityStudent Paper

Submitted to 34310Student Paper

V. Karthikeyan, Rajesh Gupta. "Varying phaseangle control in isolated bidirectional DC–DCconverter for integrating battery storage andsolar PV system in standalone mode", IETPower Electronics, 2017Publication

Page 91: Solar Pv Systems Sizing,performance and Economic Viability ...

34 <1%

35 <1%

36 <1%

37 <1%

38 <1%

39 <1%

40 <1%

41

Akikur, R.K., R. Saidur, H.W. Ping, and K.R.Ullah. "Comparative study of stand-alone andhybrid solar energy systems suitable for off-gridrural electrification: A review", Renewable andSustainable Energy Reviews, 2013.Publication

Aiyin Jiang, Yimin Zhu. "Impact of Incentivesand System Efficiency on the Life Cycle Cost ofPhotovoltaic Systems", International Journal ofConstruction Education and Research, 2012Publication

Submitted to University of MelbourneStudent Paper

Submitted to University of WaikatoStudent Paper

Robert G. Beaves. "Net Present Value and Rateof Return: Implicit and Explicit ReinvestmentAssumptions", The Engineering Economist,1988Publication

Submitted to Bolton Institute of HigherEducationStudent Paper

Submitted to University of DurhamStudent Paper

Alexander Zahnd. "The Role of Renewable

Page 92: Solar Pv Systems Sizing,performance and Economic Viability ...

<1%

42 <1%

43 <1%

44 <1%

45 <1%

46 <1%

47 <1%

48 <1%

49 <1%

Energy Technology in Holistic CommunityDevelopment", Springer Science and BusinessMedia LLC, 2013Publication

Submitted to University of SurreyStudent Paper

Submitted to Universiti Malaysia PerlisStudent Paper

www.pondiuni.edu.inInternet Source

"Handbook of Distributed Generation", SpringerScience and Business Media LLC, 2017Publication

www.cialca.orgInternet Source

hdl.handle.netInternet Source

Neha Adhikari, Bhim Singh, A. L. Vyas. "Designand performance of low power solar-PV energygenerating system with zeta converter", 2012IEEE 7th International Conference on Industrialand Information Systems (ICIIS), 2012Publication

eprints.utem.edu.myInternet Source

Page 93: Solar Pv Systems Sizing,performance and Economic Viability ...

50 <1%

51 <1%

52 <1%

53 <1%

54 <1%

55 <1%

56 <1%

57 <1%

58 <1%

59 <1%

60

Jorge Morales Pedraza. "Electrical EnergyGeneration in Europe", Springer Science andBusiness Media LLC, 2015Publication

Submitted to North West UniversityStudent Paper

Submitted to Graduate Institute of Internationaland Development StudiesStudent Paper

Submitted to Cranfield UniversityStudent Paper

Submitted to Wright State UniversityStudent Paper

Submitted to University of WestminsterStudent Paper

mechanical.uonbi.ac.keInternet Source

www.solar-systems.co.inInternet Source

Submitted to Anglia Ruskin UniversityStudent Paper

ul.netd.ac.zaInternet Source

Submitted to St. Stephen'S High School

Page 94: Solar Pv Systems Sizing,performance and Economic Viability ...

<1%

61 <1%

62 <1%

63 <1%

64 <1%

65 <1%

66 <1%

67 <1%

68 <1%

69 <1%

70 <1%

Student Paper

Submitted to Federal University of TechnologyStudent Paper

eprints.kfupm.edu.saInternet Source

Submitted to Colorado State University, GlobalCampusStudent Paper

www.solarproservices.comInternet Source

Submitted to Strathmore UniversityStudent Paper

cms.doe.govInternet Source

www.billdoll.comInternet Source

www.pate.org.phInternet Source

Submitted to Coventry UniversityStudent Paper

edoc.siteInternet Source

worldwidescience.org

Page 95: Solar Pv Systems Sizing,performance and Economic Viability ...

71 <1%

72 <1%

73 <1%

74 <1%

75 <1%

76 <1%

77 <1%

78 <1%

79

Internet Source

Submitted to Institute of Technology, NirmaUniversityStudent Paper

Submitted to University of Technology, SydneyStudent Paper

pdfs.semanticscholar.orgInternet Source

www.ros.hw.ac.ukInternet Source

"Smart Energy Grid Design for IslandCountries", Springer Science and BusinessMedia LLC, 2017Publication

Submitted to Manuel S. Enverga UniversityStudent Paper

Pawan Kumar, Ankit Gupta, Rupendra KumarPachauri, Yogesh K. Chauhan. "Utilization ofEnergy Sources in Hybrid PV/FC PowerAssisted Water Pumping System", 2015 IEEEInternational Conference on ComputationalIntelligence & Communication Technology, 2015Publication

blog.heatspring.comInternet Source

Page 96: Solar Pv Systems Sizing,performance and Economic Viability ...

<1%

80 <1%

81 <1%

82 <1%

83 <1%

84 <1%

85 <1%

86 <1%

87 <1%

88 <1%

89 <1%

Submitted to University of SalfordStudent Paper

Submitted to Auckland Institute of Studies at St.HelensStudent Paper

Submitted to University Der Es SalaamStudent Paper

Submitted to Ghana Technology UniversityCollegeStudent Paper

Submitted to University of MalayaStudent Paper

Submitted to University of BrightonStudent Paper

Submitted to Western Governors UniversityStudent Paper

Submitted to University of Southern QueenslandStudent Paper

www.energy.govInternet Source

www.powercom.comInternet Source

Page 97: Solar Pv Systems Sizing,performance and Economic Viability ...

90 <1%

91 <1%

92 <1%

93 <1%

94 <1%

95 <1%

96 <1%

97 <1%

98 <1%

99 <1%

100 <1%

Submitted to Institute of Graduate Studies, UiTMStudent Paper

poetrycontests.bizInternet Source

Submitted to CSU, San MarcosStudent Paper

Submitted to University of GreenwichStudent Paper

Submitted to University of New South WalesStudent Paper

Submitted to Dublin City UniversityStudent Paper

Submitted to Universiti Teknikal MalaysiaMelakaStudent Paper

Submitted to South Bank UniversityStudent Paper

Submitted to Arizona State UniversityStudent Paper

Submitted to Academic Library ConsortiumStudent Paper

Submitted to Limerick Institute of TechnologyStudent Paper

Page 98: Solar Pv Systems Sizing,performance and Economic Viability ...

101 <1%

102 <1%

103 <1%

104 <1%

105 <1%

106 <1%

107 <1%

108 <1%

Exclude quotes Off

Exclude bibliography On

Exclude matches Off

erepository.uonbi.ac.keInternet Source

Submitted to University of MauritiusStudent Paper

Submitted to Staffordshire UniversityStudent Paper

Submitted to Laureate Higher Education GroupStudent Paper

Mervyn Smyth, James Russell, TonyMilanowski. "Solar Energy in the WinemakingIndustry", Springer Science and Business MediaLLC, 2011Publication

Submitted to Higher Education CommissionPakistanStudent Paper

Submitted to University of Cape TownStudent Paper

Submitted to Universiti Teknologi MalaysiaStudent Paper