Design and development of zero drop solar charge controlle / Allan Quelnan Guillermo

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Guillermo, Allan Quelnan

Material type: Text

TextPublication details: San Fernando, La Union : Don Mariano Marcos Memorial State University ,2018.Description: xiv, [127 leaves' ; 28 x 21cmSubject(s):

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Abstract: The design, development, construction, and evaluation of a Zero Drop Solar Charge Controller were thefocus ofthe study to contribute in the development ofsolar power system. The study involved development phase which covered the technical feasibility ofthe design while the descriptive evaluative phase covered the assessment on technical performance, economic feasibility, environmental soundness, political acceptability, and socialacceptability (TEEPS) ofthe device by experts and users in the community. Basedon the design andperformance testing, it wasfoundout that the device was functional and a reliable means of charging a battery. Technical performance, economic and financial viability, environmental soundness, political acceptability and social acceptability were all found to be highly viable and valid. Therefore the developed device is feasible for business undertakings by having a 49.15 percent of ROI and a payback period of I year and 43 days.

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Item type	Current library	Collection	Call number	Status	Date due	Barcode
Thesis and Dissertation	Commission on Higher Education Theses and Dissertations	Thesis and Dissertation	LG 996 2018 C6 G85 (Browse shelf(Opens below))	Available (Restricted Access)		CHEDTD-000094
Digital Thesis and Dissertations	Commission on Higher Education Digital Thesis and Dissertation	Digital Thesis and Dissertation	LG 996 2018 C6 G85 (Browse shelf(Opens below))	Available		DCHEDTD-000033

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Dissertation (Doctor of Philosophy in Technological Education Management) -- Don Mariano Marcos Memorial State University, May 2018.

The design, development, construction, and evaluation of a Zero Drop Solar
Charge Controller were thefocus ofthe study to contribute in the development ofsolar
power system. The study involved development phase which covered the technical
feasibility ofthe design while the descriptive evaluative phase covered the assessment on
technical performance, economic feasibility, environmental soundness, political
acceptability, and socialacceptability (TEEPS) ofthe device by experts and users in the
community. Basedon the design andperformance testing, it wasfoundout that the device
was functional and a reliable means of charging a battery. Technical performance,
economic and financial viability, environmental soundness, political acceptability and
social acceptability were all found to be highly viable and valid. Therefore the developed
device is feasible for business undertakings by having a 49.15 percent of ROI and a
payback period of I year and 43 days.

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