cover
Contact Name
Tamrin Fathoni
Contact Email
naswawa036@gmail.com
Phone
+6285233089864
Journal Mail Official
naswawa036@gmail.com
Editorial Address
Jl. H. Agus Salim No.RT/RW 001/001, Simo, Bediwetan, Kec. Bungkal, Kabupaten Ponorogo, Jawa Timur 63462
Location
Kab. probolinggo,
Jawa timur
INDONESIA
Journal of Resources and Reserves (JRR)
Published by Edujavare Publishing
ISSN : *     EISSN : 30323126     DOI : -
Journal of Resources and Reserves (JRR) (E-ISSN 3032-3126) is a blind peer-reviewed journal published by Edujavare Publishing, Indonesia. This journal publishes research articles, conceptual articles, field study reports and book reviews on all scopes of Technique, Management of mining waste, Control of water and air pollution, Handling of toxic and hazardous waste, Social and Economic Aspects, Social and economic impacts of mining activities, Involvement of local communities in decision making, Empowerment of affected communities, Use of information technology for mining data management, Data analysis for optimizing mine operations, Development of prediction and simulation models, Energy and Mining Resources, Research on renewable energy in mining, Utilization of mining waste for energy sources, and Studies on the efficiency of resource use (See Focus and Scope). This journal article is published two times a year; 4 issues per year (March, June, September and December). E-ISSN 3032-3126
Articles 1 Documents
Search results for , issue "Vol. 2 No. 02 (2024): Journal of Resources and Reserves (JRR)" : 1 Documents clear
Garden Watering Control System Using Solar Cells Togar Timoteus Gultom; Suhelmi , Suhelmi
Journal of Resources and Reserves (JRR) Vol. 2 No. 02 (2024): Journal of Resources and Reserves (JRR)
Publisher : CV Edujavare Publishing

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Abstract

Watering the Garden by Using Solar Cells. Guided by Zahir Zainuddin and Adriani. Solar Cells are devices composed of semiconductor materials that can convert sunlight into electricity directly. Often also used the term photovoltaic or photovoltaic. In this design, the automatic garden watering using solar cells requires timer equipment, BCU, rain sensor, relay, battery/battery, and inverter. The purpose of this design is to know the performance of plant watering design by using solar cells as a source of stress and to know the control system and rain sensor in maximum watering of plants so that later can be applied to the next design and society. Garden Water Purification Test Using an Unsaturated Solar Cell on 31 December 2017 produced a Voltage of up to 18 volts with 1.5 ampere Current, and on 14 December 2017 made a Voltage of up to 17.5 volts with 1.4 ampere Flow. At the time, the load voltage issued by the battery of 11.5 V and issued a current of 5.73 A, and the voltage released by the inverter was 214 V and issued a current of 1.05 A. While the middle of the operation is also measured, the voltage is discharged by an 11.80 V battery with a current of 7.80 A and an output voltage of an inverter of 221 V and an output current of 0.81A.

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