PEMBUATAN MODEL FISIK DAN UJICOBA PENGGERAK POMPA PNEUMATIC SPRAYER BERTENAGA SURYA
Sprayer is a pest control device that serves to break up the liquid into small droplets and distribute evenly on the protected object. The pneumatic sprayer could be operated with battery charged previously by the solar cells which converts solar energy into electrical energy. The aim of research wa...
| Автори: | , |
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| Формат: | Дисертація |
| Опубліковано: |
[Yogyakarta] : Universitas Gadjah Mada
2014
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| Предмети: |
| _version_ | 1826048249395412992 |
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| author | , TRI BAYU COKROYOSO DIPURO NITI , Dr. Bambang Purwanta, M.Agr |
| author_facet | , TRI BAYU COKROYOSO DIPURO NITI , Dr. Bambang Purwanta, M.Agr |
| author_sort | , TRI BAYU COKROYOSO DIPURO NITI |
| collection | UGM |
| description | Sprayer is a pest control device that serves to break up the liquid into small
droplets and distribute evenly on the protected object. The pneumatic sprayer
could be operated with battery charged previously by the solar cells which
converts solar energy into electrical energy. The aim of research was utilizing
renewable solar energy to control pests and deseases of plant.
For the first step, a literature searching was done to obtain idea about
physical design of pneumatic sprayer. The model of a pneumatic sprayer pump
battery charging was constructed at the Energy and Machine Laboratory of the
faculty. Data about electric current from solar cell, debit of spraying and solar
intensity were gathered. Aproximate economics calculations of model operational
cost was done.
The results obtained are a model of sprayer with 10 wp solar cell and 12 V
7.2 Ah battery. A portable electric air pump with a working voltage of 12 V, the
current range of 3-4 A and maximum working pressure of 17.5 bar. A pneumatic
sprayer consist, tank with dimensions of 71 cm high and 22 cm diameter with
capacity 11 liter water, 1 piece faucet, hose length of 116 cm , 78.5 cm stem
length, and nozzle manifold with a solid cone nozzle jets. The performance testing
indicated the higher the intensity of light received by the solar panels, the shorter
will the charging time. The electrical current into battery can reach a value of
0.62 A and a voltage of 20.3 V. Debit from the nozzle at a pressure of 6-3kg/cm2
attain of 18-20 ml/s. The efficiency of battery charging maximum 13,14% for
solar intensity 87600 Lux and 23,65 % for pump perfomance. The amount of
annual operating cost was Rp 5.900.826,-. Operating costs Rp 19.669,- per hour or
Rp 189.129 / ha |
| first_indexed | 2024-03-13T23:25:25Z |
| format | Thesis |
| id | oai:generic.eprints.org:129563 |
| institution | Universiti Gadjah Mada |
| last_indexed | 2024-03-13T23:25:25Z |
| publishDate | 2014 |
| publisher | [Yogyakarta] : Universitas Gadjah Mada |
| record_format | dspace |
| spelling | oai:generic.eprints.org:1295632016-03-04T08:15:24Z https://repository.ugm.ac.id/129563/ PEMBUATAN MODEL FISIK DAN UJICOBA PENGGERAK POMPA PNEUMATIC SPRAYER BERTENAGA SURYA , TRI BAYU COKROYOSO DIPURO NITI , Dr. Bambang Purwanta, M.Agr ETD Sprayer is a pest control device that serves to break up the liquid into small droplets and distribute evenly on the protected object. The pneumatic sprayer could be operated with battery charged previously by the solar cells which converts solar energy into electrical energy. The aim of research was utilizing renewable solar energy to control pests and deseases of plant. For the first step, a literature searching was done to obtain idea about physical design of pneumatic sprayer. The model of a pneumatic sprayer pump battery charging was constructed at the Energy and Machine Laboratory of the faculty. Data about electric current from solar cell, debit of spraying and solar intensity were gathered. Aproximate economics calculations of model operational cost was done. The results obtained are a model of sprayer with 10 wp solar cell and 12 V 7.2 Ah battery. A portable electric air pump with a working voltage of 12 V, the current range of 3-4 A and maximum working pressure of 17.5 bar. A pneumatic sprayer consist, tank with dimensions of 71 cm high and 22 cm diameter with capacity 11 liter water, 1 piece faucet, hose length of 116 cm , 78.5 cm stem length, and nozzle manifold with a solid cone nozzle jets. The performance testing indicated the higher the intensity of light received by the solar panels, the shorter will the charging time. The electrical current into battery can reach a value of 0.62 A and a voltage of 20.3 V. Debit from the nozzle at a pressure of 6-3kg/cm2 attain of 18-20 ml/s. The efficiency of battery charging maximum 13,14% for solar intensity 87600 Lux and 23,65 % for pump perfomance. The amount of annual operating cost was Rp 5.900.826,-. Operating costs Rp 19.669,- per hour or Rp 189.129 / ha [Yogyakarta] : Universitas Gadjah Mada 2014 Thesis NonPeerReviewed , TRI BAYU COKROYOSO DIPURO NITI and , Dr. Bambang Purwanta, M.Agr (2014) PEMBUATAN MODEL FISIK DAN UJICOBA PENGGERAK POMPA PNEUMATIC SPRAYER BERTENAGA SURYA. UNSPECIFIED thesis, UNSPECIFIED. http://etd.ugm.ac.id/index.php?mod=penelitian_detail&sub=PenelitianDetail&act=view&typ=html&buku_id=69955 |
| spellingShingle | ETD , TRI BAYU COKROYOSO DIPURO NITI , Dr. Bambang Purwanta, M.Agr PEMBUATAN MODEL FISIK DAN UJICOBA PENGGERAK POMPA PNEUMATIC SPRAYER BERTENAGA SURYA |
| title | PEMBUATAN MODEL FISIK DAN UJICOBA PENGGERAK POMPA PNEUMATIC SPRAYER BERTENAGA SURYA |
| title_full | PEMBUATAN MODEL FISIK DAN UJICOBA PENGGERAK POMPA PNEUMATIC SPRAYER BERTENAGA SURYA |
| title_fullStr | PEMBUATAN MODEL FISIK DAN UJICOBA PENGGERAK POMPA PNEUMATIC SPRAYER BERTENAGA SURYA |
| title_full_unstemmed | PEMBUATAN MODEL FISIK DAN UJICOBA PENGGERAK POMPA PNEUMATIC SPRAYER BERTENAGA SURYA |
| title_short | PEMBUATAN MODEL FISIK DAN UJICOBA PENGGERAK POMPA PNEUMATIC SPRAYER BERTENAGA SURYA |
| title_sort | pembuatan model fisik dan ujicoba penggerak pompa pneumatic sprayer bertenaga surya |
| topic | ETD |
| work_keys_str_mv | AT tribayucokroyosodipuroniti pembuatanmodelfisikdanujicobapenggerakpompapneumaticsprayerbertenagasurya AT drbambangpurwantamagr pembuatanmodelfisikdanujicobapenggerakpompapneumaticsprayerbertenagasurya |