RANCANG BANGUN HYBRID SYSTEM UNTUK MENINGKATKAN JAM OPERASI P3GAr (PENGUBAH PANAS PENGHASIL GARAM DAN AIR TAWAR)
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Maulana S,, Hasbi
Prayudi, Prayudi
Prayudi, Prayudi
Subject
Teknik Mesin
Datestamp
2022-10-10 02:35:24
Abstract :
P3GAr (Salt and Fresh Water Producing Heat Exchanger) is a tool for producing salt and can also produce clean water that is suitable for consumption, which currently decreases salt production in Indonesia due to weather factors during the rainy season which results in crop failure so that it can also not operate when that. From there the P3GAr device is combined with hybrid energy as a source of electrical energy that combines two energies into one, namely solar energy and wind energy. Where the results of the design of hybrid energy used operational hours can increase 24 hours of operation due to the use of two energies and coupled with using battery energy as a backup if these two energies do not operate together, With the power generated by PLTB is 25.13 Watt and for PLTS capacity 50 Wp is 30.971 Watt, where the power will be used to charge the battery which is then converted into AC electrical energy using an inverter which will then be used to operate the P3GAr. Where the salt results obtained with 3 liters of seawater are 37.9 grams of salt and 600 ml of fresh water using seawater with a water salinity of 34 ppt.
P3GAr (Salt and Fresh Water Producing Heat Exchanger) is a tool for producing salt and can also produce clean water that is suitable for consumption, which currently decreases salt production in Indonesia due to weather factors during the rainy season which results in crop failure so that it can also not operate when that. From there the P3GAr device is combined with hybrid energy as a source of electrical energy that combines two energies into one, namely solar energy and wind energy. Where the results of the design of hybrid energy used operational hours can increase 24 hours of operation due to the use of two energies and coupled with using battery energy as a backup if these two energies do not operate together, With the power generated by PLTB is 25.13 Watt and for PLTS capacity 50 Wp is 30.971 Watt, where the power will be used to charge the battery which is then converted into AC electrical energy using an inverter which will then be used to operate the P3GAr. Where the salt results obtained with 3 liters of seawater are 37.9 grams of salt and 600 ml of fresh water using seawater with a water salinity of 34 ppt.
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