Rancang Bangun Automatic Transfer Switch (ATS) PLN - Genset 3 Phasa 10 kVA

Rasmini, Ni Wayan; Ta, Iinuma; Mudiana, I Nyoman; Parti, I Ketut

doi:10.31940/matrix.v9i2.1344

Cited by 2 publications

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“…One alternative energy that can be used in the tropics is solar energy. Regenerative energy sources are very important and are not limited in nature so that they become an option as a backup power supply that can be used if the main power source is interrupted [2].…”

Section: Introductionmentioning

confidence: 99%

Design and Build Automatic Transfer Switch (ATS) Based Internet of Things on Microgrid System

Putera,

Nizam,

Adriyanto

2022

JEEICT

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Electrical energy is a primary human requirement for continuously operating electronic devices. However, nonrenewable electrical energy is becoming increasingly scarce. As a backup power source, regenerative energy sources are an option. Because the conventional power grid transfer system takes a relatively long time, the application of a control system on the power grid transfer automatically can maximize efficiency, safety, and accuracy. In this study, an ATS system was developed using the electrical grid switching method for 300ms, 600ms, and 1000ms, as well as IoT to optimize the ATS manual override system with monitor voltage, current, and power. The test results show that the switching accuracy of 300ms is 98.40% and 98.18% with an average voltage of 19.65V and 41.22V when switching, 600ms switching is 98.14% and 99.25% with an average voltage of 17.77V and 18.18V when switching, and 1000ms switching is 99.40% and 99.41% with an average voltage of 17.52V and 21.05V, respectively. The voltage overshoot is obtained for 16ms and 40ms in linear loading and is stable within 2ms. There is harmonic distortion when loading non-linear for 9 cycles and 2 cycles of periodic frequency. The hardware data transmission accuracy is 97.94%, and the success rate of manual override is 100%.

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Section: Introductionmentioning

confidence: 99%

Design and Build Automatic Transfer Switch (ATS) Based Internet of Things on Microgrid System

Putera,

Nizam,

Adriyanto

2022

JEEICT

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“…Generator set atau genset merupakan sebuah pembangkit listrik dengan penggerak utamanya adalah mesin diesel dan dihubungkan dengan generator listrik dalam satu dudukan yang kokoh dan terinstal sehingga dapat dioperasikan dengan baik (Rasmini et al, 2019). Suatu unit pembangkit listrik yang berpenggerak mesin diesel mempuyai bagian -bagian dan sistem yang saling berkaitan, sedangkan genset (generator set) merupakan bagian dari generator.…”

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Perencanaan Instalasi Listrik Gedung Warehouse Pt. Xyz Semarang Jawa Tengah

Sumarno,

Irawati,

Gazali

2024

jeis

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Warehouse Building PT. XYZ at Semarang Central Java is a building place for keeping logistics owned by the company with a large area. There is also buildings' support in it so that required system installation suitable electricity with applicable standards such as PUIL 2011 and other standards in the field of electricity. The main electricity supply uses a source from PLN, and the generator is set as a backup source when electricity from PLN is dead. Plan installation at PT. XYZ Warehouse building, namely the installation of lighting, socket installation, air conditioning installation, electronics installation, installation of rolling door, installation of local government fire pump, and installation of clean water transfer pump. There are LVMDP panels, SDP panels, and subpanels as supply power for the installation that will be installed. Breaker rating selection power and dimensions cable delivery person who will use will affect on reliability network installation. Calculation of CRC will influence election breaker power, cable diameter selection delivery, and drop the voltage to happen on the network installation. The calculation was conducted manually. With more formerly collected load data equipment electricity at PT. XYZ Semarang and classification distribution system split panel installation, SDP panel, and LVMDP panel. The total load installed on the PT. XYZ Semarang Warehouse building is known as 318,406 VA or 318 kVA so the needed splicing power from PLN using customer of 329 kVA with use transformer with 400 kVA capacity and required generator set capacity of 400 kVA. The load on the LVMDP panel is 254,725 watts with KHA 569 A, so using MCCB with a rating of 630 A, using cable 7 x NYY 1c x 185 mm 2 with drop voltage 7.47 Volts or by 1.96% on the network 3 phase system. By PUIL 2011 standard decline voltage maximum of 4% so that the drop in the voltage on the LVMDP panel is still by the required standard.

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Rancang Bangun Automatic Transfer Switch (ATS) PLN - Genset 3 Phasa 10 kVA

Cited by 2 publications

References 0 publications

Design and Build Automatic Transfer Switch (ATS) Based Internet of Things on Microgrid System

Design and Build Automatic Transfer Switch (ATS) Based Internet of Things on Microgrid System

Perencanaan Instalasi Listrik Gedung Warehouse Pt. Xyz Semarang Jawa Tengah

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