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All Journal Buletin Udayana Mengabdi Jurnal Teknik Elektro JURNAL NASIONAL TEKNIK ELEKTRO Buletin Ilmiah Nagari Membangun Dinasti International Journal of Digital Business Management Jurnal MESIL (Mesin Elektro Sipil) Dinamika Lingkungan Indonesia Elektriese: Jurnal Sains dan Teknologi Elektro Journal Of Indonesian Social Society
Rosnita Rauf
Universitas Ekasakti
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Journal : Dinasti International Journal of Digital Business Management

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Study of Electrical System Analysis of Instructor Dormitory Type 54 of West Sumatera Shipping Polytechnic Hanafi, Raka Putra; Ridal, Yani; Rauf, Rosnita
Dinasti International Journal of Digital Business Management Vol. 6 No. 4 (2025): Dinasti International Journal of Digital Business Management (June - July 2025)
Publisher : Dinasti Publisher

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.38035/dijdbm.v6i4.5161

Abstract

Electrical installation is a vital component in supporting the function and operation of a building, especially in residential facilities such as dormitories. Installations that do not meet standards can cause various problems such as power outages, overloading, and potential fire hazards. This study aims to analyze the electrical system in the Type 54 Dormitory Instructor of the West Sumatra Shipping Polytechnic based on the Indonesian National Standard (SNI) and General Requirements for Electrical Installations (PUIL) 2011. The results of the analysis show that the total installed power is 106,992 Watts using a 3-phase MCCB 224-320A with an incoming cable size from LVMDP NYY 4 x 120 mm². The incoming electrical power from PLN is 82.5 kVA (125A). DP.PLT 1 total load is 35,664 Watts using a 3-phase MCCB 100A with a cable size of NYY 4 x 25 mm². DP.PLT 2 total load of 35,664 Watts using 3-phase 100A MCCB with NYY cable size 4 x 25 mm². DP.PLT 3 total load of 35,664 Watts using 3-phase 100A MCCB with NYY cable size 4 x 25 mm². Although the installation has been running, the results of the study show that the electrical system has not fully met the criteria for reliability, safety, and energy efficiency. Therefore, evaluation and improvement of the system are needed to ensure safe and sustainable operational continuity.
Study of Electrical System Analysis of the Cadet Dorm Building of the West Sumatra Snailing Polytechnic Muchtar, Niko Zainudin; Rauf, Rosnita; Anshar, Chairul Nazalul
Dinasti International Journal of Digital Business Management Vol. 6 No. 5 (2025): Dinasti International Journal of Digital Business Management (August - Septembe
Publisher : Dinasti Publisher

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.38035/dijdbm.v6i5.5238

Abstract

The quality of electrical installations is highly dependent on the implementation and application of electrical installation standards, namely PUIL 2011 (General Requirements for Electrical Installations) and other supporting regulations. The implementation is to ensure the safety of humans, tools, and buildings, as well as the main requirement for electrical installations to be carried out safely, reliably, and environmentally friendly. So it is necessary to conduct an evaluation of the electrical system to ensure the safety, reliability, and efficiency of the system are in accordance with electrical installation standards. In the cadet dormitory building, there are several rooms that function as bedrooms, living rooms, pantries, warehouses, and toilets with an electrical system consisting of power outlets, lighting installations, and air conditioning. Based on the results of the study, the total installed load of LVMDP is 104,134 Watts using a 3-phase 250A MCCB with a cable size of 4x240 mm2 NYFGbY. The 1st floor AC panel has a total load of 27,360 Watts using a 3-phase 80A MCCB using a cable of 4x35 mm2 NYY. Lighting Panel & Socket on the 1st floor total load of 9,762 Watts using 3 phase 40A MCB using 4x16 mm2 NYY cable. AC Panel on the 2nd floor total load of 27,360 Watts using 3 phase 80A MCCB using 4x35 mm2 NYY cable. Lighting Panel & Socket on the 2nd floor total load of 5,473 Watts using 3 phase 20A MCB using 4x4 mm2 NYY cable. AC Panel on the 3rd floor total load of 27,360 Watts using 3 phase 80A MCCB using 4x35 mm2 NYY cable. Lighting Panel & Socket on the 3rd floor total load of 6,819 Watts using 3 phase 32A MCB using 4x6 mm2 NYY cable
Co-Authors Arsel, Sandy Permana Azmil Azman Budiman Budiman Budiman Budiman Budiman Chairul Nazalul Anshar Desriyenti, Desriyenti Ellyza Nurdin Hanafi, Raka Putra I Ketut Budaraga Isna Juwita M. Alip Merry Thressia Muchtar, Niko Zainudin Mufrida Meri. Z Mustaqin, N Nilhusna Pratama, J Ramaiyulis, Ramaiyulis Ridal, Y Ridal, Yani Rivaldo, R Rozza Linda Sunreni Wahyouni Wahyouni