Indonesia Conference Directory


<< Back

DESIGN OF ELECTRICITY ENERGY SOURCES IN SEMARANG PGRI UNIVERSITY USING OFF-GRID SOLAR PANEL SYSTEMS
Adhi Kusmantoro(a*), Mega Novita(b), Th.Indriati Wardani(c)

(a)Faculty of Engineering and Information, University of PGRI Semarang, Jl. Sidodadi Timur No.24, Central Java 50232,Indonesia
*adhiteknik[at]gmail.com
(b)Faculty of Engineering and Information, University of PGRI Semarang, Jl. Sidodadi Timur No.24, Central Java 50232,Indonesia
(c)Faculty of Mathematics and Natural Sciences Information Technology, University of PGRI Semarang, Jl. Sidodadi Timur No.24, Central Java 50232,Indonesia


Abstract

The source of electricity in each university building in PGRI Semarang is obtained from each distribution transformer or power transformer. The power transformer used to distribute electricity in the central building (GP) has a capacity of 400 KVA, while the power transformer used in the main building (GU) has a capacity of 160 KVA. In the previous study, identification of the quality of electrical power in the PGRI University Semarang building, obtained a low power data factor and a large electrical network harmonics. The problem was solved by designing and installing bank capacitors and harmonic filters. To avoid dependence on PLN electricity and not using a generator when PLN electricity goes out, the source of electrical energy is designed by using solar energy sources through Photovoltaic. Solar Panel as an important component of solar power plants, converts sunlight into electricity. Generally we calculate the maximum amount of sunlight that is converted into electricity throughout the day is 5 hours. Electricity in the morning is stored in the battery, so electricity can be used at night, where without sunlight. Based on the identification of the load in the GP is 26.12 KW, then in the design using solar energy as many as 27 solar panels are needed. As for the storage system uses 44 batteries 100Ah battery. Off-grid solar panel systems are only used when PLN electricity goes out or can be used at night. The research method used is observing the amount of electrical load, calculating the capacity of solar panels and batteries, and simulating the model using a Power Simulator.

Keywords: Solar Panel, Battery, PLTS off-grid, Charger Controller

Topic: Computer Engineering

Link: https://ifory.id/abstract/t7GvhbHCc2mB

Conference: THE 7th INTERNATIONAL CONFERENCE ON DV-X? METHOD (ICDM 2019)

Plain Format | Corresponding Author (adhi kusmantoro)

Featured Events

<< Swipe >>
<< Swipe >>

Embed Logo

If your conference is listed in our system, please put our logo somewhere in your website. Simply copy-paste the HTML code below to your website (ask your web admin):

<a target="_blank" href="https://ifory.id"><img src="https://ifory.id/ifory.png" title="Ifory - Indonesia Conference Directory" width="150" height="" border="0"></a>

Site Stats