Inverter Berbasis Accumulator Sebagai Alternatif Penghemat Daya Listrik Rumah Tangga

Apriani, Yosi; Barlian, Taufik

doi:10.32502/jse.v3i1.1233

Cited by 7 publications

(8 citation statements)

References 0 publications

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“…Its function is to control the electronic circuitry once the entire device system is complete. Additionally, other components in this device include a capacitor, which serves as a temporary energy storage (Stiawan & Taufiq, 2020), a diode as an energy rectifier (Apriani & Barlian, 2018), a resistor as an electrical resistance (Rohana & Zulfikar, 2018), and an LDR sensor that automates the sensor lamp (Al Hafiz, 2020). The LDR sensor detects ambient light and automatically controls the lamp, turning it off when it receives light and turning it back on when there is no light.…”

Section: Methodsmentioning

confidence: 99%

Implementation of Energy-Saving Lamp With Automatic System Using LDR SENSOR (Light Dependent Resistor) Combination at Village Guard Posts and Mosques in Probolinggo

Rahmansyah,

Masluha,

Haris

et al. 2023

EPS

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This study presents the design of an energy-saving lamp with an automatic system using LDR (Light Dependent Resistor) sensors. The LDR sensor acts as a light regulator based on its resistance value, influenced by the received light intensity. The sensor activates when there is a slight increase in the received light. This sensor is used in combination with lamps to enable automatic operation, relying on sunlight as an essential aspect. The sensor-controlled lamps remain off during the day and turn on automatically at night due to reduced sunlight. The installation of these sensor-based lamps is implemented in guard posts within residential areas and mushollah to significantly contribute to efficient illumination in the surrounding areas. The benefits of these sensor-based lamps alleviate the need for manual activation by the guards as the lamps function automatically with the integrated sensor system.

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Section: Methodsmentioning

confidence: 99%

Implementation of Energy-Saving Lamp With Automatic System Using LDR SENSOR (Light Dependent Resistor) Combination at Village Guard Posts and Mosques in Probolinggo

Rahmansyah,

Masluha,

Haris

et al. 2023

EPS

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show abstract

“…The inverter's input voltage is commonly supplied by batteries, photovoltaic systems, accumulators, or alternative DC voltage sources (Azmi et al, 2017). Inverters can be distinguished based on their voltage control, such as Voltage-inverters (VIF), current-inverters (CIF), and inverters connected in various ways to the DC voltage (Apriani & Barlian, 2018).…”

Section: Invertermentioning

confidence: 99%

Datasheet-Based Efficiency Comparison Analysis of Alternating Current (AC) And Direct Current (DC) Electrical Systems

Halim,

Cevin Hutabarat,

Sucianti Adam

et al. 2023

JWS

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In today's electrical infrastructure, a significant portion continues to depend on the AC (alternating current) system, necessitating energy conversion from DC (direct current) to AC during power generation and vice versa when reaching consumers. Nonetheless, as renewable energy sources and DC-based electronic devices gain popularity, the DC electrical system presents an attractive alternative. This research compares the energy efficiency between AC and DC electrical systems in school buildings. Through literature review and energy analysis in school buildings, the study found that the DC electrical system is significantly more efficient, achieving an efficiency rate of 89%. In contrast, the AC system only reaches 84%. The implications of this research provide valuable insights for implementing more efficient and sustainable electrical systems in buildings in the future.

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“…Resistor adalah komponen dasar elektronika yang digunakan untuk membatasi jumlah arus yang mengalir dalam satu rangkaian [4]. Sesuai dengan namanya resistor bersifat resistif dan umumnya terbuat dari bahan karbon.…”

Section: Gambar 1 Rangkaian Jembatan Wheatstoneunclassified

Causes of Changes in Resistor Resistance Values in Wheatstone Bridge Circuits

Aprlianto,

Susilo,

Mahindra Abhiyaksa

et al. 2023

JEEE

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The Wheatstone bridge is an arrangement of electrical circuits for measuring a resistance of unknown magnitude. Applying the Wheatstone Bridge theory in the form of a series of electronic components consisting of resistors and strain gauges. In this study, resistors are used which are passive electronic components that have the property of inhibiting electric current. This aims to determine the value of the resistance loss produced by resistors that are used using several different values. Based on the study, it was found that the theoretical resistor is 150Ω after going through the measurement, it turns out to be 120Ω with a resistance loss of 20%, the 560Ω resistor after going through the measurement, it turns out to be 340Ω with a resistance loss of 39%, the 1000Ω resistor after going through the measurement, it turns out to be 570Ω with a resistance loss worth 47%, the resistor is worth 330Ω after going through the measurement it turns out to be worth 220Ω with a resistance loss of 20%, the resistor is worth 100Ω after going through the measurement it turns out to be worth 80Ω with a resistance loss of 20%. Based on the calculations, the difference in value is obtained between theoretical calculations and using measuring instruments. This is due to several factors, namely measuring instruments that are less valid so that it is necessary to carry out a validation test of the tool and the type of component being measured must be in a stable state. The resistance loss resulting from this study is due to several of these factors.

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Inverter Berbasis Accumulator Sebagai Alternatif Penghemat Daya Listrik Rumah Tangga

Cited by 7 publications

References 0 publications

Implementation of Energy-Saving Lamp With Automatic System Using LDR SENSOR (Light Dependent Resistor) Combination at Village Guard Posts and Mosques in Probolinggo

Implementation of Energy-Saving Lamp With Automatic System Using LDR SENSOR (Light Dependent Resistor) Combination at Village Guard Posts and Mosques in Probolinggo

Datasheet-Based Efficiency Comparison Analysis of Alternating Current (AC) And Direct Current (DC) Electrical Systems

Causes of Changes in Resistor Resistance Values in Wheatstone Bridge Circuits

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