Monitoring Tegangan dan Arus Pada Panel Surya Menggunakan IoT

Sutikno, Tole; Alfahri, Jekson; Purnama, Hendril Satrian

doi:10.24843/mite.2023.v22i01.p20

Cited by 3 publications

(4 citation statements)

References 19 publications

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“…The utilization of solar energy can be done through various types of natural or nature-based power plants that can be an alternative to replace fossil fuels. For example, solar power plants (PLTS) are one of the solutions that can be counted on [16], [17]. Therefore, in this final project, the author aims to design a power plant design that uses solar thermal energy.…”

Section: Introductionmentioning

confidence: 99%

Two-Axis Solar Panel Tracking Device Prototype With Iot-Based Monitoring

Awan,

Sofwan,

Multi

2024

IJST

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The aim of this project is to develop a dual-axis solar tracker equipped with an IoT monitoring system with the BLYNK platform using Arduino. Overall, solar energy refers to technologies that generate power from sunlight. The utilization of solar energy has been around for centuries and has been widely used without relying on other energy supplies. However, its importance is increasing as environmental awareness grows and the availability of other energy sources, such as fuel, becomes limited. Sun tracking systems are an effective technology that can improve the efficiency of solar panels by following the movement of the sun. With the help of this system, solar panels can automatically orient themselves to sunlight, improve sunlight detection, and increase electricity collection because solar panels can always be in a bright position. This project focuses on developing a two-axis sun tracker using Arduino Uno as the main controller. For its implementation, four light-sensitive resistors (LDRs) are used to detect sunlight and maximum light intensity. Two servo motors are used to move the solar panel according to the direction of sunlight detected by the LDRs. Furthermore, an ESP8266 WIFI device is used as an intermediary between the device and the IoT monitoring system. The IoT monitoring system is a website that serves to store data. The efficiency of this system is tested and compared with single axial sun tracking. The results show that the two-axis solar tracking system generates more power, voltage, and current compared to the single axial solar tracker.

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Section: Introductionmentioning

confidence: 99%

Two-Axis Solar Panel Tracking Device Prototype With Iot-Based Monitoring

Awan,

Sofwan,

Multi

2024

IJST

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“…The development of solar panels as alternative energy is becoming a major focus, with the testing of solar panel characteristics being an important concern. Various test methods, such as I-V, EL, thermal, and endurance, are used to ensure the performance and reliability of solar panels under various environmental conditions [1][2][3][4] [5] [6].…”

Section: Introductionmentioning

confidence: 99%

Photosvaltable Characteristics Monitoring System Using the Internet of Things (IOT)

Sakinah,

Bandri,

Putra

et al. 2024

SEAJAET

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Continuous monitoring of solar panel performance is essential to ensure effective and efficient generation of electrical energy. Developing a monitoring system such as an I-V characteristic curve tracker enables real-time monitoring and identification of potential problems or efficiency improvements. The system utilizes a circuit switching system for accurate and continuous measurement, providing insight into how the solar panel responds to changing environmental and load conditions. The data recorded by temperature, light intensity, current, and voltage sensors on the solar panel provides valuable information about its condition and the environmental factors affecting it. Utilizing IoT technology allows real-time monitoring of the data, accessible via a web page and presented graphically. The data is also stored in Excel format for further analysis, so users can access and monitor continuously as long as they are connected to the internet. From the experimental results, the Voc of the solar panel ranged from 18.7 V to 20.42 V, and Isc between 0.0727 A to 0.2145 A, which were tested under solar irradiation ranging from 100 to 500 W/m². This research demonstrates the importance of continuous monitoring and the effectiveness of the developed monitoring system in providing real-time data for analysis and optimization of solar panel performance. The system has been tested to meet the IEC No. 13B-23 standard for accuracy classes 0.2 and 0.5. A comparison between manual testing and sensor testing shows that despite the difference in accuracy levels, the sensor measurements have a relatively low average error (1.04% for voltage and 0.64% for current) compared to manual measurements, indicating that the sensor is reliable in providing accurate data. This demonstrates the reliability and effectiveness of using the sensor in the solar panel characteristics monitoring system.

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“…This can lead to unexpected interruptions in electricity production from solar panels, forcing reliance on conventional electrical sources and resulting in higher electricity costs. Therefore, integrating IoT into the solar panel system allows for more effective monitoring and timely maintenance to maximize energy efficiency (Sutikno et al, 2023).…”

Section: Introductionmentioning

confidence: 99%

“…Consequently, electricity usage from solar panels cannot be efficiently managed, and electricity must be drawn from conventional power sources, resulting in higher electricity costs. Therefore, integrating IoT into the solar panel system optimizes electricity production and storage to meet energy needs more efficiently (Sutikno et al, 2023).…”

Section: Introductionmentioning

confidence: 99%

Implementation of renewable energy using smart light solar cell system for mosque energy efficiency

Hariyanto,

Utama,

Fatchurrohman

2023

ABDIMAS J. Pengabdi. Masy. Univ. Merdeka Malang

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The outreach activity focuses on improving energy efficiency at Sirothol Mustaqim Mosque in Pasuruan Regency. The primary issue addressed is how to meet the lighting needs of the mosque while minimizing the use of PLN electricity and optimizing the use of lamps and electricity based on the number of congregants. The main objective is to implement renewable energy through solar panels to replace conventional electricity, analyze the efficiency of electricity usage based on lighting requirements, and enhance electricity efficiency based on time and lamp location. Expected outcomes include increased electricity usage efficiency, reduced operational costs for mosque management, and advanced scientific and technological knowledge in the general community. The participatory action research (PAR) method emphasizes active participation and collaboration between academics and the community. The project commences with a field survey to identify energy needs and the potential for solar energy sources on-site. Subsequently, project planning and design are carried out, followed by project implementation with training for mosque administrators. The results of the project's implementation include energy usage efficiency, the integration of renewable energy in a religious context, and contributions to understanding environmental responsibilities. The success of the implementation measure calculations for the usage time of 40-watt lamps using solar energy are provided, along with a comparison of PLN electricity costs and solar energy usage costs. The analyses demonstrate favorable energy efficiency using solar power.

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Monitoring Tegangan dan Arus Pada Panel Surya Menggunakan IoT

Cited by 3 publications

References 19 publications

Two-Axis Solar Panel Tracking Device Prototype With Iot-Based Monitoring

Two-Axis Solar Panel Tracking Device Prototype With Iot-Based Monitoring

Photosvaltable Characteristics Monitoring System Using the Internet of Things (IOT)

Implementation of renewable energy using smart light solar cell system for mosque energy efficiency

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