A Modified Halogen Solar Simulator

Tanesab, Julius; Ali, Muchammad; Parera, Gratia; Mauta, James; Sinaga, Rusman

doi:10.4108/eai.18-10-2019.2289851

Cited by 6 publications

(3 citation statements)

References 9 publications

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“…Small changes in the value of non uniformity can also be seen in the effective area of 36%, 64%, and 100%. The distance between the lamp and the test bed has an effect on the observed radiation intensity, where the longer the distance between the lamp and the test bed, the lower the radiation intensity value [29]. However, some research have discovered that the distance between the lamp and the test bed affects the non uniformity value, with the non uniformity value decreasing as the distance between the lamp and the test bed comes closer [13].…”

Section: Voltage Vs Irradiation Intensity Test and Non Uniformitymentioning

confidence: 99%

Solar Simulator Development for 50 WP Solar Photovoltaic Experimental Design Using Halogen Lamp

Arifin¹,

Kuncoro²,

Hijriawan³

2021

IJHT

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Indoor testing with a solar simulator is recommended to acquire the steady-state performance of a PV Solar Panel. Because of the simplicity, reproducibility, and dependability of data, the solar simulator allows for more efficient test findings. This can be accomplished by modifying and manipulating the test circumstances as needed. Several conditions must be met during the testing of the solar simulator, including power density, uniformity and stability of irradiance intensity (not exceeding 10%), spectral energy distribution, and angle of sunlight incident. Besides, the light source that replaces the sunlight is an important factor in developing a solar simulator. In this study, halogen lamps were chosen because of their reliability, low cost, and easy availability in the market. This solar simulator is designed for experimental testing on the development of Solar PV panels with a capacity of 50 WP. The solar simulator test performed at a distance of 75cm between the lamp and the solar panel, with five voltage variations: 100 volts, 125 volts, 160 volts, 190 volts, and 225 volts. Based on the ASTM E927 standard, the results of the solar simulator test in class B are obtained with an effective area of 16%. This result brought the best non uniformity of 2.61% at a voltage of 190 volts and the highest irradiance intensity of 1156.313 W/m2 at 225 volts.

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Section: Voltage Vs Irradiation Intensity Test and Non Uniformitymentioning

confidence: 99%

Solar Simulator Development for 50 WP Solar Photovoltaic Experimental Design Using Halogen Lamp

Arifin¹,

Kuncoro²,

Hijriawan³

2021

IJHT

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“…Tests are carried out to obtain solar panel performance that meets installation requirements according to power capacity requirements (Frolova et al, 2019). The characteristics of sunlight in Indonesia, which is at the equator, make it possible to carry out a simulation process using halogen lamp light (Tanesab et al, 2019). Test data recording is often carried out through variations in lighting through conditioning the voltage supply to the lamp.…”

Section: Introductionmentioning

confidence: 99%

Comparative Analysis of Solar Panel Tilt and Lighting in Design Solar Test Simulator

Hajar,

Faza

2024

Int J Res Rev

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Designing the Solar Panel Test Simulator by means of setting up the solar panel placement holder so that the designed tool is able to provide a simulation of solar panel measurements based on actual conditions. The performance of the solar panels is shown through a monitor display placed on the design which will contain information about the solar panels as a whole. Limitations in placing the position of the solar panels will not provide a reference regarding the measurement conditions based on the angle of incidence of the sun, so further planning needs to be done regarding the position of the solar panels when the measurements are taken. The development carried out in the design of this tool is in the form of setting the solar panel mount in the form of a tilt of the solar panel mount of 00, 900, 1800, and a halogen lamp distance of 30 cm as the energy source for measurements. Measurement results based on design, temperature 46 0C and light 100% Keywords: Solar Panels, Solar Test Simulator, sun angle, inclination, design

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“…Tests are carried out to obtain the performance of solar panels according to installation requirements according to power capacity requirements (Frolova et al, 2019). The characteristics of sunlight in Indonesia, which is at the equator, make it possible to carry out a simulation process using halogen lamps (Tanesab et al, 2019). Recording of test data is often carried out through variations in lighting through conditioning of the supply voltage of the lamp.…”

Section: Introduction 11 Backgroundmentioning

confidence: 99%

Analysis of System Degrees of Tilts of Solar Panel for Energy Utilization Using Solar Test Simulator

et al. 2023

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The design of the Solar Panel Test Simulator by means of setting the solar panel placement stand so that the designed tool is able to provide a simulation of solar panel measurements based on actual conditions. The performance of the solar panels is shown through a monitor display placed on the design that will contain information about the solar panels as a whole. Limitations in placing the position of the solar panel will not provide a reference regarding measurement conditions based on the angle of incidence of the sun, so it is necessary to do further design regarding the position of the solar panel when the measurement is carried out. The development carried out in the design of this tool is in the form of setting the solar panel mount in the form of a solar panel mount tilt of 450, 900, 1350, and the distance of the halogen lamp 30cm as the energy source is measured. The measurement results are based on an average design temperature difference of 0.49% with a voltage of 1.55%.

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A Modified Halogen Solar Simulator

Cited by 6 publications

References 9 publications

Solar Simulator Development for 50 WP Solar Photovoltaic Experimental Design Using Halogen Lamp

Solar Simulator Development for 50 WP Solar Photovoltaic Experimental Design Using Halogen Lamp

Comparative Analysis of Solar Panel Tilt and Lighting in Design Solar Test Simulator

Analysis of System Degrees of Tilts of Solar Panel for Energy Utilization Using Solar Test Simulator

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