SCNN Based Electrical Characteristics of Solar Photovoltaic Cell Model

Purwahyudi, Bambang; Kuspijani, Kuspijani; Ahmadi, Ahmadi

doi:10.11591/ijece.v7i6.pp3198-3206

Cited by 8 publications

(8 citation statements)

References 3 publications

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“…Measurements were recorded every one hour. The results clearly indicated the effect of sunlight frequency on the response of the solar cells [8]. However, the intensity of radiation did not affect the output response of the investigated solar cells.…”

Section: Results and Analysis 31 Effect Of Sunlight On The Solar Cementioning

confidence: 72%

Response of Polycrystalline Solar Cell Outputs to Visible Spectrum and other Light Sources-a Case Study

Al-Rawashdeh¹,

Albarbarawi²,

Qaryouti³

2018

IJECE

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<p>In this case study, two polycrystalline solar modules were installed outdoors (irradiated by sunlight) and indoors (irradiated by artificial lights). The solar cells in both cases were installed using different color filters that allowed the passage of certain light frequencies. The amount of energy produced by each module were measured and compared to a reference module with no filter. The results indicated the variable response of polycrystalline solar cells to natural and artificial light sources, being more responsive in both cases to red band color as could be deduced from their % current outputs (72.5% sunlight radiation; 84.38% artificial light sources). Other colors, including yellow, green, orange and violet afforded acceptable outputs. The results indicated that electrical outputs of indoor solar cells decreased when colored filters were used, but red filter in general afforded the maximum outputs, for both the artificially radiated indoor and naturally radiated outdoor solar cells. The case study suggests the possible complementary advantage of using indoor mounted solar cells for the production of electricity during artificial illumination period of the day.</p>

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Section: Results and Analysis 31 Effect Of Sunlight On The Solar Cementioning

confidence: 72%

Response of Polycrystalline Solar Cell Outputs to Visible Spectrum and other Light Sources-a Case Study

Al-Rawashdeh¹,

Albarbarawi²,

Qaryouti³

2018

IJECE

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“…Technological advances in the use of Renewable Energy Sources (RES) have increased [1][2]. The application is flexible, especially in remote areas where there is no electricity grid, but renewable energy sources are abundant [3][4].…”

Section: Introductionmentioning

confidence: 99%

Stability and reliability of low voltage hybrid AC-DC microgrids power flow model in islanding operation

Afianti

Penangsang

Soeprijanto

2020

IJEECS

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The problem of decreasing and increasing power flow in hybrid AC-DC microgrids in island operations is the concern of this research. This condition arises if one sub-microgrid cannot supply load power requirements, either due to a decrease in power at the source or an increase in load on the sub-microgrid network. As a result, in this research used the bidirectional converter as an interlinking converter, the converter can change the power flow from the ac sub microgrid to the dc sub microgrid and vice versa. With this bidirectional converter, load power requirements can be met even though there is a power change in one of the sub microgrid. The simulation in this research support by Simulink/Matlab software. The model is built in a low voltage system, and the power flow analysis is in steady-state condition with two different cases. The simulation results show the stability and reliability of the power flow in both sub microgrid with stable frequency and voltage when power and load change occur.

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“…Apart from this, the study also emphasized on achieving better accuracy of it using differential processing of power technique. The sudy is done by Purwahyudi et al [33] "self constructing neural network (SCNN)" technuqe employed to enhance the accuracy of the electrnical characteristics in to the solar PV cell model. Similarly Pradhan and Panda [34] this review study focused on real time experiment to examine the result of differents factors like irradiance, heat, and angle of tilt, soiling, darkness over the power outcome of the pv- [35] demonstarted modeling of a stand alone energy system which is focused over Photovoltaic energy techniques.…”

Section: Introductionmentioning

confidence: 99%

A cost effective computational design of maximum power point tracking for photo-voltaic cell

Yoganandini¹,

Anitha²

2019

IJECE

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<p>Maximum Power Point Tracking (MPPT) is one of the essential controller operations of any Photo-Voltaic (PV) cell design. Developing an efficient MPPT system includes a significant challenge as there are various forms of uncertainty factors that results in higher degree of fluctuation in current and voltage in PV cell. After reviewing existing system, it has been found that there is no presence of any benchmarked model to ensure a better form of computational model. Hence, this paper presents a novel and very simple design of MPPT without using any form of complex design mechanism nor including any form of frequently used iterative approach. The proposed model is completely focused on developing an algorithm that takes the input of voltage (open circuit), current (short circuit), and max power in order to obtain the peak power to be extracted from the PV cells. The study outcome shows faster response time and better form of analysis of current-voltage-power for given state of PV cells.</p>

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SCNN Based Electrical Characteristics of Solar Photovoltaic Cell Model

Cited by 8 publications

References 3 publications

Response of Polycrystalline Solar Cell Outputs to Visible Spectrum and other Light Sources-a Case Study

Response of Polycrystalline Solar Cell Outputs to Visible Spectrum and other Light Sources-a Case Study

Stability and reliability of low voltage hybrid AC-DC microgrids power flow model in islanding operation

A cost effective computational design of maximum power point tracking for photo-voltaic cell

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