MPPT tracking algorithm based on the Perturbation and Observation method

Abdelkader Saidi; Yassine Beddiaf; Rafik Labdani

Article Details

MPPT tracking algorithm based on the Perturbation and Observation method

Authors:

Abdelkader Saidi | Yassine Beddiaf | Rafik Labdani

Publisher:

Université de Khenchela

Journal:

Journal of Mathematics, Engineering and Computer Sciences (JMEC) , pp.8-14

Document Type:

Article

Publication Date:

7/2022

Document Language:

English

Document ID (Org No.):

2001925410

pISSN:

3088-8786

Keywords:

Abstract:

 Efficiency of solar cell depends on absorbed photons and electron-hole pairs (carriers) generated in space charge region, the thickness of which has to be well chosen since the photocurrent is essentially due to the photogeneration of carriers in this region. It is therefore wise to artificially increase thickness of the space charge region by interposing an intrinsic layer I between the regions P and N, to obtain a PIN solar cell. In hydrogenated amorphous silicon (a-Si:H) PIN solar cell, a thick absorber layer (i-layer) can absorb more light to generate carriers, however, a thicker i-layer degrades drift electric field for carrier transport. On the other hand, a thin i-layer cannot absorb enough light. Thickness of i-layer is a key parameter that can limit the performance of amorphous thin film solar cells. In this context, we sought to improve the performance of PIN solar cell by optimizing the i-layer thickness. for this purpose, we have used Matlab software to carry out our simulations. Maximum efficiency of the cell is obtained at the 1.1 µm of thickness of i-layer.

Article Details

MPPT tracking algorithm based on the Perturbation and Observation method

Authors:

Abdelkader Saidi | Yassine Beddiaf | Rafik Labdani

Publisher:

Université de Khenchela

Journal:

Journal of Mathematics, Engineering and Computer Sciences (JMEC) , pp.8-14

Document Type:

Article

Publication Date:

7/2022

Document Language:

English

Document ID (Org No.):

2001925410

pISSN:

3088-8786

Solarcell

PIN structure

conversion efficiency

optimization

simulation

Issues

Article Details

MPPT tracking algorithm based on the Perturbation and Observation method

Authors: Abdelkader Saidi | Yassine Beddiaf | Rafik Labdani

Publisher: Université de Khenchela

Journal: Journal of Mathematics, Engineering and Computer Sciences (JMEC) , pp.8-14

Document Type: Article

Publication Date: 7/2022

Document Language: English

Document ID (Org No.): 2001925410

pISSN: 3088-8786

Solarcell

PIN structure

conversion efficiency

optimization

simulation

Issues

Authors:

Abdelkader Saidi | Yassine Beddiaf | Rafik Labdani

Publisher:

Université de Khenchela

Journal:

Journal of Mathematics, Engineering and Computer Sciences (JMEC) , pp.8-14

Document Type:

Article

Publication Date:

7/2022

Document Language:

English

Document ID (Org No.):

2001925410

pISSN:

3088-8786