NUMERICAL AS INVESTIGATION OF ELECTRICITY GENERATION BY THERMOELECTRIC GENERATORS FROM PHOTOVOLTAIC PANELS COOLED BY PASSIVE COOLING METHOD USING HEAT PIPES

İsmail Karalı; Ahmet Kabul; Mehmet Ali Özçelik

Makale detayları

NUMERICAL AS INVESTIGATION OF ELECTRICITY GENERATION BY THERMOELECTRIC GENERATORS FROM PHOTOVOLTAIC PANELS COOLED BY PASSIVE COOLING METHOD USING HEAT PIPES

Yazarlar:

İsmail Karalı | Ahmet Kabul | Mehmet Ali Özçelik

Yayıncı:

Gaziantep University

Dergi:

The International Journal of Energy and Engineering Sciences Vol.8 Issue 2, pp.14-27

Belge Tipi:

Makale

Yayın Tarihi:

12/2023

Belge Dili:

İngilizce

Document ID (Org No.):

2001293197

pISSN:

2602-294X

Anahtar kelimeler:

Özet:

 The temperature of the photovoltaic modules is at the ambient temperature at sunrise, and the cell temperature increases during the day depending on the radiation intensity and the active cooling system. This increase in cell temperature causes a loss of efficiency in the PV panel. For this reason, PV panels are being tried to be cooled by different methods. This study covers creating a hybrid PV panel system that can generate electricity by the Seebeck effect of thermoelectric generators while cooling the overheated photovoltaic panel. With the hybrid structure created, both prevent the efficiency decrease caused by overheating in photovoltaic panels and electricity generation with a thermoelectric generator while cooling PV panels were examined. In the study, the average temperature of the PVT panel system without a thermoelectric module was 45, and the average temperature of the PVT hybrid structure using thermoelectric was 47. The thermoelectric generators hot and cold surface temperatures were tested at 43 and 42, respectively.

 The temperature of the photovoltaic modules is at the ambient temperature at sunrise, and the cell temperature increases during the day depending on the radiation intensity and the active cooling system. This increase in cell temperature causes a loss of efficiency in the PV panel. For this reason, PV panels are being tried to be cooled by different methods. This study covers creating a hybrid PV panel system that can generate electricity by the Seebeck effect of thermoelectric generators while cooling the overheated photovoltaic panel. With the hybrid structure created, both prevent the efficiency decrease caused by overheating in photovoltaic panels and electricity generation with a thermoelectric generator while cooling PV panels were examined. In the study, the average temperature of the PVT panel system without a thermoelectric module was 45, and the average temperature of the PVT hybrid structure using thermoelectric was 47. The thermoelectric generators hot and cold surface temperatures were tested at 43 and 42, respectively.

 The temperature of the photovoltaic modules is at the ambient temperature at sunrise, and the cell temperature increases during the day depending on the radiation intensity and the active cooling system. This increase in cell temperature causes a loss of efficiency in the PV panel. For this reason, PV panels are being tried to be cooled by different methods. This study covers creating a hybrid PV panel system that can generate electricity by the Seebeck effect of thermoelectric generators while cooling the overheated photovoltaic panel. With the hybrid structure created, both prevent the efficiency decrease caused by overheating in photovoltaic panels and electricity generation with a thermoelectric generator while cooling PV panels were examined. In the study, the average temperature of the PVT panel system without a thermoelectric module was 45, and the average temperature of the PVT hybrid structure using thermoelectric was 47. The thermoelectric generators hot and cold surface temperatures were tested at 43 and 42, respectively.

 The temperature of the photovoltaic modules is at the ambient temperature at sunrise, and the cell temperature increases during the day depending on the radiation intensity and the active cooling system. This increase in cell temperature causes a loss of efficiency in the PV panel. For this reason, PV panels are being tried to be cooled by different methods. This study covers creating a hybrid PV panel system that can generate electricity by the Seebeck effect of thermoelectric generators while cooling the overheated photovoltaic panel. With the hybrid structure created, both prevent the efficiency decrease caused by overheating in photovoltaic panels and electricity generation with a thermoelectric generator while cooling PV panels were examined. In the study, the average temperature of the PVT panel system without a thermoelectric module was 45, and the average temperature of the PVT hybrid structure using thermoelectric was 47. The thermoelectric generators hot and cold surface temperatures were tested at 43 and 42, respectively.

Makale detayları

NUMERICAL AS INVESTIGATION OF ELECTRICITY GENERATION BY THERMOELECTRIC GENERATORS FROM PHOTOVOLTAIC PANELS COOLED BY PASSIVE COOLING METHOD USING HEAT PIPES

Yazarlar:

İsmail Karalı | Ahmet Kabul | Mehmet Ali Özçelik

Yayıncı:

Gaziantep University

Dergi:

The International Journal of Energy and Engineering Sciences Vol.8 Issue 2, pp.14-27

Belge Tipi:

Makale

Yayın Tarihi:

12/2023

Belge Dili:

İngilizce

Document ID (Org No.):

2001293197

pISSN:

2602-294X

Thermoelectric generator

Heat pipe

PV panel

Numerical analysis

Hybrid PV panel

Sayı

Makale detayları

NUMERICAL AS INVESTIGATION OF ELECTRICITY GENERATION BY THERMOELECTRIC GENERATORS FROM PHOTOVOLTAIC PANELS COOLED BY PASSIVE COOLING METHOD USING HEAT PIPES

Yazarlar: İsmail Karalı | Ahmet Kabul | Mehmet Ali Özçelik

Yayıncı: Gaziantep University

Dergi: The International Journal of Energy and Engineering Sciences Vol.8 Issue 2, pp.14-27

Belge Tipi: Makale

Yayın Tarihi: 12/2023

Belge Dili: İngilizce

Document ID (Org No.): 2001293197

pISSN: 2602-294X

Thermoelectric generator

Heat pipe

PV panel

Numerical analysis

Hybrid PV panel

Sayı

Yazarlar:

İsmail Karalı | Ahmet Kabul | Mehmet Ali Özçelik

Yayıncı:

Gaziantep University

Dergi:

The International Journal of Energy and Engineering Sciences Vol.8 Issue 2, pp.14-27

Belge Tipi:

Makale

Yayın Tarihi:

12/2023

Belge Dili:

İngilizce

Document ID (Org No.):

2001293197

pISSN:

2602-294X