Demircan, C. Et Al. 2020. Artificial Bee Colony-Based GMPPT for Non-homogeneous Operating Conditions in a Bifacial CPVT System. MODERN MAXIMUM POWER POINT TRACKING TECHNIQUES FOR PHOTOVOLTAIC ENERGY SYSTEMS , 331-353.

Demircan, C., KEÇEBAŞ, A., & Bayrakci, H. C. , (2020). Artificial Bee Colony-Based GMPPT for Non-homogeneous Operating Conditions in a Bifacial CPVT System. MODERN MAXIMUM POWER POINT TRACKING TECHNIQUES FOR PHOTOVOLTAIC ENERGY SYSTEMS , 331-353.

Demircan, Cihan, ALİ KEÇEBAŞ, And HİLMİ CENK BAYRAKÇI. "Artificial Bee Colony-Based GMPPT for Non-homogeneous Operating Conditions in a Bifacial CPVT System," MODERN MAXIMUM POWER POINT TRACKING TECHNIQUES FOR PHOTOVOLTAIC ENERGY SYSTEMS , 331-353, 2020

Demircan, Cihan Et Al. "Artificial Bee Colony-Based GMPPT for Non-homogeneous Operating Conditions in a Bifacial CPVT System." MODERN MAXIMUM POWER POINT TRACKING TECHNIQUES FOR PHOTOVOLTAIC ENERGY SYSTEMS , pp.331-353, 2020

Demircan, C. KEÇEBAŞ, A. And Bayrakci, H. C. (2020) . "Artificial Bee Colony-Based GMPPT for Non-homogeneous Operating Conditions in a Bifacial CPVT System." MODERN MAXIMUM POWER POINT TRACKING TECHNIQUES FOR PHOTOVOLTAIC ENERGY SYSTEMS , pp.331-353.

@article{article, author={Cihan Demircan Et Al. }, title={Artificial Bee Colony-Based GMPPT for Non-homogeneous Operating Conditions in a Bifacial CPVT System}, journal={MODERN MAXIMUM POWER POINT TRACKING TECHNIQUES FOR PHOTOVOLTAIC ENERGY SYSTEMS}, year=2020, pages={331-353} }