Yarar, N. Et Al. 2023. Artificial neural networks based harmonics estimation for real university microgrids using hourly solar irradiation and temperature data. Energy Nexus , vol.9 .

Yarar, N., Yağcı, M., Bahçeci, S., Önen, A., & Üstün, T. S., (2023). Artificial neural networks based harmonics estimation for real university microgrids using hourly solar irradiation and temperature data. Energy Nexus , vol.9.

Yarar, Nurcan Et Al. "Artificial neural networks based harmonics estimation for real university microgrids using hourly solar irradiation and temperature data," Energy Nexus , vol.9, 2023

Yarar, Nurcan Et Al. "Artificial neural networks based harmonics estimation for real university microgrids using hourly solar irradiation and temperature data." Energy Nexus , vol.9, 2023

Yarar, N. Et Al. (2023) . "Artificial neural networks based harmonics estimation for real university microgrids using hourly solar irradiation and temperature data." Energy Nexus , vol.9.

@article{article, author={Nurcan Yarar Et Al. }, title={Artificial neural networks based harmonics estimation for real university microgrids using hourly solar irradiation and temperature data}, journal={Energy Nexus}, year=2023}