Şener Oktik

Şener Oktik

About:

Prof. Dr. Şener Oktik graduated from Ankara University with a degree in Physics in 1976 and received his M.Eng. in Applied Physics in 1977 from the same university. He obtained a Ph.D. degree from Durham University (UK) in 1982. Prof. Oktik became Associate Professor, a full Professor in 1995. Throughout his carrier, he has been involved in theoretical and experimental studies in many levels of growth of bulk, thin and thick film inorganic and organic materials  as well as  devices and extent his work to industrial application up production level. During his career he has been in academia as; lecturer, research scientist and administrator, senior administrator at national and international institutes such as: Durham University (UK), Lecce University (Italy, Stuttgart University (Germany), Selçuk University, Muğla University  and Kadir Has University. In this part of his carrier; he served as a Vice Rector, and the Rector for Muğla University, and he contributed to “Qualification Framework” committee of The Council of Higher Education for Turkey and European Council. He was in the Turkish Delegation for “The Accession Process of Turkey to European Union to negotiate Research and Technology, Education and Culture Chapters” and served as a member in the Advisory Board of TUBITAK, Marmara Research Centre. In the industrial research and technological development part of his carrier he worked as senior research scientist, senior technologist and senior executive in Turkey and abroad; in England (BP Solar, Sunbury, Imperial Chemical Industries PLC (Currently Akzo Nobel), Industrial Research Labs of Durham University (UK), in Turkey (Sisecam ) Anel Group, Arıkanlı Holding.  Prof. Oktik was the Chief Research & Technological Development Officer (CTO) of Sisecam between 2012 and 2020. Currently he is  a member of Sisecam Board of Directors  and a senior lecturer at Kadir Has University.

He is currently a member of the Advisory Committee of International Commission on Glass, “ICG” and serving at the International Advisory Boards of International Conference on Coatings on Glass and Plastics, Society of Vacuum Coaters and The Centre for Functional and Surface Functionalized Glass (Slovakia) and he is also in the Scientific Committee of “European Photovoltaic Solar Energy Conference EUPVSEC” , the honoraray  chairman of Turkish Solar Energy Industry Association , executive committee member of Clean Energy Foundation. Prof. Oktik is author/co-author of over 100 scientific and technical publications and inventor/co-inventor of two world patents.

Title and Abstract of the Speech: 

Transparent Photovoltaic Solar Cells and Solar Windows

Şener Oktik

Kadir Has University, Turkey

Almost 55% of solar energy is in the visible region (380nm-780nm). Contributions of ultraviolet (280nm-380nm) and near infrared (780nm-2500nm) regions are   ̴ 4% and ̴ 41% respectively. Thus at the first glance the idea of  “converting solar energy by photovoltaic process via transparent solar cells” might seem to be  a bit  controversial. However, the most cutting-edge research and technological development efforts on new transparent organic photovoltaic (TOPV) solar cell have shown that this new field has  a  great potential to change the game in photovoltaic industries. Combining PV solar energy generation and transparency opens up new applications for variety of industries such as; construction, transport, electronics, display technologies etc. Thus progress in (TOPV) has been exponential and dynamically reviewed (1,2). Recently it is demonstrated that transparent organic photovoltaic cells with  a power conversion efficiency of 10.8% and visible transparency of ∼50% (3).

This work would be concentrated on TOPV and solar windows only.  There is a common belief that when TOPV field reaches to technological and commercial maturity,  solar  windows   would replace  the most of the traditional glass windows  and facades in  commercial and domestic buildings. This would overcome problems related to large land parcels or roof spaces for PV conversion.  It is estimated that the size of the current glass facades in USA is about 5 to 7 billion square meters and installing transparent solar cells on windows and the facades might provide 40% of energy demand.

  1. Husain, A.A.F., et.al., A review of transparent solar photovoltaic Technologies, Renewable and Sustainable Energy Reviews Volume 94, October 2018, Pages 779-791
  2. M., et.al., Recent Developments in Solar Energy-Harvesting Technologies for Building Integration and Distributed Energy Generation, MDPI Energies 2019, 12, 1080; doi:10.3390/en12061080
  3. Li et al, Color-neutral, semitransparent organic photovoltaics for power window applications, The Proceedings of the National Academy of Sciences (PNAS) September 1, 2020 117 (35) 21147-21154