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Sakhr M. Sultan
Sakhr M. Sultan
在 ukm.edu.my 的电子邮件经过验证
标题
引用次数
引用次数
年份
Review on recent Photovoltaic/Thermal (PV/T) technology advances and applications
SM Sultan, MNE Efzan
Solar energy 173, 939-954, 2018
2152018
Theoretical study of new configuration of photovoltaic/thermal solar collector (PV/T) design
MI Fadhel, SM Sultan, SA Alkaff
Advanced Materials Research 772, 681-687, 2013
312013
A new production cost effectiveness factor for assessing photovoltaic module cooling techniques
SM Sultan, CP Tso, EMN Ervina
International Journal of Energy Research 44 (1), 574-583, 2020
262020
A case study on effect of inclination angle on performance of photovoltaic solar thermal collector in forced fluid mode
S M Sultan, CP Tso, EE M N
Renewable Energy Research and Applications 1 (2), 187-196, 2020
222020
A new approach for photovoltaic module cooling technique evaluation and comparison using the temperature dependent photovoltaic power ratio
SM Sultan, CP Tso, MNE Efzan
Sustainable Energy Technologies and Assessments 39, 100705, 2020
222020
A new method for reducing the performance evaluation cost of the photovoltaic module cooling techniques using the photovoltaic efficiency difference factor
SM Sultan, CP Tso, MNE Efzan
Case Studies in Thermal Engineering 21, 100682, 2020
172020
Performance analysis of the photovoltaic/thermal collector (PV/T) system for different Malaysian climatic conditions
SM Sultan, MI Fadhel, SA Alkaff
Applied mechanics and materials 467, 522-527, 2014
162014
A proposed temperature-dependent photovoltaic efficiency difference factor for evaluating photovoltaic module cooling techniques in natural or forced fluid circulation mode
SM Sultan, CP Tso, MNE Efzan
Arabian Journal for Science and Engineering 44, 8123-8128, 2019
132019
Comments on “Performance evaluation of photovoltaic thermal solar air collector for composite climate of India”
SM Sultan, CP Tso, MNE Efzan
Solar Energy Materials and Solar Cells 198, 63-64, 2019
132019
A thermal performance study for different glazed water based photovoltaic thermal collectors
SM Sultan, CP Tso
AIP Conference Proceedings 2030 (1), 2018
102018
A cost effective and economic method for assessing the performance of photovoltaic module enhancing techniques: Analytical and experimental study
SM Sultan, CP Tso, EMN Ervina, MZ Abdullah
Solar Energy 254, 27-41, 2023
82023
Cost and time effective performance evaluation methods for photovoltaic module cooling techniques: Analytical and experimental study
SM Sultan, CP Tso, EMN Ervina, MZ Abdullah
Applied Energy 326, 119940, 2022
72022
A new method for assessing photovoltaic module cooler based on lifespan effectiveness factor
SM Sultan, MZ Abdullah
Case Studies in Thermal Engineering 35, 102126, 2022
72022
Performance analysis of the photovoltaic/thermal solar collector for different Malaysian climatic condition
MS Sakhr, MI Fadhel, SA Alkaff
Journal of Applied Mechanics and Materials 467, 522-527, 2014
72014
Performance analysis of the PV/thermal collector (PV/T) system for different Malaysian climatic conditions
SM Sultan, MI Fadhel, SA Alkaff
Appl Mech Mater 467, 522-527, 2014
52014
Modified methods for assessing photovoltaic solar thermal collectors
SM Sultan
Case Studies in Thermal Engineering 28, 101690, 2021
42021
Alternative determination of critical mass flow rate for the photovoltaic solar thermal collector in forced fluid mode
SM Sultan, CP Tso, MNE Efzan
Case Studies in Thermal Engineering 23, 100805, 2021
42021
The effect of mass flow rate and solar radiation on the photovoltaic efficiency of a glazed water based PVT
SM Sultan, CP Tso, E Efzan
AIP Conference Proceedings 2030 (1), 2018
42018
Revolutionizing photovoltaic excellence: Unveiling a cutting-edge approach to assessing module enhancers for optimal area and cost efficiency
SM Sultan, CP Tso, RK Ajeel, K Sobayel, MZ Abdullah, K Sopian, ...
Case Studies in Thermal Engineering 55, 104139, 2024
32024
Parametric Study of Photovoltaic Thermal Solar Collector Using An Improved Parallel Flow
SM Sultan, CP Tso, EEM Noor, FM Ibrahim, SA Alkaff
Journal of Engineering Technology and Applied Physics 2 (1), 19-24, 2020
32020
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