dr. puvaneswaran a/l chelvanathan

pensyarah universiti

institut penyelidikan tenaga suria (seri)

No. Telefon Rasmi :  6048

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :

  • Dr. Puvaneswaran Chelvanathan is a Senior Lecturer at the Solar Energy Research Institute (SERI), Universiti Kebangsaan Malaysia (UKM). After the higher secondary education, he received the Malaysian Public Service scholarship to study microelectronic engineering, where he got B.Eng (2009) from Universiti Kebangsaan Malaysia (UKM), Masters (2012) and PhD (2016) from the same institute. He has been working on thin film solar cell science and technology since 2008. He is primary research focus is on developing low-cost, high-scalable thin film solar photovoltaic technology for terawatt deployment.

  • savisha mahalingam, abreeza manap, ramisha rabeya, kam sheng lau, chin hua chia, huda abdullah, nowshad amin, puvaneswaran chelvanathan.  (2023).  electron transport of chemically treated graphene quantum dots-based dye-sensitized solar cells.  - electrochimica acta.  1-10. 

     

    nur syamimi noorasid, faiz arith, ahmad nizamuddin mustafa, puvaneswaran chelvanathan, mohammad istiaque hossain, mohd asyadi azam, nowshad amin.  (2023).  improved performance of lead free perovskite solar cell incorporated with tio2 etl and cui htl using scaps.  - applied physics a-materials science & processing.  1-16. 

     

    omar raed alobaidi, puvaneswaran chelvanathan, sieh kiong tiong, badariah bais, md. akhtar uzzaman, nowshad amin.  (2022).  transparent antenna for green communication feature: a systematic review on taxonomy analysis, open challenges, motivations, future directions and recommendations.  - ieee access.  12286-12321. 

     

    e.s. hossain, p. chelvanathan, b. bais, n. azmi, s.a. shahahmadi, y. yussof, k.sopian & n. amin.  (2022).  enhancement in structural and optical properties of copper tin sulphide (cts) thin films via sulphurization process.  - materials science in semiconductor processing.  1-5. 

     

    m.i. elsmani, n. fatima, i. torres, s. fernández, m. p. a. jallorina, p. chelvanathan, a. r. mohd rais, m. n. md daud, s. n. syed nasir, s. sepeai, n. ahmad ludin, m. a. mat teridi, k. sopian, m. a. ibrahim.  (2022).  raytracing modelling of infrared light management using molybdenum disulfide (mos2) as a back-reflector layer in a silicon heterojunction solar cell(shj).  - materials.  1-13. 

     

    savisha mahalingam, abreeza manap, ramisha rabeya, kam sheng lau, chin hua chia, huda abdullah, nowshad amin, puvaneswaran chelvanathan.  (2023).  electron transport of chemically treated graphene quantum dots-based dye-sensitized solar cells.  - electrochimica acta.  1-10. 

     

    nur syamimi noorasid, faiz arith, ahmad nizamuddin mustafa, puvaneswaran chelvanathan, mohammad istiaque hossain, mohd asyadi azam, nowshad amin.  (2023).  improved performance of lead free perovskite solar cell incorporated with tio2 etl and cui htl using scaps.  - applied physics a-materials science & processing.  1-16. 

     

    e.s. hossain, p. chelvanathan, b. bais, n. azmi, s.a. shahahmadi, y. yussof, k.sopian & n. amin.  (2022).  enhancement in structural and optical properties of copper tin sulphide (cts) thin films via sulphurization process.  - materials science in semiconductor processing.  1-5. 

     

    s. mahalingam, a. manap, k.s. lau, a. omar, p. chelvanathan, c.h. chia, n. amin, i.j. mathews, n.f. afandi, n.a. rahim.  (2022).  mixture deposition method for graphene quantum dots-based dye-sensitized solar cell.  - electrochimica acta.  13973-13977. 

     

    n.s.noorasid, f.arith, a.n.mustafa, m.a.azam, s.mahalingam, p.chelvanathan, n.amin.  (2022).  current advancement of flexible dye sensitized solar cell: a review.  - optik.  1-19. 

     

    m ibrahim, p chelvanathan, mh miraz, hi alkhammash, akm hasan, md akhtaruzzaman, k althubeiti, md shahiduzzaman, k sobayel, n kamal.  (2022).  comprehensive study on cdse thin film as potential window layer on cdte solar cell by scapd-1d.  - chalcogenide letters.  33-43. 

     

    mohamad ibrahim, p. chelvanathan, m. mottakin, ghulam muhammad, mahdi h. miraz, md. akhtaruzzaman, md. shahiduzzaman, k. sobayel, n. kamal.  (2022).  effect of cucl2 treatment on rf magnetronsputtered cdse thin films for potential photovoltaic usage.  - japanese journal of applied physics.  1-8. 

     

    hassan ahmoum, guojian li, mohd sukor su'ait, mourad boughrara, puvaneswaran chelvanathan, yassine khaaissa, mohamed kerouad, qiangwang.  (2021).  the impact of precursor thickness and surface roughness on the power factor of cu2znsns4 (czts) at near room temperature: spin-coating deposition.  - superlattices and microstructures.  1-10. 

     

    j. husna, p. s. menon, p. chelvanathan, m. a. mohamed, s. k. tripathy, t. r. lenka.  (2021).  numerical study of semi-transparent thin film heterojunction p-cuo/nzno/azo/ito solar cells device model using scaps-1d.  - chalcogenide letters.  667-679. 

     

    k. nurhafiza, p. chelvanathan, k. sobayel, f. t. munna, huda abdullah, mohd adib ibrahim, kuaanan techato, k. sopian, n. amin, md. akhtaruzzaman.  (2021).  effect of cd2 molar concentration in cdzns thin film by chemical bath deposition technique using alternative sulfur precursor.  - ecs journal of solid state science and technology.  1-6. 

     

    nur syamimi noorasid, faiz arith, ahmad nizamuddin mustafa, puvaneswaran chelvanathan, mohammad istiaque hossain, mohd asyadi azam, nowshad amin.  (2023).  improved performance of lead free perovskite solar cell incorporated with tio2 etl and cui htl using scaps.  - applied physics a-materials science & processing.  1-16. 

     

    savisha mahalingam, abreeza manap, ramisha rabeya, kam sheng lau, chin hua chia, huda abdullah, nowshad amin, puvaneswaran chelvanathan.  (2023).  electron transport of chemically treated graphene quantum dots-based dye-sensitized solar cells.  - electrochimica acta.  1-10. 

     

    omar raed alobaidi, puvaneswaran chelvanathan, sieh kiong tiong, badariah bais, md. akhtar uzzaman, nowshad amin.  (2022).  transparent antenna for green communication feature: a systematic review on taxonomy analysis, open challenges, motivations, future directions and recommendations.  - ieee access.  12286-12321. 

     

    s. mahalingam, a. manap, k.s. lau, a. omar, p. chelvanathan, c.h. chia, n. amin, i.j. mathews, n.f. afandi, n.a. rahim.  (2022).  mixture deposition method for graphene quantum dots-based dye-sensitized solar cell.  - electrochimica acta.  13973-13977. 

     

    e.s. hossain, p. chelvanathan, b. bais, n. azmi, s.a. shahahmadi, y. yussof, k.sopian & n. amin.  (2022).  enhancement in structural and optical properties of copper tin sulphide (cts) thin films via sulphurization process.  - materials science in semiconductor processing.  1-5. 

     

    puvaneswaran chelvanathan, nadrah azmi.  (2021).  comprehensive guide on organic and inorganic solar cells.  - 58. 

     

    p. susthitha menon n v visvanathan, mohd ambri mohamed, jahariah sampe, ahmad rifqi md zain, puvaneswaran chelvanathan, jamilah husna.  (2022).  the investigation of vacuum annealing treatment effect on the metal oxide cuo/cu2o/cu for semitransparent solar cell application purpose.  - imen postgraduate colloquium 2022.  1-5. 

     

    mohd sukor bin su`ait;azizan bin ahmad;puvaneswaran a/l chelvanathan;lee tian khoon.  (2022).  investigation of poly(acrylonitrile-g-epoxidized natural rubber) polymer electrolyte for rechargeable lithium-sulfur battery using cu2znsns4 electrode.  -

     

    puvaneswaran a/l chelvanathan;kamaruzzaman sopian;mohd adib bin ibrahim.  (2022).  fabrication and characterization of molybdenum/molybdenum oxide (mo/moox) based bilayer nanostructure for cu2znsns4 (czts) thin film photovoltaic devices.  -

     

    p. susthitha menon a/p n v visvanathan;puvaneswaran a/l chelvanathan.  (2022).  development of low-cost, high-efficiency and high-stability perovskite/silicon tandem solar cell for energy harvesting.  -

     

    kamaruzzaman sopian;md. akhtaruzzaman;puvaneswaran a/l chelvanathan.  (2021).  development of high efficiency, low cost and non-toxic all-sputtered cu2znsns4 (czts) thin film solar cells.  -