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姓    名:
林文野
性    别:
职    务:
 
职    称:
研究员
通讯地址:
广东省广州市天河区能源路2号
邮政编码:
510640
电子邮件:
linwy@ms.giec.ac.cn

 简历:
  林文野,男,1988年生,博士、四级研究员、硕导;澳大利亚伍伦贡大学(University of Wollongong)荣誉研究员,博导。2010本科毕业于中南大学,后被保送至中国科学院理化技术研究所读研。2013年硕士毕业后获得澳大利亚伍伦贡大学全额奖学金,并赴澳读博。2018年毕业于澳大利亚伍伦贡大学,获得工学博士学位,并留校任助理研究员。2021年获得德国洪堡基金委支持,于德国弗劳恩霍夫太阳能系统研究所(Fraunhofer Institute for Solar Energy Systems ISE)做洪堡学者。2023年加入中国科学院广州能源研究所。长期聚焦新能源、相变蓄能、建筑节能领域展开研究工作,在可再生能源、可持续技术的建筑的一体化应用及优化,尤其是太阳能光伏/光热技术、相变蓄能材料、暖通空调系统等方面取得了一系列成果。近年来已发表国内/外期刊论文41篇,其中SCI收录31篇(以第一作者、通讯作者、及博士期间导师一作17篇),EI收录8篇;发表国内、国际会议文章11篇(其中国际会议文章8篇);发表专著2项;授权发明专利、实用新型8项;至2023217Google Scholar 被引频次1018次,近五年H指数(h-index)为17

 研究领域:
  可再生能源系统,相变蓄能技术,建筑节能,暖通空调、制冷系统及热泵,数据发掘及系统优化

 社会任职:
 

 获奖及荣誉:
 

1.2020/2021年世界可持续能源技术协会(World Society of Sustainable Energy Technologies创新奖(Innovation Award  

2.2019年澳大利亚制冷、空调和暖通工程师协会(Australian Institute of Refrigerationair conditioning and heatingAIRAH杰出暖空空调及制冷研究奖(Excellence in HVAC&R Research Award(第一完成人,团体) ; 

3.2019年澳大利亚新南威尔士州绿色星球-建筑环境奖(Green Globe Awards – Built Environment Award及“绿色星球-区域可持续性奖(Green Globe Awards – Regional Sustainability Award)”(团体) ; 

4.2019年澳大利亚建筑协会(Australian Institute of Building新南威尔士专业杰出建筑奖(New South Wales Professional Excellence in Building Awards(团体) ; 

5.2018年国际太阳能十项全能竞赛(中东)(Solar Decathlon Middle East 2018)亚军(团体) ; 

6.2018年伍伦贡大学优秀博士论文(Doctor of Philosophy with Examiners’ Commendation for Outstanding Thesis)  

7.伍伦贡市政委员会(Wollongong City Council“2013伍伦贡市表彰(Wollongong 2013 in Recognition 

8.伍伦贡扶轮社(The Rotary Club of Wollongong工艺骄傲奖(Pride of Workmanship Award 

9.2013年国际太阳能十项全能竞赛(中国)(Solar Decathlon 2013 China)冠军(团体)。

 代表论著:
 

1.Lin W.Y., Green A.*, Ledo L., Kokogiannakis G., Cooper P. and Adams J. 2023, ‘Thermal effects of dew on cool roofs and conventional roofs in building performance simulations’ [J], Energy and Buildings, vol.279, 112645 (Accepted). (SCI, Ranking: Q1, IF: 7.201); 

2.Hou C., Lin W.Y.*, Wei J., Yang L.W., and Zhang H.F. 2021, ‘Experimental performance evaluation and optimal design of a mechanical vapour recompression system for radioactive wastewater treatment’ [J], Energy conversion and Management, vol. 252, paper ID: 115087. (SCI, Ranking: Q1, IF: 11.533); 

3.Zhou X.L., Lin W.Y., Kumar R., Cui P. and Ma Z.J.* 2022, ‘A data-driven strategy using long-short term memory models and reinforcement learning to predict building electricity consumption’ [J], Applied Energy, vol. 306, paper ID: 118078. (SCI, Ranking: Q1, IF: 11.446); 

4.Lin W.Y., Ma Z.J.*, Li K.H. Tyagi V.V. and Pandy A.K. 2020, ‘A dynamic simulation platform for fault modelling and characterisation of Building Integrated Photovoltaics’ [J], Renewable Energy, vol. 179, pp.963-981. (SCI, Ranking: Q1, IF: 8.634); 

5.Zhang C., Yang L.W., Lin W.Y.*, Wei J., Chen J.X. and Ma Z.J. 2021, ‘Experimental investigation and life-cycle cost analysis of a cold storage enhanced vacuum cooling system using ice slurry’, [J] Sustainable Energy Technologies and Assessment, vol.45, Paper ID:101074. (SCI, Ranking Q1, IF: 7.632); 

6.Lin W.Y., Ma Z.J.*, Sohel M. I. and Wang S.G. 2021, ‘Experimental investigation and two-level model-based optimisation of a solar photovoltaic thermal collector coupled with phase change material thermal energy storage’ [J], Applied Thermal Engineering, vol.182, Paper ID: 116098. (SCI, Ranking: Q1, IF: 6.465); 

7.Lin W.Y. and Kokogiannakis G.* 2021, ‘Adaptive indoor microclimate optimisation based on occupant thermal preferences for maximal thermal satisfaction and minimal productivity loss in agile open-plan office buildings’ [J], Building and Environment, vol.230, Paper ID: 110536. (SCI, Ranking: Q1, IF: 7.201); 

8.Lin W.Y., Ma Z.J.*, McDowell C., Baghi Y. and Banfield B., ‘Optimal design of a thermal energy storage system using phase change materials for a net-zero energy Solar Decathlon house’ [J], Energy and Buildings, vol.208, pp. 109626. (SCI, Ranking: Q1, IF: 7.201); 

9.He M.Z., Yang L.W., Lin W.Y.*, Chen J.X., Mao X. and Ma Z.J. 2020, ‘Preparation, thermal characterization and examination of phase change materials (PCMs) enhanced by carbon-based nanoparticles for solar thermal energy storage’ [J], Journal of Energy Storage? vol.25, Paper ID 100874. (SCI, Ranking: Q1, IF: 8.907); 

10.Lin W.Y., Ren H.S. and Ma Z.J.* 2019, ‘Using fuzzy clustering and weighted cumulative probability distribution techniques for optimal design of phase change material thermal energy storage’ [J], Journal of Cleaner Production, vol.233, pp.1259-1268. (SCI, Ranking: Q1, IF: 11.072); 

11.Lin W.Y., Ma Z.J.*, Ren H.S., Gschwander S., Wang S.G. 2019, ‘Multi-objective optimisation of thermal energy storage using phase change materials for solar air systems’, Renewable Energy [J], vol.130, pp.1116-1129. (SCI, Ranking: Q1, IF: 8.634); 

12.Lin W.Y., Ren H.S., Ma Z.J.* and Knight M. 2020, ‘Mathematical modelling and experimental investigation of solar air collectors with corrugated absorbers’ [J], Renewable Energy, vol.145, pp.164-179. (SCI, Ranking: Q1, IF: 8.634); 

13.Lin W.Y. and Ma Z.J.* 2016, ‘Using Taguchi-Fibonacci search method to optimize phase change materials enhanced buildings with integrated solar photovoltaic thermal collectors’ [J], Energy, vol.106, pp.23-37. (SCI, Ranking: Q1, IF: 8.857); 

14.Ma Z.J.*, Lin W.Y. and Sohel M.I. 2016, ‘Nano-enhanced phase change materials for improved building performance’ [J], Renewable and Sustainable Energy Reviews, vol.5, pp.1256-1268. (SCI, Ranking: Q1, IF: 16.799); 

15.Lin W.Y., Ma Z.J.*, Cooper P., Sohel M.I. and Yang L.W. 2016, ‘Thermal performance investigation and optimization of buildings with integrated phase change materials and solar photovoltaic thermal collectors’ [J], Energy and Buildings, vol.116, pp.562-573. (SCI, Ranking: Q1, IF: 7.201). 

 承担科研项目情况:
 

目前为止,共主持和参与各类科研项目13项,其中主持或项目子课题2项: 

1.新型水合盐相变材料浆体研发及在空调系统中的优化应用(Development and optimal application of salt hydrate phase change material slurries as heat transfer fluids and thermal energy storage media in heating, ventilation and air conditioning systems),德国洪堡基金委; 

2.“沙漠玫瑰零能耗住宅项目:高效节能舒适性空调子课题,2018年太阳能十项全能竞赛(Solar Decathlon Middle East 2018, SDME2018)。 

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