题名

USE OF PHASE CHANGE MATERIALS IN THE THERMOELECTRIC SYSTEMS OF BUILDING FACADES

作者

Ding-Chin Chou；Chin-Pao Wu；Jen-Hui Tsai；King-Lien Lee；Ching-Song Jwo；Shu-Chen Yeh

关键词

phase change material (PCM) ； renewable energy ； thermoelectric systems ； robust model

期刊名称

技術學刊

卷期/出版年月

34卷1期（2019 / 03 / 01）

页次

1 - 17

内容语文

英文
中文摘要

In this study, experiments were conducted to maintain a comfortable indoor temperature, to reduce energy consumed by air conditioning, and to generate green electricity. It used a phase change material (PCM) and thermoelectric systems to construct facade models made of reinforced concrete (RC). It simulated solar heating, and measured temperature differences between specimens and output voltage during simulation. Experimental results were analyzed using robust regression. The maximum temperature difference between the two wall surfaces was 21%. The temperature of the heated PCM-altered wall was 19.3% lower than that of a conventional RC wall after 8 h. The highest output voltage was 200 mV. The findings of this study are expected to improve building energy use, and thus to contribute to environmental sustainability.
主题分类 工程學 > 工程學綜合
参考文献
  1. Abolghasemi, M.,Keshavarz, A.,Mehrabian, M. A.(2012).Heat Transfer Enhancement of A Thermal Storage Unit Consisting of A Phase Change Material and Nano-Particles.Journal of Renewable and Sustainable Energy,4(4),043124–1-043124–16.
  2. Architectural Institute of the Ministry of Interior(2012).Architectural Institute of the Ministry of Interior. 2012. “Green Building Design and Technical Specifications in Taiwan 2012-Accommodation” Types of Buildings EnergySaving Design Specifications 26..
  3. Bandaru, P. R.,Vemuri, K. P.,Canbazoglu, F. M.,Kapadia, R. S.(2015).Layered Thermal Metamaterials for the Directing and Harvesting of Conductive Heat.AIP Advances,5,053403.
  4. Bell, L. E.(2008).Cooling, Heating, Generating Power, and Recovering Waste Heat with Thermoelectric Systems.Science,321(5895),1457-1461.
  5. Bingqian, M.,Jianqiang, L.,Zhijian, P.,Yulong, D.(2012).Paraffin Based Composite Phase Change Materials for Thermal Energy Storage: Thermal Conductivity Enhancement.Energy Storage Science and Technology,1(2),131-138.
  6. Briola, M.(2015).Examination of A Phase Change Ma-terial’s Layer Efficiency When Applied in A Building’s Envelope.AIP Conference Proceedings,1644(1),287-294.
  7. Chung, O.,Jeong, S. G.,Kim, S.(2015).Preparation of Energy Efficient Paraffinic PCMs/Expanded Vermiculite and Perlite Composites for Energy Saving in Buildings.Solar Energy Materials and Solar Cells,137,107-112.
  8. Edalatpour, M.,Kianifar, A.,Aryana, K.,Tiwari, G. N.(2016).Energy, Exergy, and Cost Analyses of A DoubleGlazed Solar Air Heater Using Phase Change Material.Journal of Renewable and Sustainable Energy,8(1),015101.
  9. Hyun, D. C.,Levinson, N. S.,Jeong, U.,Xia, Y.(2014).Emerging Applications of Phase-Change Materials (PCMs): Teaching an Old Dog New Tricks.Angewandte Chemie International Edition,53(15),3780-3795.
  10. Iten, M.,Liu, S.(2014).A Work Procedure of Utilising PCMs as Thermal Storage Systems Based on Air-TES Systems.Energy Conversion and Management,77,608-627.
  11. Ivanova, S. M.,Muneer, T.(2016).Finite-Element Heat-Transfer Computations for Parallel Surfaces with Uniform or Non-Uniform Emitting.Journal of Renewable and Sustainable Energy,8(1),015102.
  12. Juanicóa, L.E.,Rinalde, G. F.(2009).Comparative Analysis of Photovoltaic and Thermoelectric Panels for Powering Isolated Homes.Journal of Renewable and Sustainable Energy,1(4),043107.
  13. Ke, Y. P.,Wang, J. H.,Shi, Y. T.,Chen, Y. F.(2002).,Kaohsiung, Taiwan:National Science Council.
  14. Kraemer, D.,Poudel, B.,Feng, H. P.,Caylor, J. C.,Yu, B.,Yan, X.,Ma, Y.(2011).High-Performance Flat-panel Solar Thermoelectric Generators with High Thermal Concentration.Nature Materials,10,532-538.
  15. Liu, C. J.,Lai, H. C.,Liu, Y. L.,Chen, L. R.(2012).High Thermoelectric Figure-of-Merit in p-Type Nanostructured (Bi, Sb)2Te3 Fabricated Via Hydrothermal Synthesis and Evacuated-and-Encapsulated Sintering.Materials Chemistry,22(11),4825-4831.
  16. Liu, S.,Li, Y.,Zhang, Y.(2014).Mathematical Solutions and Numerical Models Employed for the Investigations of PCMs’ Phase Transformations.Renewable & Sustainable Energy Reviews,33,659-674.
  17. Mahan, G. D.(2016).Introduction to Thermoelectrics.APL Materials,4(10),104806.
  18. Mekaddem, M.,Ali, S. B.,Mazioud, A.,Hannachi, A.(2016).A Numerical Study of Latent Thermal Energy Storage in A Phase Change Material/Carbon panel.AIP Conference Proceedings,1758(1),020013.
  19. Melymuk, L.,Robson, M.,Csiszar, S.,Helm, P.,Kaltenecker, G.,Backus, S.,Bradley, L.(2014).From the City to the Lake: Loadings of PCBs, PBDEs, PAHs and PCMs from Toronto to Lake Ontario.Environmental Science and Technology,48(7),3732-3741.
  20. Olsen, M. L.,Rea, J.,Glatzmaier, G. C.,Hardin, C.,Oshman, C.,Vaughn, J.,Roark, T.(2016).Solar Ther- moelectricity Via Advanced Latent Heat Storage.AIP Conference Proceedings,1734(1),050035.
  21. Omer, S. A.,Infield, D. G.(1998).Design Optimization of Thermoelectric Devices for Solar Power Generation.Solar Energy Materials and Solar Cells,53(1),67-82.
  22. Patil, N. D.,Karale, S. R.(2012).Design and Analysis of Phase Change Material Based Thermal Energy Storage for Active Building Cooling: a Review.International Journal of Engineering, Science and Technology,4(6),2502-2509.
  23. Rubitherm. 2018. “RT35HC data sheet.” Accessed Nov 12. https://www.rubitherm.eu/media/products/datasheets/Techdata_-RT35HC_EN.PDF.
  24. Sar, A.,Alkan, C.,Biçer, A.,Bilgin, C.(2014).Latent Heat Energy Storage Characteristics of Building Com-posites of Bentonite Clay and Pumice Sand with Different Organic PCMs.International Journal of Energy Research,38(11),1478-1491.
  25. Sharma, A.,Tyagi, V. V.,Chen, C. R.,Buddhi, D.(2009).Review on Thermal Energy Storage with Phase Change Materials and Applications.Renewable & Sustainable Energy Reviews,13(2),318-345.
  26. Shin, H. K.,Park, M.,Kim, H. Y.,Park, S. J.(2015).Thermal Property and Latent Heat Energy Storage Behavior of Sodium Acetate Trihydrate Composites Containing Expanded Graphite and Carboxymethyl Cellulose for Phase Change Materials.Applied Thermal Energy,75,978-983.
  27. Suvorov, S. A.,Skurikhin, V. V.(2003).Vermiculite-a Promising material for High-Temperature Heat Insulators.Refractories and Industrial Ceramics,44(3),186-193.
  28. Tyagi, V. V.,Buddhi, D.(2007).PCM Thermal Storage in Buildings: a State of Art.Renewable & Sustainable Energy Reviews,11(6),1146-1166.
  29. Vega, A.,Amaya, D.,Santamaría, F.,Rivas, E.(2018).Energy Resource Management Integrating Generation, Load Control and Change in Consumption Habits at the Residential Level.International Journal of Renewable Energy Research,8(1),101-107.
  30. Venegas, R.,Kuravi, S.,Kota, K.,McCay, M. H.(2018).Comparative Analysis of Designing Solar and Geothermal Power Plants: A Case Study.International Journal of Renewable Energy Research,8(1),625-634.
  31. Yadav, A.,Yadav, P.,Arya, S. C.(2010).Electronics Engineering: U.P. Technical University, Lucknow.New Delhi:Laxmi Publications Pvt. Ltd.
  32. Zalba, B.,Marin, J. M.,Cabeza, L. F.,Mehling, H.(2003).Review on thermal energy storage with phase change materials, heat transfer analysis and applications.Applied Thermal Engineering,23(3),251-283.
print cancel