Energy Procedia j FC

Energy Procedia

    

http://www.sciencedirect.com/science/journal/18766102/105/supp/C?sdc=1

1. ooding in Scaled-up Microfluidic Fuel Cells

   1. Open access, 
   2. Original research article

   1. Energy Procedia, 
   2. Volume 105, 
   3. May 2017, 
   4. Pages 1454-1460

   1. Yifei Wang, 
   2. Dennis Y.C. Leung

2. Improvement of Diagnostic Systems for Ensuring Hydro Fuel Cells Robustness: The Case of Proton Exchange Membrane Fuel Cells

   1. Open access, 
   2. Original research article

   1. Energy Procedia, 
   2. Volume 95, 
   3. September 2016, 
   4. Pages 408-415

   1. Olga Shindor, 
   2. Anna Svirina

3. Simulation of a 2 MW PEM Fuel Cell Plant for Hydrogen Recovery from Chlor-Alkali Industry

   1. Open access, 
   2. Original research article

   1. Energy Procedia, 
   2. Volume 105, 
   3. May 2017, 
   4. Pages 1839-1846

   1. Giulio Guandalini, 
   2. Stefano Foresti, 
   3. Stefano Campanari, 
   4. Jorg Coolegem, 
   5. Jan ten Have

4. Design Principles of Current Collectors in Microfluidic Fuel Cell with Flow-through Porous Electrodes

   1. Open access, 
   2. Original research article

   1. Energy Procedia, 
   2. Volume 105, 
   3. May 2017, 
   4. Pages 1557-1563

   1. Li Li, 
   2. Wenguang Fan, 
   3. Jin Xuan, 
   4. Michael K.H. Leung, 
   5. Yiyi She

5. 
   

6. Numerical Modeling with Electrochemical Active Area (ECA) Distribution in the Lateral Direction in a PEM Fuel Cell

   1. Open access, 
   2. Original research article

   1. Energy Procedia, 
   2. Volume 105, 
   3. May 2017, 
   4. Pages 1513-1519

   1. Shan Jia, 
   2. Hongtan Liu

7. Multi-stack Fuel Cells Powering a Vehicle

   1. Open access, 
   2. Original research article

   1. Energy Procedia, 
   2. Volume 74, 
   3. August 2015, 
   4. Pages 308-319

   1. Mohamed Becherif, 
   2. Frederic Claude, 
   3. Thomas Hervier, 
   4. Loïc Boulon

8. Modeling and Analysis of Renewable PEM Fuel Cell System

   1. Open access, 
   2. Original research article

   1. Energy Procedia, 
   2. Volume 74, 
   3. August 2015, 
   4. Pages 87-101

   1. Eng. Waseem Saeed, 
   2. Eng. Ghaith Warkozek

9. Using Xanthan 80 (SF) on Enhancing the Performance of Solid Microbial Fuel Cell

   1. Open access, 
   2. Original research article

   1. Energy Procedia, 
   2. Volume 105, 
   3. May 2017, 
   4. Pages 1160-1165

   1. Chin-Tsan Wang, 
   2. Tsung-Hung Lin, 
   3. Yu-Jen Chen, 
   4. Wen-Tong Chong

10. A Counter-flow Microfluidic Fuel Cell Achieving Concentrated Fuel Operation

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 75, 
    3. August 2015, 
    4. Pages 1990-1995

    1. Hao Zhang, 
    2. Hong Xu, 
    3. Li Zhang, 
    4. Dennis Y.C. Leung, 
    5. Jin Xuan

11. Tunisian European Cooperation Project: PEM Fuel Cells Technology

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 93, 
    3. August 2016, 
    4. Pages 89-95

    1. M. Barbouche, 
    2. Z. Ahmed, 
    3. K. Charradi, 
    4. H. Goubantini, 
    5. G. Squadrito

12. Effect of Rectangular Ribs in the Flow Channels of HTPEM Fuel Cell by a Three-dimensional Model

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 105, 
    3. May 2017, 
    4. Pages 1376-1381

    1. Horng-Wen Wu, 
    2. Duo-Yao Kang, 
    3. Shiang-Wuu Perng

13. Development of a Dynamic Model for Diagnosis and Control of an Integrated Stack Module Based on Solid Oxide Fuel Cells

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 105, 
    3. May 2017, 
    4. Pages 1936-1941

    1. Marco Gallo, 
    2. Dario Marra, 
    3. Marco Sorrentino, 
    4. Cesare Pianese, 
    5. Siu Fai Au

14. Integrated Energy Management of Grid-tied-PV-fuel Cell Hybrid System

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 103, 
    3. December 2016, 
    4. Pages 111-116

    1. Sam M. Sichilalu, 
    2. Henerica Tazvinga, 
    3. Xiaohua Xia

15. Improved Fault Isolability for Solid Oxide Fuel Cell Diagnosis Through Sub-system Analysis

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 105, 
    3. May 2017, 
    4. Pages 1918-1923

    1. Pierpaolo Polverino, 
    2. Marco Sorrentino, 
    3. Cesare Pianese

16. Energy Efficiency Analysis in an Integrated Biomass Gasification Fuel Cell System

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 79, 
    3. November 2015, 
    4. Pages 430-435

    1. Woranee Paengjuntuek, 
    2. Jirasak Boonmak, 
    3. Jitti Mungkalasiri

17. Critical Evaluation of Genetic Algorithm Based Fuel Cell Parameter Extraction

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 75, 
    3. August 2015, 
    4. Pages 1975-1982

    1. Karthik Balasubramanian, 
    2. Basil Jacob, 
    3. K. Priya, 
    4. K. Sangeetha, 
    5. T. Sudhakar Babu

18. Effect of Oxygen Gradient on the Organic Degradation and Power Performance of Single Sediment Microbial Fuel Cells

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 105, 
    3. May 2017, 
    4. Pages 654-661

    1. Chung-Ta Chang, 
    2. Chin-Tsan Wang, 
    3. Chen-Hao Wang, 
    4. Wen-Tong Chong

19. Hydrogen and Fuel Cell Demonstrations in Turkey

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 29, 
    3. 2012, 
    4. Pages 683-689

    1. M. Suha Yazici, 
    2. Mustafa Hatipoglu

20. Fuel Cell Amplifier: An Innovative Hybrid CHP Unit for Small Medium Size Buildings

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 107, 
    3. February 2017, 
    4. Pages 332-339

    1. Robert Staiger, 
    2. Adrian Tantau

21. Using Mixed Sludge-derived Short-chain Fatty Acids Enhances Power Generation of Microbial Fuel Cells

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 105, 
    3. May 2017, 
    4. Pages 1282-1288

    1. Xiong Zheng, 
    2. Yinguang Chen, 
    3. Xin Wang, 
    4. Jiang Wu

22. Recovering Hydrogen Sulfide from Sulfurous Waters with PEM Fuel Cells

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 85, 
    3. January 2016, 
    4. Pages 273-278

    1. S.M. Iordache, 
    2. A. Ciocanea, 
    3. A. Balan, 
    4. I. Stamatin, 
    5. S. Voinea

23. Microbial Fuel Cell for Nitrate Reduction

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 85, 
    3. January 2016, 
    4. Pages 156-161

    1. Ana Cucu, 
    2. Athanasios Tiliakos, 
    3. Iulian Tanase, 
    4. Cristina Elena Serban, 
    5. Cornelia Nichita

24. Design, Simulation and Implementation of Current Fed Isolated Full Bridge DC-DC with Voltage Multiplier for Fuel Cell Grid Applications

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 90, 
    3. December 2016, 
    4. Pages 574-586

    1. D. Elangovan, 
    2. M. Sai Krishna Reddy, 
    3. H.M. Tania, 
    4. R. Saravana Kumar

25. Reduction of Electrode Polarization in Anode-Supported Solid Oxide Fuel Cell

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 79, 
    3. November 2015, 
    4. Pages 272-277

    1. Malinee Meepho, 
    2. Darunee Wattanasiriwech, 
    3. Pavadee Aungkavattana, 
    4. Suthee Wattanasiriwech

26. Mass Transfer in the HT-PEM Fuel Cell Electrode

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 61, 
    3. 2014, 
    4. Pages 1524-1527

    1. Hong Sun, 
    2. Hao Chen, 
    3. Ye Wan

27. Signal-Based Diagnostics by Wavelet Transform for Proton Exchange Membrane Fuel Cell

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 74, 
    3. August 2015, 
    4. Pages 1508-1516

    1. Mona Ibrahim, 
    2. Ursula Antoni, 
    3. Nadia Yousfi Steiner, 
    4. Samir Jemei, 
    5. Daniel Hissel

28. The Solid Oxide Fuel Cell (SOFC) and Gas Turbine (GT) Hybrid System Numerical Model

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 79, 
    3. November 2015, 
    4. Pages 845-850

    1. Penyarat Saisirirat

29. Effect of Nitrogen Concentration on the Performance of Single-Chamber Microbial Fuel Cells

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 79, 
    3. November 2015, 
    4. Pages 620-623

    1. Vanatpornratt Sawasdee, 
    2. Nipon Pisutpaisal

30. A Numerical Study on Microfluidic Fuel Cell: Improving Fuel Utilization and Fuel Operation Concentration

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 61, 
    3. 2014, 
    4. Pages 250-253

    1. Hao Zhang, 
    2. Jin Xuan, 
    3. Hong Xu, 
    4. Michael K.H. Leung, 
    5. Xu Lu

31. Performance Evaluation of Microbial Fuel Cells Fed by Solid Organic Waste: Parametric Comparison between Three Generations

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 105, 
    3. May 2017, 
    4. Pages 1102-1108

    1. R.A. Nastro, 
    2. N. Jannelli, 
    3. M. Minutillo, 
    4. M. Guida, 
    5. G. Falcucci

32. Numerical Study of the Gas Purging Process of a Proton Exchange Membrane Fuel Cell

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 105, 
    3. May 2017, 
    4. Pages 1967-1973

    1. Yu-Tong Mu, 
    2. Pu He, 
    3. Jing Ding, 
    4. Li Chen, 
    5. Wen-Quan Tao

33. A Theoretical Study on Photocatalytic Fuel Cell

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 61, 
    3. 2014, 
    4. Pages 246-249

    1. Hao Zhang, 
    2. Jin Xuan, 
    3. Hong Xu, 
    4. Michael K.H. Leung, 
    5. Xu Lu

34. Exergy Efficiency Profile of A 1kW Open Cathode Fuel Cell with Pressure and Temperature Variations

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 79, 
    3. November 2015, 
    4. Pages 82-89

    1. S. Hanapi, 
    2. Alhassan Salami Tijani, 
    3. A.H. Abdol Rahim, 
    4. W.A.N. Wan Mohamed

35. An Overview of Biomass-fuelled Proton Exchange Membrane Fuel Cell (PEMFC) Systems

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 75, 
    3. August 2015, 
    4. Pages 2003-2008

    1. Tingting Guan, 
    2. Per Alvfors

36. Control Optimization of Combined Cooling and Power System with Prime Mover of Solid Oxide FuelCell-gas Turbine for Building Application

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 105, 
    3. May 2017, 
    4. Pages 1883-1888

    1. X.J. Luo, 
    2. K.F. Fong

37. Effect of Water Transport on the Electrical Performance of PEM Fuel Cell

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 61, 
    3. 2014, 
    4. Pages 1553-1556

    1. Suthida Authayanun, 
    2. Worasorn Pothong, 
    3. Kittima Ngamsai, 
    4. Artitaya Patniboon, 
    5. Amornchai Arpornwichanop

38. Optimization of the Heat Output of High Temperature Fuel Cell Micro-CHP in Single Family Homes

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 78, 
    3. November 2015, 
    4. Pages 2160-2165

    1. Mark Windeknecht, 
    2. Peter Tzscheutschler

39. Techno-economic Analysis of a Solid Oxide Fuel Cell Installation in a Biogas Plant Fed by Agricultural Residues and Comparison with Alternative Biogas Exploitation Paths

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 101, 
    3. November 2016, 
    4. Pages 1002-1009

    1. M. Gandiglio, 
    2. D. Drago, 
    3. M. Santarelli

40. Water Dynamics in the Flow Channel of a Dead-end Anode Polymer Electrolyte Membrane Fuel Cell

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 105, 
    3. May 2017, 
    4. Pages 1877-1882

    1. Asif Soopee, 
    2. Agus P. Sasmito, 
    3. Tariq Shamim

41. Pyrolysis of Palm Waste for the Application of Direct Carbon Fuel Cell

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 61, 
    3. 2014, 
    4. Pages 878-881

    1. Shu-Hong Lim, 
    2. Siek-Ting Yong, 
    3. Chien-Wei Ooi, 
    4. Siang-Piao Chai, 
    5. Wan Ramli Wan Daud

42. Earthen Membrane Microbial Fuel Cell in Septage Treatment

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 79, 
    3. November 2015, 
    4. Pages 296-300

    1. Cao Ngoc Dan Thanh, 
    2. Rachnarin Nitisoravut

43. Advanced Fuel Cell Development in Russia

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 29, 
    3. 2012, 
    4. Pages 594-605

    1. Nikolai Sochugov, 
    2. Thorsteinn I. Sigfusson, 
    3. A.A. Solovyev, 
    4. A.I. Kirdyashkin, 
    5. Yurii Tyurin

44. The Influence of Bio-syngas Composition on the Derating of Solid Oxide Fuel Cells

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 61, 
    3. 2014, 
    4. Pages 1099-1102

    1. Domenico Borello, 
    2. Andrea Di Carlo, 
    3. Carlos Boigues-Munoz, 
    4. Stephen J. McPhail, 
    5. Davide Penchini

45. Assessment of CO2 Bubble Generation Influence on Direct Methanol Fuel Cell Performance

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 75, 
    3. August 2015, 
    4. Pages 1996-2002

    1. Andrea Calabriso, 
    2. Domenico Borello, 
    3. Luca Cedola, 
    4. Luca Del Zotto, 
    5. Simone Giovanni Santori

46. Model based Design and Optimization of a Fuel Cell Electric Vehicle

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 45, 
    3. 2014, 
    4. Pages 71-80

    1. Roberto Cipollone, 
    2. Davide Di Battista, 
    3. Matteo Marchionni, 
    4. Carlo Villante

47. Bioelectricity Generation from Vegetables and Fruits Wastes by Using Single Chamber Microbial FuelCells with High Andean Soils

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 75, 
    3. August 2015, 
    4. Pages 2009-2014

    1. Washington Logroño, 
    2. Geovany Ramírez, 
    3. Celso Recalde, 
    4. Magdy Echeverría, 
    5. Ana Cunachi

48. Photovoltaic Assisted Fuel Cell Power Systems

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 50, 
    3. 2014, 
    4. Pages 306-313

    1. A. Djafour, 
    2. M.S. Aida, 
    3. B. Azoui

49. Role of Operating Conditions on Energetic Pathways in a Microbial Fuel Cell

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 74, 
    3. August 2015, 
    4. Pages 728-735

    1. Andrea G. Capodaglio, 
    2. Daniele Molognoni, 
    3. Sebastià Puig, 
    4. M. Dolors Balaguer, 
    5. Jesús Colprim

50. Optimization of PEM Fuel Cells for PV-Hydrogen Power System

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 36, 
    3. 2013, 
    4. Pages 798-807

    1. Boubekeur Dokkar, 
    2. Belkhir Negrou, 
    3. Noureddine Settou, 
    4. Omar Imine, 
    5. Abdsslem Benmhidi

51. Electrocatalysis Research for Fuel Cells and Hydrogen Production

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 29, 
    3. 2012, 
    4. Pages 401-408

    1. Mkhulu K Mathe, 
    2. Tumaini Mkwizu, 
    3. Mmalewane Modibedi

52. Hydrogen and Fuel Cell Technology: Progress, Challenges, and Future Directions

    1. Open access, 
    2. Review article

    1. Energy Procedia, 
    2. Volume 28, 
    3. 2012, 
    4. Pages 2-11

    1. Nancy L. Garland, 
    2. Dimitrios C. Papageorgopoulos, 
    3. Joseph M. Stanford

53. Hydrogen and Fuel Cell Educational Activities in Turkey

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 29, 
    3. 2012, 
    4. Pages 690-694

    1. M. Suha Yazici

54. Optimization of Design Parameters for an Open-cathode Polymer Electrolyte Fuel Cells Stack Utilizing Taguchi Method

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 75, 
    3. August 2015, 
    4. Pages 2027-2032

    1. Agus P. Sasmito, 
    2. Jundika C. Kurnia, 
    3. Tariq Shamim, 
    4. Arun S. Mujumdar

55. Economic and Environmental Prospects of Battery and Fuel Cell Vehicles for the Energy Transition in German Communities

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 99, 
    3. November 2016, 
    4. Pages 380-391

    1. Markus F. Felgenhauer, 
    2. Matthew A. Pellow, 
    3. Sally M. Benson, 
    4. Thomas Hamacher

56. Control Strategy for a Solid Oxide Fuel Cell Fueled by Natural Gas Operating in Distributed Generation

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 29, 
    3. 2012, 
    4. Pages 676-682

    1. Jarosław Milewski, 
    2. Marcin Wołowicz, 
    3. Łukasz Szabłowski, 
    4. Jerzy Kuta

57. Electrical and Thermal Conductivities of 50/50 Water-ethylene Glycol Based TiO2 Nanofluids to be Used as Coolants in PEM Fuel Cells

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 110, 
    3. March 2017, 
    4. Pages 101-108

    1. Mohammad Rafiqul Islam, 
    2. Bahman Shabani, 
    3. Gary Rosengarten

58. Behavior of a Proton Exchange Membrane Fuel Cell in Reformate Gas

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 29, 
    3. 2012, 
    4. Pages 64-71

    1. Chen-Yu Chen, 
    2. Chun-Chi Chen, 
    3. Sui-Wei Hsu, 
    4. Ming-Pin Lai, 
    5. Wei-Mon Yang

59. Energy Management of Fuel Cell/ Supercapacitor Hybrid Source Based on Linear and Sliding Mode Control

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 74, 
    3. August 2015, 
    4. Pages 1258-1264

    1. O. Kraa, 
    2. H. Ghodbane, 
    3. R.Saadi, 
    4. M.Y. Ayad, 
    5. M. Bahri

60. A Hybrid Biomass Hydrothermal Gasification- Solid Oxide Fuel Cell System Combined with Improved CHP Plant for Sustainable Power Generation

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 112, 
    3. March 2017, 
    4. Pages 467-472

    1. Mahmoud F. Mustafa, 
    2. Natasa Nord, 
    3. Rajnish Kaur Calay, 
    4. Mohamad Y. Mustafa

61. Comparison of A Prototype PEM Fuel Cell Powertrain Power Demand and Hydrogen Consumption Based on Inertia Dynamometer and On-Road Tests

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 79, 
    3. November 2015, 
    4. Pages 73-81

    1. S. Hanapi, 
    2. Alhassan Salami Tijani, 
    3. A.H. Abdol Rahim, 
    4. W.A.N. Wan Mohamed

62. Anode Structure Design for the High-performance Anion-exchange Membrane Direct Glucose Fuel Cell

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 61, 
    3. 2014, 
    4. Pages 2118-2122

    1. Bing-Ye Song, 
    2. Yin-Shi Li, 
    3. Ya-Ling He, 
    4. Ze-Dong Cheng

63. Performance of A Membrane-Less Air-Cathode Single Chamber Microbial Fuel Cell in Electricity Generation from Distillery Wastewater

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 79, 
    3. November 2015, 
    4. Pages 646-650

    1. Pinanong Tanikkul, 
    2. Nipon Pisutpaisal

64. Simultaneous Treatment of Nitrogen-Rich Wastewater and ElectricityGeneration using Single-Chamber Microbial Fuel Cells

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 79, 
    3. November 2015, 
    4. Pages 624-628

    1. Vanatpornratt Sawasdee, 
    2. SiriornBoonyawanich, 
    3. NiponPisutpaisal

65. Fabrication of Conductive Microparticles as Anodal Electrode in Microfluidic Microbial Fuel Cell

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 61, 
    3. 2014, 
    4. Pages 1565-1568

    1. Yan-Yu Chen, 
    2. Hsiang-Yu Wang

66. Compact PEM Fuel Cell System Using Chemical Hydride Hydrogen Source for Portable Power Generators

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 61, 
    3. 2014, 
    4. Pages 1992-1995

    1. Jincheol Kim, 
    2. Taegyu Kim

67. Numerical Investigation of Flowfield in PEM Fuel Cell Stack Headers

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 29, 
    3. 2012, 
    4. Pages 102-111

    1. Boris Chernyavsky, 
    2. Krishna Ravi, 
    3. Pang-Chieh Sui, 
    4. Ned Djilali, 
    5. Pierre Benard

68. Experimental Study on Performance Characteristics of the Triple Fluids Heat Exchanger with Two Kinds of Coolants in Electric-driven Air Conditioning System for Fuel Cell Electric Vehicles

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 113, 
    3. May 2017, 
    4. Pages 209-216

    1. Ho-Seong Lee, 
    2. Jong-Phil Won, 
    3. Taek-Kyu Lim, 
    4. Han-Byeol Jeon, 
    5. Yong-Chan Kim

69. Heat and Mass Transfer Characteristics of Direct Methanol Fuel Cell: Experiments and Model

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 54, 
    3. 2014, 
    4. Pages 359-366

    1. B. Mullai Sudaroli, 
    2. Ajit Kumar Kolar

70. Dynamic Modelling of the Direct Internal Reforming (DIR) of Methane in 60-cell Stack with Electrolyte Supported Cells

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 105, 
    3. May 2017, 
    4. Pages 1700-1705

    1. Jakub Kupecki, 
    2. Konrad Motylinski, 
    3. Jaroslaw Milewski

71. Improvement of Zinc-Air Fuel Cell Performance by Gelled KOH

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 34, 
    3. 2013, 
    4. Pages 173-180

    1. A. Puapattanakul, 
    2. S. Therdthianwong, 
    3. A. Therdthianwong, 
    4. N. Wongyao

72. Validation of Neural Network-based Fault Diagnosis for Multi-stack Fuel Cell Systems: Stack Voltage Deviation Detection

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 81, 
    3. December 2015, 
    4. Pages 173-181

    1. A. Pohjoranta, 
    2. M. Sorrentino, 
    3. C. Pianese, 
    4. F. Amatruda, 
    5. T. Hottinen

73. SOFC fuel cell heat production: Analysis

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 6, 
    3. 2011, 
    4. Pages 643-650

    1. Abdenebi Hafsia, 
    2. Zitouni Bariza, 
    3. Haddad Djamel, 
    4. Ben Moussa Hocine, 
    5. Abdessemed Soumia

74. Influence of Inoculum Pretreatment on the Performance of an Air-Cathode Single-Chamber MicrobialFuel Cell

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 79, 
    3. November 2015, 
    4. Pages 641-645

    1. Pinanong Tanikkul, 
    2. Nipon Pisutpaisal

75. Constitution and Optimization on the Performance of Microbial Fuel Cell Based on Sulfate-Reducing Bacteria

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 16, Part C, 
    3. 2012, 
    4. Pages 1664-1670

    1. Da-yu Yu, 
    2. Gang Wang, 
    3. Fu-chao Xu, 
    4. Li-min Chen

76. Effect of Channel Designs on Open-Cathode PEM Fuel Cell Performance: A Computational Study

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 79, 
    3. November 2015, 
    4. Pages 733-745

    1. Suchart Kreesaeng, 
    2. Benjapon Chalermsinsuwan, 
    3. Pornpote Piumsomboon

77. Development of Segmented-in-series-type Solid Oxide Fuel Cells for Residential Applications

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 28, 
    3. 2012, 
    4. Pages 153-161

    1. K. Fujita, 
    2. T. Seyama, 
    3. T. Sobue, 
    4. Y. Matsuzaki

78. Fuzzy Logic and Passivity-based Controller Applied to Electric Vehicle Using Fuel Cell and Supercapacitors Hybrid Source

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 50, 
    3. 2014, 
    4. Pages 619-626

    1. M. Mohammedi, 
    2. O. Kraa, 
    3. M. Becherif, 
    4. A. Aboubou, 
    5. M. Bahri

79. Dual Loop Control of Fuel Cell Source Using Non-isolated IBC-IDDB Converter for Hybrid Vehicle Applications

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 50, 
    3. 2014, 
    4. Pages 155-162

    1. R. Saadi, 
    2. M. Bahri, 
    3. M.Y. Ayad, 
    4. M. Becherif, 
    5. A. Aboubou

80. Graphical Analysis of a DC-DC Converter Effect on a Fuel Cell: D-transformation

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 88, 
    3. June 2016, 
    4. Pages 647-651

    1. Sang C. Lee, 
    2. Woo Young Jung

81. Effect of Vibrations on Performance of Polymer Electrolyte Membrane Fuel Cells

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 54, 
    3. 2014, 
    4. Pages 756-762

    1. Jaydeep Deshpande, 
    2. Tapobrata Dey, 
    3. Prakash C. Ghosh

82. Numerical Study on Mass Transfer Performance of a Spiral-like Interconnector for Planner Solid OxideFuel Cells

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 61, 
    3. 2014, 
    4. Pages 2347-2350

    1. Min Yan, 
    2. Min Zeng, 
    3. Ting Ma, 
    4. Pei Fu, 
    5. Qiuwang Wang

83. PMMA/PU/CB Composite Bipolar Plate for Direct Methanol Fuel Cell

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 52, 
    3. 2014, 
    4. Pages 516-524

    1. T. Phuttachart, 
    2. N. Kreua-ongarjnukool, 
    3. R. Yeetsorn, 
    4. M. Phongaksorn

84. Intelligent Control for Optimal Performance of a Fuel Cell Hybrid Auto Rickshaw

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 29, 
    3. 2012, 
    4. Pages 367-376

    1. Mohammed Abu Mallouh, 
    2. Lindsay McInnes, 
    3. Brian Surgenor, 
    4. Brant Peppley

85. The Performance Improvement of a Thick Electrode Solid Oxide Fuel Cell

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 34, 
    3. 2013, 
    4. Pages 243-261

    1. Penyarat Chinda

86. Control Strategy Influence on the Efficiency of a Hybrid Photovoltaic-Battery-Fuel Cell System Distributed Generation System for Domestic Applications

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 45, 
    3. 2014, 
    4. Pages 237-246

    1. Giacomo Bruni, 
    2. Stefano Cordiner, 
    3. Matteo Galeotti, 
    4. Vincenzo Mulone, 
    5. Vittorio Rocco

87. Experimental Investigation Using an On-board Dry Cell Electrolyzer in a CI Engine Working on DualFuel Mode

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 90, 
    3. December 2016, 
    4. Pages 209-216

    1. P.V. Manu, 
    2. Anoop Sunil, 
    3. S. Jayaraj

88. Simultaneous Electricity Generation and Pollutant Removal in Nitrogen-rich Wastewater Using MicrobialFuel Cells

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 61, 
    3. 2014, 
    4. Pages 1224-1228

    1. Vanatpornratt Sawasdee, 
    2. Nipon Pisutpaisal

89. Advances in producing cost-effective direct borohydride fuel cells and road to its commercialization

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 14, 
    3. 2012, 
    4. Pages 358-363

    1. Yogeshwar Sahai, 
    2. Jia Ma

90. Performance Study of PEM Fuel Cell under Different Loading Conditions

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 54, 
    3. 2014, 
    4. Pages 468-478

    1. Ishwar Prasad Sahu, 
    2. Gali Krishna, 
    3. Manojit Biswas, 
    4. Mihir Kumar Das

91. Gas Channel Optimisation for PEM Fuel Cell using the Lattice Boltzmann Method

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 28, 
    3. 2012, 
    4. Pages 125-133

    1. Yasser Ben Salah, 
    2. Yutaka Tabe, 
    3. Takemi Chikahisa

92. Development of a Fuel Cell-Based System for Refrigerated Transport

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 29, 
    3. 2012, 
    4. Pages 201-207

    1. Raquel Garde, 
    2. Fernando Jiménez, 
    3. Tomás Larriba, 
    4. Gabriel García, 
    5. Manuel Martínez

93. Gradual Internal Reforming of Ethanol in Solid Oxide Fuel cells

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 28, 
    3. 2012, 
    4. Pages 28-36

    1. S.D. Nobrega, 
    2. F.C. Fonseca, 
    3. P. Gelin, 
    4. F.B. Noronha, 
    5. M.C. Steil

94. Computational modeling of the transport and electrochemical phenomena in solid oxide fuel cells

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 6, 
    3. 2011, 
    4. Pages 65-74

    1. Hocine. Mahcene, 
    2. Hocine Ben Moussa, 
    3. Hamza. Bouguettaia, 
    4. Djamel. Bechki, 
    5. Mostefa Zeroual

95. Operation of Solid Oxide Fuel Cell based Distributed Generation

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 54, 
    3. 2014, 
    4. Pages 439-447

    1. Sangeeta Das, 
    2. Debapriya Das, 
    3. Amit Patra

96. Radiation Phenomenon in Electrodes/Electrolyte Interface of Solid Oxide Fuel Cells

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 50, 
    3. 2014, 
    4. Pages 229-236

    1. Hocine Mahcene, 
    2. Nedjma Meddour, 
    3. Djamel Bechki, 
    4. Hamza Bouguettaia, 
    5. Hocine Ben Moussa

97. Reva Electric Vehicle Conversion to a Hydrogen Fuel Cell Powered Vehicle

    1. Open access, 
    2. Original research article

    1. Energy Procedia, 
    2. Volume 29, 
    3. 2012, 
    4. Pages 325-331

    1. Lorenzo Nasarre Cortés, 
    2. Joaquin Mora Larramona, 
    3. Marcos Ruperez Cerqueda, 
    4. Luis Correas Usóna

98.