Performance Test and Structural Analysis of Cross-Flow Turbine

  • Zar Ni Tin Win Department of Mechanical Engineering, Mandalay Technological University, Mandalay, Myanmar
  • Htay Htay Win Department of Mechanical Engineering, Mandalay Technological University, Mandalay, Myanmar
  • Myint Thein Department of Mechanical Engineering, Mandalay Technological University, Mandalay, Myanmar
Keywords: Analysis, cross-flow turbine, design, hydropower, performance.


Myanmar is a developing country, the annual consumption of electricity has been increasing rapidly throughout the country.  The main source of energy for generating electricity is hydropower because of her hilly regions with rivers and water-falls.  Myanmar, where 75% of the populations live in rural area, has a low level of access to electricity.  Small-scale hydropower production may be the most cost-effective way to supply electricity to remote villages that are not near transmission lines.  The objectives of this research is to design low cost with high efficient cross-flow turbine especially for low head, to analyze the blade structural and modal of the turbine runner by using ANSYS 14.5 software, to construct the designed cross-flow turbine and test the performance of constructed cross-flow turbine in selected site location.  The designed cross-flow turbine is capable of producing up to 300 watts AC power at the head of 6m and water flow rate of 0.009 m3/s. 


[1] C. A. Mockmore and Fred Merryfield. (1949, February). The Banki Water Turbine. Bulletin Series No.25.
[2] L. A. Haimerl. (1960, January). The Cross-Flow Turbine.
[3] F. O. Ruud. (1962). Stress Analysis of Hydraulic Turbine Parts.
[4] Mohammad Durali. (1976). Design of Small Water Turbines for Farm and Small Communities.
[5] Hitoshi Yamamoto. (1983). Cross-Flow Hydraulic Turbine and Their Power Generations. Series 68.
[6] P. Verharrt. (1983, March). Blade Calculations for Water Turbines of the Banki Type.
[7] Nadim M. Aziz and Venkappayya R. Desai. (1991). A Laboratory Study to Improve the Efficiency of Cross-Flow Turbine.
[8] A. Harvey. (1993). Micro Hydro Design Manual. Intermediate Technology Publications.
[9] W. S. Tickoo. (2012). ANSYS Workbench 14.0 for Engineers and Designers.
[10] Felix Mtalo. (2010). Design and Fabrication of Cross-Flow Turbine.
[11] Muhammad Adil Khan and Saeed Badshah. (2014). Design and Analysis of Cross-Flow Turbine for Micro Hydropower Application using Sewage Water. ISSN 2040-7459.
[13] Anonymous. Hydraulic Engineering Manual.
[14] Thi Thi Moe. “Design and Construction of Turbines for Hydropower Plants.” Ph.D Thesis, Yangon Technological University, 2004.
[15] Pa Pa Min. “Design and Construction of 300 watts Cross-Flow Turbine.” Ph.D Thesis, Yangon Technological University, 2007.
[16] Aye Mya Thandar. “Design of 100 kw Cross-Flow Turbine for Mini Hydropower Plant.” Ph.D Thesis, Mandalay Technological University. 2007.