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ISSN E 2409-2770
ISSN P 2521-2419

Hybrid System for Electricity Generation using Waste Heat & Wind from Exhaust Duct of Generator

Vol. 4, Issue 5, PP. 101-107, May 2017


Keywords: Hybrid Generation, Peltier cells, Seebeck Effect, Thermo-Electric Generators, Wind turbine

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The objective of this paper is to utilize wasted heat and hot pressurized air from the exhaust duct of the generator in generating station to produce electricity. This heat and exhaust air is produced due to two types of losses i.e, core losses and copper losses inside generator and its temperature gradient with respect to the external environment. To accomplish this task a hybrid system consisting of Thermoelectric Cells and Wind Turbine assembly is designed in which Thermoelectric Cells produces electricity using the wasted heat based upon the Seebeck effect while the wind turbine generates electricity due to high speed wind striking its specially designed blades according to the modern Aero-Dynamical designs. This hybrid system will work in parallel with the main Generator acting as auxiliary electricity generating source. This system will provide improved results at higher temperature differences and high pressure of wind.

  1. Muhammad Suleman Malik, , UET Peshawar, Pakistan.

Muhammad Suleman Malik Faheem Ali Maria Hameed Haseeb Aman Osama Bin Muzaffar

  1. [1]     Rowe, D. M., ed. (2006). “Thermoelectric Handbook: Macro to Nano. Taylor & Francis.” ISBN 0-8493-2264-2
  2. [2]     Loffe A.F. (1957). Semiconductor Thermoelements and Thermoelectric Cooling. Infosearch Limited. ISBN 0-85086-039-3.
  3. [3]     Thomson, William (1851). “On a mechanical theory of thermoelectric currents.” Proc.Roy.Soc.Edinburgh: 91–98.M. Young, The Technical Writer Handbook. Mill Valley, CA: University Science, 1989.
  4. [4]     T Stephen John, “High Efficient Seebeck Thermoelectric Device for Power System Design and Efficiency Calculation: A Review of Potential Household Appliances”. Sathyabama University Chennai – 600119
  5. [5]     “Review of thermoelectricity to improve energy quality"(2015-03-01). 2 - Issue 3 (March-2015). JETIR
  6. [6]     “What factors affect the output of wind turbines?” 24 July 2009. Retrieved 6 November 2013.
  7. [7]     “Solar Thermal Energy" (PDF). Retrieved Oct 8, 2009.
  8. [8]     Snyder, G. (Oct 2003). “Thermoelectric Efficiency and Compatibility” Physical Review Letters. 91 (14).
  9. [9]     H. B. Cox. Thermoelectric Generator. Patented August 19, 1890.
  10. [10]   “Harvesting the Wind: The Physics of Wind Turbines”. Retrieved 11 January2013.
  11. [11]  Betz, A. Randall, D. G. (trans.) “Introduction to the Theory of Flow Machines”. Oxford: Pergamon Press, 1966