• Foad Srhan Jiwad Imam Reza International, Mashhad,Iran
  • Isam Mejbel Abed University of Babylon
  • Mojtaba Behnam Taghadosi Imam Reza International, Mashhad,Iran
Keywords: Desalination, Wind Turbine, Hydraulic Transition, Maximum Power Point Tracking, RO Module.


The climate change and water scarcity are the most world environmental challenges.
Producing fresh water from seawater needs a lot of energy that may be supported by fossil
fuel power stations. However, a solution for the challenges is water desalination system that
is integrated to the renewable energy. Moreover, there is much energy conversion in these
systems that reduce the overall system efficiency. This article introduces a novel Desalination
Wind Turbine, and such that it is described and analyzed by nonlinear simulation. In this
system, the wind energy transmitted to the water pump by a hydraulic transmission line. The
RO module is used for fresh water production. The long-term performance of the system,
such as annual water production is calculated and the ability of the system to Maximum Power
Point Tracking and the wind turbulence and wind sudden change is analyzed, which shows
the system overshoot is less than 6%.

How to Cite
Jiwad, F. S., Abed, I. M., & Taghadosi, M. B. (2020). F FRESH WATER GENERATION BY WIND ENERGE. THE IRAQI JOURNAL FOR MECHANICAL AND MATERIALS ENGINEERING, 20(2), 153-163. Retrieved from http://iqjfmme.com/index.php/jmme/article/view/496