  Climate change has been identified as one of the greatest challenges facing
nations, governments, businesses and citizens of the globe. The threats of
climate change demand an increase in the share of renewable energy from the
total of energy generation. Meanwhile, there are tremendous efforts to decrease
the reliance on fossil fuel energies which opens the venue for increasing the
usage of alternative resources such as nuclear energy. Many countries (e.g.
Egypt) are planning to meet increasing electricity demands by increasing both
renewable (especially wind energy) and nuclear energies contributions in
electricity generation. In the planning phase of siting both new Wind Farms
(WFs) and Nuclear Power Plants (NPPs), many benefits and challenges exist. An
important aspect taken into consideration during the NPP siting is the
existence of ultimate heat sink which is sea water in most cases. That is why
most NPPs are sited on sea coasts. On the other hand, during WF siting, the
main influential aspect is the existence of good wind resources. Many coastal
areas around the world fulfill this requirement for WF siting. Coupling both
NPPs and WFs in one site or nearby has many benefits and obstacles as well. In
this thesis, based on international experience and literature reviews, the
benefits and obstacles of this coupling/adjacency are studied and evaluated.
Various case studies are carried out to verify the coupling/adjacency concept.
