PhD Research Thesis on Renewable Energy Sample

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SAMPLE
RENEWABLE ENERGY
is greenhouse. The passive house heating system uses heat with the elements of the house itself:
large windows facing the south, floors and walls that absorb heat during the day and release it at
night. The terrain of passive techniques means that no electricity is required, and processes are
based on spontaneous natural processes. This means that this technology is 100% ecological, has
been trained from the first human settlements to date. In combination with modern sealing,
insulating materials, passive solar technology gives perfect results, and if it is supplemented with
active solar technology, an autonomous system is obtained, an ideal solution for houses away from
the settlement and infrastructure. In the household is the use of solar energy for consumable hot
water. In order for hot water to be available throughout the year, it is common to use solar energy in
combination with some other energy source, which is used when Sun's energy is not enough water
to reach the desired temperature. Solar collectors absorb the energy of the Sun and are heated by
water or air that further transfer's heat. Instead of the so-called sanitary water, which is used for
showering and washing, electric heaters are heated, this can be done by a system based on the
collection of solar energy and completely independent of electricity from the mains. The smallest
collectors have a surface of two square meters and are sufficient for heating water in one
household. Such systems are particularly cost-effective for tourist facilities where a lot of water is
heated.
References
Chendo, M. A. C. (2001). Non-Conventional Energy Source: Development, Diffusion Impact on Human
Development Index in Nigeria. N. Journal of Renewable Energy, 9 (1&2), 91 - 102.
Ben, S. (2000). Renewable Energy: Its Physics, Engineering, Environmental Impacts, Economics and
Planning. 2nd edition. Cambridge, Massachusetts: Academic Press.
Aldo, Viera da Rosa. (2008). Fundamentals of Renewable Energy Process, 2nd edition. Cambridge,
Massachusetts: Academic press.