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Wi-fi Management of Self Sustained Solar Electric power Generation Procedure
Taking part College students:
1. Nourhan Bayasi, Electronic and Electrical Engineering
two. Rawan Al-Kurd, Electronic and Electrical Engineering
3. Fatima Adly, Electronic and Electrical Engineering
4. Ghada Shubair, Electronic and Electrical Engineering
5. Rola Al-Muhainy, Electronic and Electrical Engineering
Supervisor(s):
1. Dr. Reyad El-Khazali, Associate Prof., Electronic and Electrical Engineering
two. Dr. Ibrahim Abu Alhaoul, Assistant Prof., Electronic and Electrical Engineering
Undertaking Description:
This undertaking combines wireless technologies, alongside with computing abilities, to style and design and carry out a wirelessly-managed, self-sustained photo voltaic ability era technique,
The technique is composed of a heliostat product of three reflectors whic reflect the daylight onto a receiver, and three Fresnel lenses that target the mirrored gentle onto a heat exchanger which provides pressurized steam that rotates a turbine-generator device. The technique is wirelessly monitored and managed making use of a proportional-integral-derivative management algorithm. A graphical person interface device is intended to check the full technique making use of both a Computer or a Tablet Computer to introduce mobility to the technique. A photovoltaic (PV) photo voltaic cell device is utilised to crank out the required ability to make the technique self-sustainable.
The management algorithm is intended to keep track of the sunshine and management a amount of reflectors by controlling the altitude and the azimuth angles of the heliostat to target the sunshine rays onto a central heat exchanger to make dry and pressurized steam to rotate a steam turbine. A feedback mechanism is utilised to update the microcontroller with the position of the reflectors and to defend the technique from any failures. The technique is intended to guidance two modes of functions a authentic time tracking technique, and a GPS dependent technique. This adds much more flexibly and robustness to the technique. The technique is also supported by implies of stability functions to authenticate the obtain to the technique and these functions contain encryption, passwords, and alarms.
Aim & Purposes:
This technique will allow us to harvest photo voltaic ability by concentrating daylight onto a heat exchanger that provides pressurized dry steam in buy to rotate a turbine in buy to make electrical ability. It is a clean resource of electrical power and does not emit carbon dioxide to the ambiance.
Awards & Achievements:
1- Greatest Poster Award, Undergraduate Investigate Meeting (5th URC2013) Zayed University, Dubai Campus
May possibly 1 – two, 2013,
two- 2nd -Area Prototype Undertaking opposition,
Engineering Pupil Renewable Electrical power
Opposition ESREC 2013, UAEU, May possibly 4, 2013.
Post time: Jan-18-2017