OPTIMUM TILT ANGLE FOR SOLAR COLLECTORS USED IN NEW CAIRO
Mohamed Ahmed Sarwat Hafez;
Abstract
As shown Nowadays all the world suffers from the fuel problem, accordingly, most of the
countries try to depend on generating the electricity from a renewable source of energy, on the
presented thesis it is will be discussed how to reduce the fuel consumption on electricity generation
by using solar energy. One of the most important parameters that affect Photovoltaic (PV) panel
Performance of both grid-connected system and the off-grid system is solar radiation received. The
position and angle of a PV panel are two very important factors in PV system design. This Thesis
investigates the optimal tilt angle of PV panels using the mathematical method. Mathematical models
are used to estimate the total (global) solar radiation on a tilted surface and to calculate the output
energy of PV panels. An experimental setup installed in (Schneider Electric Egypt Roof – New
Cairo) is utilized to provide the real data.
countries try to depend on generating the electricity from a renewable source of energy, on the
presented thesis it is will be discussed how to reduce the fuel consumption on electricity generation
by using solar energy. One of the most important parameters that affect Photovoltaic (PV) panel
Performance of both grid-connected system and the off-grid system is solar radiation received. The
position and angle of a PV panel are two very important factors in PV system design. This Thesis
investigates the optimal tilt angle of PV panels using the mathematical method. Mathematical models
are used to estimate the total (global) solar radiation on a tilted surface and to calculate the output
energy of PV panels. An experimental setup installed in (Schneider Electric Egypt Roof – New
Cairo) is utilized to provide the real data.
Other data
| Title | OPTIMUM TILT ANGLE FOR SOLAR COLLECTORS USED IN NEW CAIRO | Other Titles | زاوية الميل المثلي للخلايا الشمسية بالقاهرة الجديدة | Authors | Mohamed Ahmed Sarwat Hafez | Issue Date | 2018 |
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