Abstract

Design of Stand-Alone Solar PV Power System Installed Atal-Mansoura-Egypt Driving 5.5 KW Elevator. (Dept. E)

Highlights

  • RENEWABLE energy is the new development that is heading the world

  • The first region starts from the period of sunrise to 9:30 am, and we notice an increase in solar radiation, which leads to an increase in the current, and the area under the curve is an almost right-angled triangle, the energy produced from this region is equal to 0.6kWh/day

  • The method depends on the number of peak sun hours (PSH) which varies from one site to another

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Summary

INTRODUCTION

RENEWABLE energy is the new development that is heading the world. They are very expensive to purchase and design. This cost is covered compared to production The number of solar panels obtained by this method is only accurate for the panel test site during manufacturing and cannot be generalized or relied upon when calculating the number of panels for other sites. If it is generalized to other sites it will result in an incorrect number of solar panels and an increase in the total cost in the case of obtaining more than necessary number of solar panels. The proposed method in this paper contributes to avoiding this shortcoming in the classical method, as it depends upon a oneday experimental test in the area in which the solar system is intended to be constructed and utilized. This method can be generalized to different sites

CHARACTERISTICS OF THE USED TESTED MODULE
OPERATION CHARACTERISTICS OF THE PV MODULE
The result of step 2 divided by the total daily energy
Determination of the daily consumed energy of the load throughout the daytime
The inverter sizing
Voltage Regulator
Quick Classical Method
Drawbacks of the classical method
Cost of the kWh Produced by the Designed Solar Pv System
CONCLUSION
Elevator Motor Nameplate

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