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Conversión Conductividad Electrica
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ENERGY CONVERSION
Course Team 1- Lecturers Dr.: Mahmoud Sayed 2- Section: Engineer: Tarek Abd EL Boghdady
Lectures Lecture 1: Introduction- Energy Lecture 2: Electric Power Systems-1 Lecture 3: Electric Power Systems-2 Lecture 4: Fossil Power Plants Lecture 5: Hydroelectric Power Plants- Wind Farms Lecture 6: Wind Farms Lecture 7: Geothermal Power Plants- Ocean Power Lecture 8: Photovoltaic Power Plant-1 Lecture 9: Photovoltaic Power Plant-2 Lecture 10: Photovoltaic Power Plant-3 Lecture 11: Photovoltaic Power Plant-4 Lecture 12: Nuclear power Plant
Reference Book: 1- “Electrical Energy Conversion and transport- An Interactive Computer-Based Approach”, 2nd edition Authors “George G. Karady Keith E. Holbert”
2- “Renewable and Efficient Electric Power Systems” Author: Gilbert M. Masters
Lecture 1: Introduction What is energy?
The capacity of a system to perform work
Lecture 1: Introduction Energy Uses in our life
Lecture 1: Introduction Energy appears in many forms in our daily life
Lecture 1: Introduction The unit of energy
Lecture 1: Introduction The energy problem: Growing World Population
Lecture 1: Introduction
Lecture 1: Introduction
Lecture 1: Introduction
Lecture 1: Introduction
Lecture 1: Introduction
Lecture 1: Introduction
Lecture 1: Introduction
Lecture 1: Introduction Electricity Generation In Egypt
Lecture 1: Introduction
Lecture 1: Introduction
Lecture 1: Introduction
Generated Energy
Lecture 1: Introduction
Load Curves
Lecture 1: Introduction
* Area under load curve = Units generated (Energy) *Highest point of the curve = Max. Demand *Average Load Average load = (Area under load curve)/(duration of the load curve) *Load factor It is the ratio of the average load for a given period to the peak load. *Load Factor (L.F)=average power/ peak demand *Reserve = Capacity Max. Demand