Cost analysis for a solar cell supply to feed a metro station /
Mohamed Hussein Abdelaziz Hussein Khater
Cost analysis for a solar cell supply to feed a metro station / تحليل التكلفة لتزويد الخلايا الشمسية لتغذية محطات المترو Mohamed Hussein Abdelaziz Hussein Khater ; Supervisied Hegazy M. Zaher - Cairo : Mohamed Hussein Abdelaziz Hussein Khater , 2016 - 52 Leaves : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Institute of Statistical Studies and Research - Department of Statistical Quality Control and Quality Assurance
Gchapter I :- New types of energy- energy resources - Egypt's position of power and future plans and objectives that must be accessible - Realistic measurements of consumption rates of plants to feed the metro network of electricity needed high voltage (1500 volts), passenger terminals low voltage (380 v ) - Quality of the implementation cost. Chapter II : solar energy applications. - how to obtain the ectrical energy from solar energy. The future of solar energy.- Solar energy features.- Solar power plant components. Types of solar electricity connected to the public network or not -Advantages of solar energy connected to the electricity grid sheet.- Sources of loss in the solar power plant and how to overcome them. Chapter III :- How to Run a solar power plant- How to change from DC to AC variable that needs the public network using a converter - How to maintain solar power plant. Cost of operating solar power plant. - Financial analysis and comparison between Germany and Spain, investments in all types of solar power plants and the possibility that Egypt Maiaud these investments and the financial results. chapter IV :- Actions taken by the Egyptian company as a result of this letter to the implementation of a number of solar power plants on the roofs of some first-line stations. - Executive status of a solar power plant on the roof of Eldemerdash station technical specifications own size and energy output to connect to the public network at the same time be a source for lighting up the station Eldemerdash.
Cost analysis Metro station Solar cell
Cost analysis for a solar cell supply to feed a metro station / تحليل التكلفة لتزويد الخلايا الشمسية لتغذية محطات المترو Mohamed Hussein Abdelaziz Hussein Khater ; Supervisied Hegazy M. Zaher - Cairo : Mohamed Hussein Abdelaziz Hussein Khater , 2016 - 52 Leaves : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Institute of Statistical Studies and Research - Department of Statistical Quality Control and Quality Assurance
Gchapter I :- New types of energy- energy resources - Egypt's position of power and future plans and objectives that must be accessible - Realistic measurements of consumption rates of plants to feed the metro network of electricity needed high voltage (1500 volts), passenger terminals low voltage (380 v ) - Quality of the implementation cost. Chapter II : solar energy applications. - how to obtain the ectrical energy from solar energy. The future of solar energy.- Solar energy features.- Solar power plant components. Types of solar electricity connected to the public network or not -Advantages of solar energy connected to the electricity grid sheet.- Sources of loss in the solar power plant and how to overcome them. Chapter III :- How to Run a solar power plant- How to change from DC to AC variable that needs the public network using a converter - How to maintain solar power plant. Cost of operating solar power plant. - Financial analysis and comparison between Germany and Spain, investments in all types of solar power plants and the possibility that Egypt Maiaud these investments and the financial results. chapter IV :- Actions taken by the Egyptian company as a result of this letter to the implementation of a number of solar power plants on the roofs of some first-line stations. - Executive status of a solar power plant on the roof of Eldemerdash station technical specifications own size and energy output to connect to the public network at the same time be a source for lighting up the station Eldemerdash.
Cost analysis Metro station Solar cell