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Akhmad Dzhuma
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Design and simulation of solar photovoltaic systems using SAM program

Advert description
SAM program is a model for simulating the performance of renewable energy systems and studying the economic feasibility and cash flows, Cashflow.
The program is designed to facilitate decision-making for people involved in the renewable energy industry:
- Project managers and engineers
- Policy analysts
- Technology developers
- Researchers
SAM puts on setup costs
Performance forecasts and energy cost estimates for grid-connected energy projects
and the operation and system design parameters that you specify as inputs to the model.
Projects can be either on the customer side of the utility meter, buying electricity and selling it at retail rates, or
On the utility side of the meter, selling electricity at a price negotiated through a power purchase agreement (PPA).
For videos showing how to use SAM for different types of projects, see the SAM website.
The following image shows the main window of the program
SAM and annual cash flows
Which shows monthly electricity generation
For photovoltaic system.
Akhmad Dzhuma in a nutshell
Free education Ltd
President of Ahlia University - Dean of Faculty Renewable Energy Engineering
e-learning Online/Offline
I am PhD, 15 years of teaching experience at the university, ready to teach students e-learning remotly on Arbic languge Online/Offline via the educational platform to obtain an engineering degree (BS, MS, PhD) in renewable energy or courses in designing solar energy systems....
Free education Ltd
President of Ahlia University - Dean of Faculty Renewable Energy Engineering
e-learning Online/Offline
I am PhD, 15 years of teaching experience at the university, ready to teach students e-learning remotly on Arbic languge Online/Offline via the educational platform to obtain an engineering degree (BS, MS, PhD) in renewable energy or courses in designing solar energy systems.
Objective and method:
All human beings are united by three common problems:
1. High level of unemployment (lack of financing and investment)
2. Increased energy dependency (dominance of colonial countries)
3. Increasing environmental pollution (refraction index of public awareness)
Modeling the solution to all these problems in the College of Renewable Energy Engineering through electronic distance education through learning and working at the same time. Simulating the information stream, the energy stream, and the financial stream in a closed, dynamic, renewable system with feedback via the educational platform.
Explanation and proof
The rate of decline in the prices of solar and wind energy devices over twenty years has reached 200 times, and the cost index is heading downward at an incredible speed. This means that renewable energy devices will soon be in every home, such as mobile phones and the Internet, and the question arises!
Who will service these devices, install, operate, maintain, and guarantee them, and raise the level of technical awareness among users in dealing with them?
With the increase in demand for renewable energy, the demand for those with experience and specialists in this field, including technicians, engineers, academics, and experts, will inevitably increase. This means that the renewable energy specialty will become the number one specialty in the whole world.
Implementation and results
All students wishing to continue their education, including those who hold a high school diploma in its scientific and industrial streams, those who dropped out of university studies, graduates of intermediate industrial institutes, and officers who graduated from military colleges, can register in the College of Renewable Energy Engineering and study in electronic system distance education (online) through the educational platform:
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Education and qualifications
Education and qualifications
PhD in Renewable Energy (solar&wind)
Doctorate
Languages
Arabic Russian English
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