KIZILDENIZ-Energy Systems Engineering

Energy Systems Engineering

What is the specialty of Energy Systems Engineering:

Engineering of energy systems is one of the newest branches of engineering. This specialty examines all energy-related matters, such as generation, transport, use and utilization, with a view to optimizing energy use, increasing systems efficiency, reducing costs and protecting the environment.

Energy Systems Engineering is a branch of engineering dealing with energy efficiency, energy services, utility management and power installations. Specialization depends on the integration of physics, mathematics, chemistry, economics and environmental sciences. The study of energy systems engineering is based on the design and production of renewable energy generation projects for both cities and companies, through the creation of modern methods of utilizing natural sources and converting them into energy such as sun, wind and water. The main task of energy engineers is to find the most efficient and appropriate way to complete tasks and develop the system.

History of Energy Systems Engineering Specialization:

Energy engineering is often considered or similar to power systems engineering, a branch of electrical engineering dealing with the generation, transmission and distribution of electrical power in the specific area of energy consumption. Although after the war between the current and the current, between 1880 and 1890, the current loss on the current and a new era of current power began. For several years, after the war, AC was considered superior. At the same time, with advances in energy technology, three-phase frequency current energy was invented in energy technology. It's had power in the world's energy system for decades. With the increase in the length of the vector and the concept of making the world an energy hub, the continuous current now also has a long-term response to detecting it. Now, after a long search and integration of the energy source from several parts of the world, it's economic to transmit continuous current, high voltage, over long-distance frequencies. In 1831, Michael Faraday discovered some laws relating to electromagnetic induction. After several years of work at Humphrey Davis, who was considered a pioneer in the field of incandescent lamps and Devi lamps, the Faraday laboratory was able to decipher electrical and magnetic properties with respect to electrical power generation. This was the main breakthrough in the history of energy engineering, which illustrated the principle of the operation of generators and transformers.

The importance of studying the specialty of Energy Systems Engineering:

Energy engineering is a very diverse and important area for humanity - it is dedicated not only to fuel processing and energy production, which operates around the world but also to environmental conservation and seeks less harmful energy systems in the atmosphere, soil and water. The following are some reasons for choosing energy engineering and also some other engineering branches.

Energy Systems Engineering courses:

The bachelor's degree is four years and the content varies from university to university, so the student must check the university's academic content, which he wishes to study, but in general students study the following subjects:

First-year: