Tuition fee information for all majors
Area of study: 13.04.02 Electric power and electrical engineering
Major: Electric power systems modes control
Duration: 2 years
Start: September 1
Admission: open
Language : Russian
This master's program explores current trends in centralized, regime, and local emergency automation, methods and models of management and planning of electric power modes of distributed power systems, as well as modern information technologies for solving problems in electric power system automation and control. It also discusses novel approaches to operational dispatch management in the electric power industry.
The students gain knowledge and abilities in the design of algorithms and emergency automation devices, as well as the fundamentals of digital signal processing, data gathering, and monitoring systems (stability reserve monitoring system and condition assessment programs).
The obtained knowledge and skills enable the graduates to create algorithms, specialized software, and technical means for the automation and control of electric power systems, as well as design digital substations.
Graduates are in demand by generating, energy sales, design, installation organizations and many other power enterprises all over the world
- Automated control of the frequency and flows of active power in power systems
- Automatic control of operating modes of electric power systems
- Automation of control modes of power systems with small generation facilities
- Autonomous energy systems
- Control of modes of ultra-high voltage power transmission lines
- Emergency automation of electric power systems
- Established modes of electric power systems
- Innovative technologies in the management of electric power modes
- Management of the technical condition of the equipment of electric power systems
- Modern issues of electrical and power engineering
- Operational and dispatching control of power systems modes
- Technological processes and operating modes of power plants
- Technology of planning energy regimes and development of power systems
- Theory of automatic regulation
- Transient modes and stability of electric power systems
- Anna Arestova
- Tatyana Krasil’nikova
- Anatoly Lykin
- Yuri Sidorkin
- Admission starts on June 20
- Admission stops on July 10
- The documents are sent to the university in electronic form through the NSTU Enrolee Personal Account. When submitting an application for admission in electronic form, the documents attached to it are submitted (sent) to the NSTU admission committee in the form of their electronic images (paper documents converted into electronic form by scanning or photographing with the provision of machine-readable recognition of its details)