Course detail
Measurement and Regulation in Power Engineering
FSI-LMRAcad. year: 2021/2022
The course discusses current trends in the management and regulation of energy devices. The emphasis is on sensors, control circuits of partial components and complex regulation of power units in relation to the electrical system.
Language of instruction
Czech
Number of ECTS credits
4
Mode of study
Not applicable.
Guarantor
Department
Learning outcomes of the course unit
Students gain knowledge in the field of measurement, control and regulation of energy systems. They get to know the basic types of control circuits in energetics, their key components and the issue of appropriate use of these components.
Prerequisites
Boilers, Heat turbines and turbocompressors, Heat turbines I., II.
Co-requisites
Not applicable.
Planned learning activities and teaching methods
The course is taught in blocks. In the first half of the semester there will be only lectures that have the character of an explanation of the basic principles and theory of the discipline. In the second half there will be an exercise, which is focused on the practical mastery of the material covered in lectures.
Assesment methods and criteria linked to learning outcomes
Exam - written, oral part. The exam will be divided into two parts with a total achievable number of points of 100. Each part of the exam will have a achievable 50 points and will be divided between the examiner.
Credit - conditions of award: participation and active work on exercises.
Credit - conditions of award: participation and active work on exercises.
Course curriculum
Not applicable.
Work placements
Aims
The student will get acquainted with the basic types of control circuits, their key components - sensors, actuators, control systems and the necessary electrical elements for actuator control.
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Specification of controlled education, way of implementation and compensation for absences
Optional lectures, seminars min. 75% participation in seminars, replacement by study of recommended literature.
Recommended optional programme components
Not applicable.
Prerequisites and corequisites
Not applicable.
Basic literature
Němec, Z.: Regulace a automatizace energetických zařízení. Studijní opora pro magisterské studium. VUT v Brně, FSI, ÚAI, 2012. (CS)
O'Dwyer, A.: HANDBOOK OF PI AND PID CONTROLLER TUNING RULES (2nd Edition), Imperial College Press, 2006, SIBN 1-86094-622-4 (EN)
VILIMEC, L. Řízení a regulace energetických zařízení. Skripta VŠB TU Ostrava, 2008. ISBN 978-80-248-1853-5. (CS)
O'Dwyer, A.: HANDBOOK OF PI AND PID CONTROLLER TUNING RULES (2nd Edition), Imperial College Press, 2006, SIBN 1-86094-622-4 (EN)
VILIMEC, L. Řízení a regulace energetických zařízení. Skripta VŠB TU Ostrava, 2008. ISBN 978-80-248-1853-5. (CS)
Recommended reading
Fisher: CONTROL VALVE HANDBOOK, 5th Edition, Emerson Automation Solutions 2017, dostupné z https://www.emerson.com/documents/automation/control-valve-handbook-en-3661206.pdf (EN)
Elearning
eLearning: currently opened course
Classification of course in study plans
Type of course unit
Lecture
26 hod., optionally
Teacher / Lecturer
Syllabus
1. Basic control circuit, key components of control circuit for energy systems. Electrical controls and their use in regulation (continuous, On / Off and PWM).
2. Feedback elements: temperature, pressure, flow, level sensors, sensors for fuel metering control, safety elements. Key features of feedback elements (resolution, accuracy and response), areas of application and data collection.
3. Actuators: electric heat sources, electrically operated valves, control of pumps, belt conveyors, fuel feeders and safety elements. Key features of actuators (response, controllability and achievable control accuracy), control of actuator functionality.
4. Control systems - electronic devices for control of energy systems - basic properties, areas of use. Regulators and their parameters used in control systems.
5. Control and regulation in the field of electrical system (frequency, voltage, power), primary, secondary, tertiary regulation. Real behavior of electricity producers (nuclear plant, steam plant, combi cycle power plant, hydro, pumped, wind, solar) during the day, week, year.
6. Regulatory options of individual electricity producers. Possibilities of active power regulation, response to power change, control ranges, control stability.
7. Basic control links of the boiler, dynamics of boilers for solid and liquid fuels. Superheated and reheated steam temperature control. Power regulation of drum and flow boilers.
8. Control and regulation of partial functional units (fans, compressors, pumps and other energy equipment.
2. Feedback elements: temperature, pressure, flow, level sensors, sensors for fuel metering control, safety elements. Key features of feedback elements (resolution, accuracy and response), areas of application and data collection.
3. Actuators: electric heat sources, electrically operated valves, control of pumps, belt conveyors, fuel feeders and safety elements. Key features of actuators (response, controllability and achievable control accuracy), control of actuator functionality.
4. Control systems - electronic devices for control of energy systems - basic properties, areas of use. Regulators and their parameters used in control systems.
5. Control and regulation in the field of electrical system (frequency, voltage, power), primary, secondary, tertiary regulation. Real behavior of electricity producers (nuclear plant, steam plant, combi cycle power plant, hydro, pumped, wind, solar) during the day, week, year.
6. Regulatory options of individual electricity producers. Possibilities of active power regulation, response to power change, control ranges, control stability.
7. Basic control links of the boiler, dynamics of boilers for solid and liquid fuels. Superheated and reheated steam temperature control. Power regulation of drum and flow boilers.
8. Control and regulation of partial functional units (fans, compressors, pumps and other energy equipment.
Computer-assisted exercise
13 hod., compulsory
Teacher / Lecturer
Syllabus
9. Exercises – The design of a power supply station with a pump controlled by a frequency converter and a pump with regulation of throttling in the discharge. Comparison of proposed variants and the impact on the economics of operation. Specification of documents for management.
10. Exercises - Production of hydrogen from RES. Design of technological solutions, control and regulation. Specification of documents for management.
11. Exercises - Basics of measurement and data collection, temperature measurement and verification of achievable parameters of thermoelectric and resistance temperature sensors.
12. Exercises - Temperature control on a laboratory model, demonstration of pressure and flow measurement in pneumatic circuits.
13. Individual consultations, credits.
10. Exercises - Production of hydrogen from RES. Design of technological solutions, control and regulation. Specification of documents for management.
11. Exercises - Basics of measurement and data collection, temperature measurement and verification of achievable parameters of thermoelectric and resistance temperature sensors.
12. Exercises - Temperature control on a laboratory model, demonstration of pressure and flow measurement in pneumatic circuits.
13. Individual consultations, credits.
Elearning
eLearning: currently opened course