ELECTRIC POWER PRODUCTION, TRANSMISSION AND ELECTRICITY MARKETS
Academic Year 2019/2020 - 1° Year- ELECTRIC POWER PRODUCTION, TRANSMISSION AND ELECTRICITY MARKETS - Modulo ELECTRIC POWER PRODUCTION AND TRANSMISSION: Giuseppe Marco TINA
- ELECTRICITY MARKET: Giuseppe Marco TINA
Scientific field: ING-IND/33 - Electrical power systems
Taught classes: 70 hours
Exercise: 30 hours
Term / Semester: 1° and 2°
ENGLISH VERSION
Learning Objectives
- ELECTRIC POWER PRODUCTION, TRANSMISSION AND ELECTRICITY MARKETS - Modulo ELECTRIC POWER PRODUCTION AND TRANSMISSION
To give basic understanding of the power system and the essential technical and economical aspects having influence on issues like the future electrical power system.
The students achieve knowledge about the power grid and the main components involved under production, transmission of electric energy.
The main principles and numerical tools for grid calculations are treated and will give experience and confidence for use hereof.
The course forms the base for further education within power engineering, but is in general useful for all students aiming at some specialization within electrical energy systems.
- ELECTRICITY MARKET
To give basic understanding of the power system and the essential technical and economical aspects having influence on issues like the future electrical power system.
The students achieve knowledge about the power grid and the main components involved under production, transmission of electric energy.
The main principles and numerical tools for grid calculations are treated and will give experience and confidence for use hereof.
The course forms the base for further education within power engineering, but is in general useful for all students aiming at some specialization within electrical energy systems.
Course Structure
- ELECTRIC POWER PRODUCTION, TRANSMISSION AND ELECTRICITY MARKETS - Modulo ELECTRIC POWER PRODUCTION AND TRANSMISSION
Modulo ELECTRIC POWER PRODUCTION AND TRANSMISSION
1. Introduction to power systems
2. Method in per unit for electrical grid study
3. Models of electrical loads
4. Model of Synchronous Generators5. Transmission line parameters: inductance, capacitance, resistance and conductance
6. Transmission line: Sinusoidal AC steady state operation
7. powe system analysis
8. optimal power flow: economic dispatching
9. Frequency regulation
10. Voltage regulation11. Hydro power plants
12. Thermoelectric power plants
Detailed Course Content
- ELECTRIC POWER PRODUCTION, TRANSMISSION AND ELECTRICITY MARKETS - Modulo ELECTRIC POWER PRODUCTION AND TRANSMISSION
Modulo ELECTRIC POWER PRODUCTION AND TRANSMISSION
1. Introduction to power systems
2. Method in per unit for electrical grid study
3. Models of electrical loads
4. Model of Synchronous Generators5. Transmission line parameters: inductance, capacitance, resistance and conductance
6. Transmission line: Sinusoidal AC steady state operation
7. powe system analysis
8. optimal power flow: economic dispatching
9. Frequency regulation
10. Voltage regulation11. Hydro power plants
12. Thermoelectric power plants
- ELECTRICITY MARKET
1. From monopoly to liberalization: the Italian case
2. Elements of microeconomy: introduction
3.Elements of microeconomy: equilibrium of consumers
4. Elements of microeconomy: production function
5. Elements of microeconomy: offer curve
6. Elements of microeconomy: monopoly
7. Elements of microeconomy: oligopoly
8. Impact of grid on market equilibrium
9. centralized market and losses
10. Architecture of electricity markets
11. Strategic bidding
12. Electricity markets in Italy
Textbook Information
- ELECTRIC POWER PRODUCTION, TRANSMISSION AND ELECTRICITY MARKETS - Modulo ELECTRIC POWER PRODUCTION AND TRANSMISSION
1)Roberto Marconato, Electric Power systems, Vol. 1
2) Mohamed E. El. Hawary, Electrical Power systems – Design and Analysis, Reston Publishing company
3) M. J.H. Sterling, Power system Control, IEE edition
4) documentation from the dedicated web sites (TERNA, GME, and so on)
- ELECTRICITY MARKET
M1) S. Vinci, Introduzione alla microeconomia, Liguori editore
M2) R. Cellini L. Lambertini, Una guida alla teoria dei giochi, CLUEB
M3) documentation from the dedicated web sites (TERNA, GME, and so on)