Planeamento
Aulas do tipo Teórico
Continuous evaluation (Session II)
Apresnetação dos trabalhos dos grupos 5 e 7.
Continuous evaluation (Session I)
Presentation of work assignments by Groups 1 to 3 on the selected themes:
Practical application of concepts
Exercise on energy system integration using a trigeneration power plant.
Energy system Integration
Cogeneration (CHP – combined heat
and power) and trigeneration.
Energy transition
Renewable energy, energy transition
and the digitalization of the energy sector.
Practical application of concepts
Microgrid exercise with sizing of a storage system for autonomous operation.
Energy Networks of the Future: Smart Grids
The concept of “smart systems” and smart/active grids.
Power Flow Application
Power/Load Flow.
Fundamentals of Electric Energy Transmission
Study and representation of electric transmission lines
Practical application of concepts
Exercise on planning of power systems with vRES.
Interconnected Power Systems.
Interconnected Power Systems.
Operation of Interconnected Power Systems.
The European network and the ENTSO-E
Towards Energy Transition: Electrification and Digitalization (cont.)
Management and Operation of a Power
Scenarios and Outlooks for the Energy Sector
|
Scenarios and Outlooks for the Energy
Sector |
|
Review of basic “Energy and Power” notions |
Aula 0
Aula não leccionada. Justificação entregue na secretaria do DEEGE.
Aulas do tipo Teórico-Prático
Continuous evaluation (Session II)
Presentation of work assignments of groups 4 to 7 on the selected themes:
The EU strategy for Hydrogen/Practical application of concepts
1st part) Presentation of the EU strategy for hydrogen
Heat and Cold Networks
Heat and Cold distribution Networks. District heating applications.
Energy Transition
Energy Systems Integration (Sector coupling) and Energy Transition
The virtual (and hybrid) power plant concept
Technical, commercial and operative notions of
VPPs.
Application to wind and renewable power
plants.
Energy Networks of the Future: Smart Grids
Concept and Development of micro-networks (and microgeneration)
Fundamentals of Electric Energy Transmission
Fundamentals of Electric Energy Transmission.
PSS/E Example – Step by Step Tutorial.
Demonstration of Power Flow Exercises.
Revision (and normalization) of concepts: Electric quantities
Revision (and normalization) of concepts: Electric quantities
Sinusoidal alternating systems
Representation of alternate quantities as “complex amplitudes/phasors”
Powers: instant, active, reactive, apparent and complex
Representation of 3-phase alternate systems.
Transmission lines and the use of “per unit” values.
Planning of Power Systems
Planning of Power Systems
New Energy Sources / Power Plants
Transmission / Distribution System
Evolution scenarios Consumption / Efficiency
Structure of a power generation system
Structure of a power generation system
Towards Energy Transition: Electrification and Digitalization
Management and Operation of a Power
Presentation/Apresentação.
Presentation of the teacher, syllabus, course approach and evaluation system/Apresentação do professor, do programa da disciplina e do método de ensino e avaliação.