Description

Theory
2

Theory/Practice
1

Laboratory
2

Instructors

Teresa Nogueira

Contents

Theoretical and Practical-Laboratory Programme:
CP1 - SUSTAINABLE ENERGY TRANSITION: Technologies and Costs (7 weeks)
Decentralised production
Renewable technologies
Economic evaluation of investments
Impacts of PD on the networks
Energy transition
Electricity bills
Self-consumption
Renewable energy communities
CP2 - SMALL HYDRO POWER PLANTS: Characterisation and Design (4 weeks)
Characteristics and definitions of SHPs
Flow duration curve
Hydraulic turbines - technologies and performance
Producible electrical energy
Simplified model and detailed model
Sizing MHPs with one and two groups
CP3 - OFFSHORE WIND ENERGY: Design and Operation (3 weeks)
Wind energy in Europe
Offshore wind farms
Foundations at sea
Maritime mapping
Connection to the electricity grid
Offshore O&M
Life cycle analysis
Associated costs
CP4 - T/P Programme
Preparation of an article for publication in a national journal

Learning Outcomes

OB1 - Developed an integrated perspective about the concepts of distributed generation and sustainable energy.
OB2 - Clear understanding of energy and economic aspects in liberalized market and it´s implications in energy transition.
OB3 - Acquire solid concepts of embedded generation showing capabilities for interpretation and application in practical work
OB4 - Be prepared to research and develop innovative technical solutions in the area
OB5 - Develop interpersonal skills and teamwork