Academic year DEGREE CURRICULUM GENERATION AND DISTRIBUTION OF ENERGY Master in Industrial Engineering. Teaching staff: Jerome Barrau

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1 Academic year DEGREE CURRICULUM GENERATION AND DISTRIBUTION OF ENERGY Master in Industrial Engineering Teaching staff: Jerome Barrau

2 Subject's general information Subject name Typology GENERATION AND DISTRIBUTION OF ENERGY Compulsory ECTS credits 6 Semester 1rst Quadrimestre 2nd Cycle Computer Science and Master Theoretical credits 0 Practical credits 0 Teaching load distribution between lectures and independent student work Modality Language Degree 60 h in the classroom (40%) 90 h self employement (60%) Presencial Idioma Percentatge d'ús Castellà 0.0 Català 90.0 Anglès 10.0 Master in Industrial Engineering Course 1 Teaching staff Department Distribution of credits addresses Office and hour of attention Jerome Barrau Medi Ambient i Ciències del Sòl Jérôme Barrau: 6 credits jerome.barrau@udl.cat With appointment 2

3 Subject's extra information Subject that requires continuous work throughout the semester in order to achieve the same goals. Subjects to be taken in 1st semester of the 1st year of the program. It belongs to module "Industrial Technologies". Learning objectives See competences Significant competences Master Information and Communication Technologies. Goals Investigate the conventional and unconventional electric power generation systems Degree-specific competences Knowledge and ability to analyse and design systems of electric energy generation, transport and distribution. Goals Develop the design and the calculation of the components used in the energy transmission and distribution systems Knowledge and ability which allow the understanding, analysis, exploitation and management of different sources of energy. Goals Interpret the general aspects of demand, production and cost of electricity Degree-transversal competences Ability to conceive, design and deploy projects and/ or contribute new solutions, using engineering tools. Goals Analyze the establishment, functions and use of power generating plants Subject contents 3

4 1. Introduction Definitions and measurement units Energy sources The global and national energy situation From primary source to energy consumption 2. Transmission and distribution power systems Transmission Mechanical Calculation of transmission anddistribution lines Power transformers stations The Spanish electricity network Tariffs and power factor correction Maintenanceof the transmission and distributionnetworks Environmental impact of transmission and distribution networks Security system of transmission and distribution networks Fossil fuels distribution 3. Power Generation 1. Energy generation based on unrenewable sources Generation models Conventional power stations Nuclear power Hydraulic power 4. Power generation 2. Energy generation based on other sources of energy Solar thermal energy Photovoltaics 4

5 Hydropower Windpower Cogeneration Geothermal Biomass and Biogas Microgeneration Methodology The main methodology of the course will be divided into: 1.-Theoretical sessions where the master teacher will present the theoretical necessary for the acquisition of knowledge and the proper conduct of the sessions. 2.-Sessions problems where the teacher made??examples, but where students take an active part in the learning process working in small groups or individually. 3.-Practical laboratory sessions where students work in group practices related to the theme developed in the lectures. Development plan The development plan will follow the order of the content. This plan will be presented in detail when we know the number of students enrolled and we can set up groups and workshops. Introduction: 2 hours Unit 1: 4 hours Unit 2: 20 hours Unit 3: 18 hours Unit 4: 12 hours Assessment activities: 4 hours Evaluation 5

6 Assessment test 1 (PA1): Individual written test, 40%; Units 1 to 2 Assessment test 2 (PA2): Individual written test, 30%; Units 3 to 4 Assessment Activity (AA1): Report (20%) + Oral Presentation (10%) (by groups) Unit 4; Tutorial sessions with the professor Recovery exam, individual written test: Units 1 to 4, 70% Bibliography Books Energía Foro Nuclear. Foro de la Industria Nacional Española, Energía y regulación. Carlos Alejaldre [et al.]. Thomson/Civitas, ISBN: Gestión de la energía. José Sancho García, Rafael Miró Herrero, Sergio Gallardo Bermell. Universidad Politécnina de Valencia. Departamento de Ingeniería Química y nuclear, ISBN: La Energíaen el horizonte del Folch, Ramon. Generalitatde Catalunya, Departament de Treball i Indústria, Electrotecnia. Mujal Rosas, Ramón Ma. Universitat Politècnica de Catalunya, ISBN: Fuentes de energia. José Roldan Viloria. Paraninfo, ISBN: Centros de transformación, centros de control de motores, redes eléctricas. Centro de Estudios de la Energía, ISBN: El transporte de la energía eléctrica en alta tensión. Francisco Rodríguez Benito, Antonio Fayos Álvarez. 6

7 Universidad Politécnica de Valencia, ISBN: X. Tecnología energética y medioambiente. Y. Calventus [et al.]. Edicions UPC,2006. ISBN: (vol. 1); (vol. 2) Power generation technologies. Paul Breeze. Elsevier, ISBN: DVD Fuentes de energía eléctrica. Mujal Rosas, Ramón Ma. Edicions UPC, ISBN: Webs Ministerio de Industria, Turismo y Comercio. Secretaría de Estado de Energía Institut per a la Diversificació i l'estalvi de l'energia. Institut Català d Energia Red Eléctrica de España 7

8 Personal annotations 8