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Temario

UNIT 1. ENERGY AND DEVELOPMENT

UNIT 2. SUSTAINABLE DEVELOPMENT

UNIT 3. THE ROLE OF RENEWABLE ENERGIES AND OTHER MAINTENANCE TECHNOLOGIES

UNIT 4. OTHER VECTORS OF CHANGE

UNIT 1. INTRODUCTION TO THERMODYNAMICS. FUELS. THE STEAM POWER PLANT

UNIT 2. GAS TURBINES POWER PLANTS

UNIT 3. DIESEL ENGINE POWER PLANTS. SITUATION AND OUTLOOK OF CONVENTIONAL THERMAL GENERATION

UNIT 4. NUCLEAR ENERGY

UNIT 1. INTRODUCTION TO HYDROPOWER. DAMS AND RESERVOIRS

UNIT 2. HYDRAULIC CIRCUITS

UNIT 3. HYDROELECTRIC TURBINES AND ELECTRICAL EQUIPMENT

UNIT 4. PUMPED-STORAGE, PROJECT DEVELOPMENT AND ENVIRONMENTAL CONSIDERATIONS

UNIT 1. SOLAR ENERGY

UNIT 2. THE PHOTOVOLTAIC CELL

UNIT 3. THE PHOTOVOLTAIC MODULE

UNIT 4. THE PHOTOVOLTAIC SYSTEM

UNIT 1. ENERGY AND HYDROGEN

UNIT 2. HYDROGEN GENERATION AND STORAGE

UNIT 3. POWER GENERATION AND OTHER APPLICATIONS

UNIT 4. HYDROGEN INSTALLATIONS

UNIT 1. BIOMASS

UNIT 2. BIOGAS

UNIT 3. BIOFUELS

UNIT 4. BIOMASS COMBUSTION

UNIT 1. INTRODUCTION. SMART CITY CONCEPT

UNIT 2. SUSTAINABLE MOBILITY

UNIT 3. RENEWABLE DISTRIBUTED GENERATION

UNIT 4. SMART GRIDS

UNIT 1. PROJECT AND ITS ORGANIZATION

UNIT 2. PROJECT DEVELOPMENT

UNIT 3. DEFINITION OF DETAIL AND PROPOSAL FOR APPROVAL

UNIT 4. PROJECT CONSTRUCTION AND COMPLETION

UNIT 1. PHYSICAL AND METEOROLOGICAL CONCEPTS

UNIT 2. WIND TURBINE TECHNOLOGY AND WIND DATA ANALYSIS

UNIT 3. MICROSITING STUDY THROUGH AN ELECTRIC POWER PRODUCTION COMPUTATIONAL MODEL

UNIT 4. WINDFARM DESIGN

UNIT 1. PHYSICAL AND METEOROLOGICAL CONCEPTS

UNIT 2. WIND TURBINE TECHNOLOGY AND WIND DATA ANALYSIS

Opiniones

Lo que dicen nuestros alumnos:

Juliette L.

Conventry

Very happy with this master, all the contents are comprehensive, and they assist you at all times if you have any doubts.

4

Bruno G.

Sandwell

Very good, everything you see is applicable in real life.

4

John T.

State Of California

I am delighted to hear that you found everything excellent, and that each of the contents is well-structured and professionally explained. It is great to know that you had a positive learning experience and would recommend it. Your feedback is valuable, and it encourages us to continue providing high-quality education and content. If you have any more comments or suggestions or if you decide to explore further courses or programs, feel free to let us know. Thank you for choosing our master, and we wish you continued success in your career!

4

Michael T.

Arizona

That is fantastic! I am thrilled to hear that you enjoyed this master. It is great to know that the qualification from Isabel I University holds high value for employers. This will undoubtedly enhance your career opportunities. Congratulations on completing the master and obtaining such a prestigious qualification. If you ever decide to pursue further education or need any assistance in the future, do not hesitate to reach out. Best of luck with your future endeavors!

4

Isabel T.

London

I am glad to hear that the master is very comprehensive and has helped you apply strategies and projects in your work. I highly recommend it to those who wish to specialize in the sector. If you have any further questions or need assistance in the future, feel free to reach out. Best of luck with your continued success in your career!

4

Plan de estudios

Resumen salidas profesionales
The objective of the program is to impart technical, economic, environmental and project management knowledge for the sustainable generation of electricity through the use of renewable energies.

Objetivos
The goals of this program seek to enable the student to: - Understand the energy context in which the world moves and its dependence on fossil fuels, as well as the main policies for the transition from fossil to renewable energies. - Analyze traditional electricity generation technologies by using coal, natural gas, and nuclear energy - Learn the new electricity generation technologies through renewable resources: wind, solar, hydraulic, biomass, energy from the sea, etc. - Study hydrogen energy as a new energy vector and understand its importance in energy storage and transport - Learn the importance of smart grids, distributed generation, and electric mobility as elements that will transform and make the city of the future more sustainable. - Learn the management methodology applied to renewable energy projects - Design and implement a renewable energy project. - Learn work methodologies (including computer tools) that are currently applied by companies in energy related projects.
Salidas profesionales
This master’s degree seeks to open the doors to the sector of electric energy generation by means of renewable energy sources, and more specifically, to: - The implementation and management of renewable resource measurement campaigns - Renewable resource analyses (e.g., wind resource analysis) - The knowledge of renewable generation technologies, such as wind turbines, solar panels, hydraulic turbines, etc. - The conceptual, or basic design of renewable energy facilities (e.g, wind farms, photovoltaic solar plants) - The management of renewable energy and hydrogen energy projects - The construction of wind farm facilities and photovoltaic solar plants - The management of distributed generation projects, smart grids, and sustainable mobility
Para qué te prepara
As a result, the student will be able to carry out the design and dimensioning of wind farms, photovoltaic solar plants, hydroelectric plants, biomass projects, and other renewable energy initiatives (e.g., Thermoelectric, geothermal, and energy from the sea). Likewise, knowledge on hydrogen energy, and on other renewable gasses (biofuels) will be provided, as well as on the infrastructure to be implemented in the cities of the future (e.g., Distributed generation, smart networks, electric mobility).

A quién va dirigido
The following program is aimed at the following audiences: - Holders of engineering degrees - Holder of science degrees - Master and technical engineers - Technical architects and building engineers - Professionals from the sector with college education

Metodología
Aprendizaje online gif Aprendizaje online
Aprendizaje 100% online
Plataforma web en la que se encuentra todo el contenido de la acción formativa. A través de ella podrá estudiar y comprender el temario mediante actividades prácticas, autoevaluaciones y una evaluación final.
Campus virtual Campus virtual
Campus virtual
Accede al campus virtual desde cualquier dispositivo, las 24 horas del día. Contando con acceso ilimitado a los contenidos de este curso.
Equipo docente especializado Equipo docente especializado
Equipo docente especializado
El alumnado cuenta con un equipo de profesionales en esta área de formación, ofreciéndole un acompañamiento personalizado.
Centro del estudiante Centro del estudiante
Centro del estudiante
Contacta a través de teléfono, chat y/o email. Obtendrás una respuesta en un tiempo máximo de 24/48 horas en función de la carga docente.
Carácter oficial
La presente formación no está incluida dentro del ámbito de la formación oficial reglada (Educación Infantil, Educación Primaria, Educación Secundaria, Formación Profesional Oficial FP, Bachillerato, Grado Universitario, Master Oficial Universitario y Doctorado). Se trata por tanto de una formación complementaria y/o de especialización, dirigida a la adquisición de determinadas competencias, habilidades o aptitudes de índole profesional, pudiendo ser baremable como mérito en bolsas de trabajo y/o concursos oposición, siempre dentro del apartado de Formación Complementaria y/o Formación Continua siendo siempre imprescindible la revisión de los requisitos específicos de baremación de las bolsa de trabajo público en concreto a la que deseemos presentarnos.

Titulación de master sustainable electricity

Master Of Professional Development in Sustainable Electricity Generation with 60 ECTS Credits awarded by the Catholic University of Murcia in collaboration with Structuralia
UCAMSTRUCTURALIA
UCAM_DIPLOMA

Claustro docente

Euroinnova International Online Education
Miguel Angel Aparicio Jimenez

Docente de la facultad de ciencias

Euroinnova International Online Education
Francisco Navarro Martinez

Docente de la facultad de ciencias

Euroinnova International Online Education
Fabiola Naranjo

Docente de la facultad de ciencias

Euroinnova International Online Education
Antonio Pérez-luque

Docente de la facultad de ciencias

Euroinnova International Online Education
Marta Ester Lopez Viseras

Docente de la facultad de ciencias

Metodología MyLxp

Master Sustainable Electricity

Do you want to boost your career as a true professional? Are you working in or aspiring to work in the field of climate risk management? Do you understand the importance of combating climate change? Seize the opportunity offered by Euroinnova with their Master Sustainable Electricity and accelerate your career with the leading training company. Thanks to Euroinnova's e-learning methodology, you can educate yourself in the easiest and most comfortable way.

Electricity generation plants carry out one of the most important activities for society. Thanks to the equipment available in these plants, it is possible to generate enough electricity to supply many commercial activities and provide energy to society. Therefore, the Master Sustainable Electricity is offered to meet the electricity generation needs effectively.

Now you can specialize in electric power generation with Euroinnova International Online Education, acquiring the knowledge, skills, techniques, and competencies necessary to carry out activities efficiently, such as managing and developing renewable energy projects. All of this is possible through the Master Sustainable Electricity.

Haven't been convinced yet? We invite you to keep reading. 

MASTER SUSTAINABLE ELECTRICITY

Request the information you consider necessary at Euroinnova International Online Education!

Learn the process of electricity generation with Euroinnova

Electricity generation involves a somewhat complex process, with many activities to be carried out before you can receive electrical connection when plugging in a device. Euroinnova International Online Education offers this training to help you understand the generation of electricity and enhance your professional preparation.

The electricity generation process includes the following steps, which are described in a general way. To learn all the activities in detail and from a professional perspective, don't hesitate to enroll in this training:

  1. Generation: Electricity generation occurs in power plants, which can produce electricity through two types of energy. The first one is primary or renewable energy, which is inexhaustible and has minimal environmental impact. It is obtained from solar radiation, wind power, etc. The other type involves the use of non-renewable energy sources like gas, oil, coal, etc. Electricity generation centers own this energy and infrastructure, subsequently selling it to companies responsible for its distribution.

  2. Transmission of energy: Once electricity is generated, it is converted and transmitted to a substation dedicated solely to this transformation. Transformers are used to adjust the voltage of the electricity for distribution.

  3. Distribution of energy: From the substation, electricity is distributed to businesses, industries, and homes. The recipient cannot choose their electricity supplier; it will be the one with the nearest substation responsible for measuring the meter, fixing supply faults, and ensuring the power reaches the location. The company that handles billing for the electricity consumed is the electricity supplier, which can be from the open market (with a contract accepting specific conditions) or the regulated market (set by the government).

  4. Commercialization: The electricity supplier is the one most people are familiar with. It can be chosen and establishes the price for electricity consumption, issuing bills and handling payments. Suppliers can be from the open market (with a contract accepting specific conditions) or the regulated market (set by the government).

Boost your career with the master's program and obtain your qualification with 60 ECTS credits issued by by the Catholic University of Murcia in collaboration with Structuralia.

Most well-known types of power plants

There are many types of power plants in electricity generation, with the choice of energy influencing the process. During the master, you will become familiar with all the existing alternatives. Among the most well-known are thermal power plants (combined cycle or conventional), nuclear power plants, geothermal power plants, hydroelectric, solar, wind, etc.

Get specialized preparation in electricity generation right now, and learn all the tasks and activities involved in achieving this goal. Euroinnova International Online Education offers you the Master Sustainable Electricity. Through Euroinnova's training offer, obtain a qualification with 60 ECTS credits issued by by the Catholic University of Murcia in collaboration with Structuralia.

What are you waiting for to request information? Access our virtual campus and explore our wide catalog of courses and/or master's programs. Get in touch with us, and our specialized advisors in the subject you're interested in will assist you.

Inquire without commitment. We are waiting for you!

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