FUNDAE grant: Dissemination of the latest edition of the subsidized course "AutoCAD 3D"

• Employees who carry out their work in a company included in the Collective Agreement of the sector of engineering companies and offices of technical studies.
• Self-employed (RETA or MUPITI) who are registered in the engineering activity or technical study offices . As a novelty and due to the special causes motivated by COVID-19, all self-employed people are admitted, regardless of the activity in which they were registered.
• Unemployed.
• IMPORTANT NEWS: Erte. In case of being in a situation of ERTO, due to the special causes motivated by the COVID-19, can participate this announcement independently of the sector to which belongs, as long as in the date of start of the course find in this situation.
  

1. INTRODUCTION TO SOLAR ENERGY

1. Introduction to solar energy.

2. FUNDAMENTAL CONCEPTS ON SOLAR THERMAL ENERGY

2. Fundamental concepts about solar thermal energy.

3. SOLAR THERMAL ENERGY: TYPOLOGY AND CLASSIFICATION OF FACILITIES

3.1. Introduction.

3.2. Components of a solar thermal installation.

3.3. Classification of solar thermal installations.

3.4. Classification according to the principle of circulation.

3.5. Classification according to the expansion system.

3.6. Classification according to the exchange system.

3.7. Classification according to the solution of integration with the auxiliary energy system.

3.8. Classification according to the application.

4. SOLAR THERMAL ENERGY: THE CAPTURE SUBSYSTEM

4.1. Introduction.

4.2. Type of low temperature solar collectors.

4.3. The flat solar collector.

4.4. Factors to consider when choosing a flat solar collector.

4.5. Main components of a flat solar collector.

4.6. The treatment of the absorber.

4.7. The stationary performance of the solar collector.

4.8. Essential characteristics of flat solar collectors.

4.9. Installation of the solar collector field.

4.10. Basic sizing of the sensor field.

4.11. Calculation of shadow losses on the sensor field.

4.12. Calculation of losses by orientation and inclination of solar collectors.

4.13. Calculation of the distance between rows of sensors.

4.14. Performance of solar thermal installations.

4.15. Support structures.

5. SOLAR THERMAL ENERGY. THE HYDRAULIC SYSTEM

5.1. General criteria.

5.2. The balanced one by means of the technique of inverted return.

5.3. Hydraulic system design.

5.4. Elements of the hydraulic system.

5.5. Design of the hydraulic circuit in installations with forced circulation.

6. SOLAR THERMAL ENERGY. THE EXCHANGE SYSTEM

6.1. Basic concepts of heat transmission.

6.2. The heat exchanger.

6.3. The overall heat transfer coefficient.

6.4. Classification of heat exchange elements.

6.5. Design and calculation of the exchange system.

7. SOLAR THERMAL ENERGY. THE ACCUMULATION SYSTEM

7.1. Introduction.7.2. Types of accumulators depending on the exchange system.

7.3. Types of accumulators depending on the material.

7.4. Design conditions.

7.5. Operation and optimization of accumulation systems.

7.6. Specifications of accumulation equipment.

7.7. Accumulator selection criteria.

7.8. Calculation of the accumulation system.

8. SOLAR THERMAL ENERGY. THE CONTROL SUBSYSTEM

8.1. Introduction.

8.2. The control system.

8.3. Project requirements.

8.4. Monitoring.

8.5. Measuring equipment.

9. EXAMPLE OF CALCULATION OF SOLAR THERMAL ENERGY INSTALLATION

9.1. Generalities.

9.2. Configuration.

9.3. Starting data.

9.4. Energy balance.

9.5. Pipeline layout.

9.6. Sizing of the exchanger.

9.7. Sizing of primary and secondary pumps.

9.8. Sizing of the expansion vessel.

9.9. Example of calculation using computer simulation program.

10. INTRODUCTION TO THERMOLECTRIC ENERGY

10.1. Background.

10.2. Legislative development.

10.3. Introduction to technology.

10.4. Comparison of the different technologies.

11. SOLAR THERMOLECTRIC ENERGY. DESCRIPTION OF THE SUBSYSTEMS

11.1. Generalities.

11.2. Solar energy concentration subsystem.

11.3. Subsystem for the transformation of solar radiation into thermal energy.

11.4. Thermal energy storage subsystem.

11.5. Thermal to electrical energy conversion subsystem.

11.6. Control subsystem.

11.7. Data acquisition subsystem.

12. SOLAR THERMOLECTRIC ENERGY. ENVIRONMENTAL ASPECTS

12.1. Generalities.

12.2. Life cycle emissions. Parabolic disc. Solar collector. Power tower.

12.3. Global savings in carbon dioxide emissions.

12.4. Environmental loads of solar thermoelectric technology.

12.5. Summary of environmental impacts.

Design solar thermal and thermoelectric energy installations

The COGITI, offers FREE this course that is part of the training program covered by the call for the award of public grants for the implementation of state-level training programs, aimed primarily at employed people and which was approved by resolution of January 18, 2019, of the State Public Employment Service.

Registrations are made through COGITI, upon request on our website. We will send you an information document with the instructions to follow.

Cancellation of registrations:

Depending on the registrations made, the training action will be viable or not, which is why it is important that you notify the cancellations.

The cancellation must be communicated 48 hours before the start of the training via email formacio@cetit.org, if 100% of the amount of the training action will not be invoiced.

Images and recording of the course: we inform you that, in compliance with the provisions of the RGPD, the current legal regulations on data protection and Law 1/1982 on civil protection, the right to honor, personal and family privacy and the image itself, photographs will be taken during the course and in certain cases will be recorded and / or broadcast live. In no case will the name of the Interested Party be published. The image is used legitimized by the legitimate interest of the College to promote these courses and their possible subsequent viewing by attendees.

Due to attendance, these images will be kept and while the course is posted on the platform. Once the time has elapsed to be able to view it later, it will no longer be uploaded to the platform and the images will be deleted with the appropriate security measures.

You also have the right to request access, rectification, portability and deletion of your data and the limitation and opposition to its processing by sending an email to dpd@cetit.org. For more information on data protection rights, access our website: http://www.enginyerstarragona.cat/home/article/privacitat.