Curso de especialización en seguridad contra incendios en sistemas fotovoltaicos instalados en edificios. Prevención, protección y auditoría

Matricúlate

ÁREA DE CONOCIMIENTO:  Protección Contra Incendios

GOALS

  • This Specialization Course aims to provide students with comprehensive and qualified training in the fire risk associated with photovoltaic systems installed in buildings. The specific objectives of this Specialization Course are as follows:
  • To introduce students to the operation of photovoltaic systems.
  • To analyze the challenge posed by photovoltaic systems installed in buildings from a fire risk perspective.
  • To analyze the main causes of fire in photovoltaic systems installed in buildings, as well as the behavior of the fire itself and its impact on the building and the photovoltaic system.
  • To define the main construction requirements that buildings installing photovoltaic systems must meet, taking safety criteria into account.
  • To define the main technical and implementation requirements that photovoltaic systems must meet, as well as to highlight the importance of arc flash prevention.
  • To understand the main aspects of fire protection for photovoltaic systems and their various auxiliary components.
  • To delve deeper into the concept of auditing photovoltaic systems from the point of view of fire risk, defining its different stages and components.
  • METHODOLOGY AND EVALUATION

    La metodología de trabajo y estudio es plenamente online, permitiendo al alumno tanto el aprovechamiento de las clases virtuales como la flexbilidad de poder avanzar según su disponibilidad a través de la plataforma virtual.

    PROGRAM

    This Specialization Course consists of five modules, which comprehensively cover the most important aspects of fire risk associated with photovoltaic systems installed in buildings, as well as the various considerations for fire risk prevention, protection, and auditing. Module 1. Photovoltaic Systems Installed in Buildings. 1.1 Introduction. The rise of photovoltaic installations in buildings. 1.2 Photovoltaic technology. Operating principle. 1.3 Architecture and main components of the photovoltaic system. 1.4 The implementation of photovoltaic systems in buildings and its challenges from a fire risk perspective. 1.5 Regulatory framework. Module 2. Fire Risk in Photovoltaic Systems Installed in Buildings. 2.1 Introduction. 2.2 Statistics and historical data. 2.2.1 Volume and evolution of incidents. 2.2.2 Types of incidents, causes, and fire risk. 2.2.3 Notable Examples. 2.3 Causes of Fire in Photovoltaic Systems. 2.4 Fire Behavior in Photovoltaic Systems Installed in Buildings. Module 3. Construction Requirements and Fire Prevention in Photovoltaic Systems Installed in Buildings. 3.1 Introduction. 3.2 Construction Requirements of the Building Where the Photovoltaic System is Located. 3.3 Construction and Technical Requirements of the Photovoltaic System. 3.4 Requirements for Implementing the Photovoltaic System. 3.5 Prevention of Electrical Arcs and Overheating. 3.6 Electrical Installation Requirements. 3.7 Maintenance and Monitoring of the Photovoltaic System. Module 4. Fire Protection in Photovoltaic Systems Installed in Buildings. 4.1 Introduction. 4.2 Protection of the Photovoltaic System. 4.3 Protection of Control Panels and Auxiliary Equipment. 4.4 Firefighter Intervention in Case of Fire. Module 5. Review and audit of photovoltaic systems installed in buildings from a fire risk perspective. 5.1 The review and audit of photovoltaic systems installed in buildings as a key element in fire risk management. 5.2 Document review. 5.3 Site visit and visual inspection. 5.4 Testing. 5.5 Checklists. 5.6 Report and conclusions.

    DEGREES AND CERTIFICATES

  • Upon completion of the program, you will receive two certifications issued by two different entities:
  • ESSIIF's own certificate.
  • Isabel I University certificate.
  • PRICES AND SCHOLARSHIPS

    PRECIO: 295 euros (236 euros con beca del 20%)

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