This Specialization Course aims to provide participants with comprehensive and qualified training on the fire risk associated with lithium-ion batteries and their protection.

The specific objectives of this Specialization Course are the following:

• To introduce participants to the importance of battery use in modern society.

• To analyse the challenge posed by lithium-ion batteries from the perspective of fire risk, examining common failure causes and the concept of thermal runaway.

• To define the main aspects of fire prevention in activities involving lithium-ion batteries, analysing aspects such as deflagration protection, Battery Management Systems (BMS), compartmentation, and related measures.

• To define the main aspects of fire suppression systems for lithium-ion battery fires, understanding the effectiveness of different extinguishing agents in this context and identifying the challenge that thermal runaway presents for fire suppression.

• To understand the importance of early detection of battery failure and fire, through the application of different gas detection technologies and fire by-product detection systems.

• To analyse fire risk and protection measures in common lithium-ion battery applications, whether in domestic, commercial, or industrial environments.

The methodology for study and learning is fully online, allowing participants both to benefit from live virtual classes and to progress flexibly according to their availability through the virtual learning platform.

• Training delivered through the ESSIIF virtual learning platform.

• The Specialization Course is composed of material exclusively developed and produced by professionals specialized in each subject area, who present the different topics by combining fundamental theoretical concepts with the practical design aspects required in professional practice.

• One of the main pillars of this program is the live lectures delivered through the videoconferencing platform. These sessions facilitate learning through the contribution and expertise of specialist instructors in each subject area.

• Participants will be able to deepen their understanding of the concepts covered during the program through individual tutoring sessions with the course instructors.

• Participants will work on real practical case studies, enabling the development of specific competencies and professional skills. This approach is designed to support students’ progress and ensure they acquire the knowledge and experience required to undertake real projects in the field of Fire Protection.

• La evaluación se realizará mediante la entrega de un caso práctico a resolver (60%), la realización de una prueba teórico-práctica tipo test (30%) y la participación en el foro (10%).

This Specialization Course consists of a total of five modules, through which the most relevant aspects of the fire risk associated with lithium-ion batteries and their fire protection are addressed in a comprehensive and cross-disciplinary manner.

Module 1. Introduction to lithium battery issues and associated risks.

1.1 Introduction and fundamental concepts.

1.2 Types of batteries currently in use.

1.3 Lithium-ion batteries. 

1.4 The current importance of lithium-ion batteries.

        1.4.1 Technology, construction, and operation.

        1.4.2 Applications of lithium-ion batteries.

        1.4.3 Current challenges associated with lithium-ion batteries.

1.5 Failure causes and risks in lithium-ion batteries.

1.6 Thermal runaway. 

1.7 Typical failure sequence in lithium-ion batteries.

1.8 Regulatory and standards framework.

Module 2. Fire/explosion prevention in lithium-ion batteries and passive protection measures.

2.1 Introduction.

2.2 Deflagration protection. ATEX zones.

2.3 Battery compartmentation and battery room compartmentation.

2.4 Battery Management Systems (BMS).

2.5 Battery safety venting.

2.6 Ventilation and gas/smoke extraction.

Module 3. Fire suppression systems and their effectiveness in lithium-ion battery fires.

3.1 Comparison of extinguishing agents and their effectiveness in lithium-ion battery fires.

3.2 Fire blankets, portable extinguishers, and hose reel systems / fire hose stations.

3.3 Water-based fire protection systems: sprinklers, water spray, and water mist.

3.4 Foam systems.

3.5 Gaseous fire suppression systems.

3.6 Condensed aerosol systems.

3.7 Inerting and oxygen reduction systems.

3.8 Other fire suppression systems.

Module 4. Detection systems and their effectiveness in lithium-ion battery fires.

4.1 Integration of different detection technologies across the stages of lithium-ion battery fires.

4.2 Gas detection.

4.3 Particle detection.

4.4 Heat detection.

4.5 Flame detection.

4.6 Smoke detection: point detection, linear beam detection, and aspirating smoke detection.

4.7 Video-based detection systems and other detection technologies.

Module 5. Fire risk analysis and protection in different lithium-ion battery applications.

5.1 Portable devices in residential environments and public transport.

5.2 Electric vehicles and battery chargers.

5.3 Lithium-ion batteries in photovoltaic systems.

5.4 Indoor battery storage.

5.5 Energy Storage Systems (ESS).

Upon completion of the program, you will receive a double certification issued by two recognized institutions:

• ESSIIF Fire & Security School
• Universidad Isabel I

PRICE: €295 (€236 until May 22)

Applicable Discounts

• 20% direct scholarship for new enrollments until May 22, 2026.
• Additional discounts may apply for group enrollments, depending on each case.

The above discounts are cumulative.