As solar power continues to grow as a renewable energy source, the number of photovoltaic (PV) system installations has surged across Atlantic Canada. With this increase, the likelihood of fires occurring in buildings with PV systems also rises. It is now more critical than ever for firefighters to receive evidence-based training to handle the unique hazards posed by these systems.

 

Traditional firefighting tactics—such as suppression, ventilation, and overhaul—can be complicated by the presence of PV systems, creating severe risks for responders.

 

Course Objectives:

This course is designed to equip firefighters with the knowledge and skills to respond safely and effectively to incidents involving PV systems. Key objectives include:

• Basic electrical knowledge

• Understanding solar electricity generation (photovoltaics)

• Identifying and assessing electrical hazard

• Knowing safe approach limits to electrical devices

• Understanding when and how suppression or rescue operations can be carried out.

• Recognizing when to implement crowd or traffic control.

 

Course Outcomes:

By the end of the course, participants will:

• Grasp basic electrical terms and concepts

• Understand how electricity is distributed in systems

• Know the safe limits of approach to electrical hazards

• Recognize common electrical hazards and their impact on safety.

• Understand the effects of electrical contact on the human body

• Identify common causes of electrical fires

• Be familiar with the required personal protective gear

• Understand the operation of solar photovoltaic systems

• Be prepared to manage fireground operations during any firefighting situations.

 

Ready to be trained?

If this course could benefit you or your department, contact DCI today for more information or to book your training session:

📞 506-378-0828

✉️ dcinstruction@icloud.com

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