The International Association of Fire Fighters (IAFF) has launched a new digital Energy Hazard Guide to support safe response to incidents involving modern energy systems.
The IAFF stated that the guide is designed to help members identify risks and make informed decisions when facing energy-related hazards at emergency scenes.
It covers utility vaults, electric vehicles, battery storage, solar panels, and high-voltage equipment increasingly present in both residential and industrial contexts.
The IAFF noted that the tool is hosted on its Online Learning Center and contains reference material, personal protective equipment (PPE) advice, video demonstrations, and hazard identification markers.
It added that the guide was created by fire fighters and is intended for use in both operational response and training programs.
According to the IAFF, the Energy Hazard Guide addresses the growing presence of modern energy infrastructure encountered by crews across North America.
The organization reported that such systems can behave unpredictably under fire conditions, posing risks not covered by traditional firefighting training.
It said that the guide aims to close that gap by offering concise, incident-specific considerations.
The IAFF added that the guide includes indicators to help responders recognize the type and configuration of energy systems on site.
It further stated that the information is applicable across different structure types, from single-family homes to large commercial facilities.
The IAFF explained that access to the Energy Hazard Guide requires registration via the Online Learning Center.
Members must log in, add the course to their cart, and complete a free checkout process to activate access.
After registration, the organization said, users will receive a confirmation email and find the guide in their dashboard under the Course Overview section.
The IAFF noted that the course format allows members to return to the material at any time as needed during field work or training review.
It clarified that the material is designed for rapid reference as well as in-depth study.
The IAFF emphasized that the guide was developed by fire fighters to align with operational realities.
The organization said that the structure of the guide reflects common fireground decision points and contains clearly labeled sections.
Each entry includes short descriptions of system components, hazard signs, PPE advice, and video content demonstrating best practices.
The IAFF added that the goal was to make the material accessible in high-pressure situations and during structured learning.
It stated that users can quickly navigate to the content relevant to their current response or assignment.
According to the IAFF, the Energy Hazard Guide is part of its broader strategy to improve member protection in a changing risk environment.
The organization said the resource complements its other training programs and informational tools.
It reported that the guide is suitable for both new recruits and experienced personnel seeking to update their understanding of modern energy systems.
The IAFF added that the development of the guide reflects the increasing importance of integrating energy-specific considerations into routine fire service operations.
It noted that the guide will continue to evolve as energy technology changes and new risks emerge.
The International Association of Fire Fighters has released an Energy Hazard Guide.
The guide is available through the IAFF Online Learning Center.
It addresses risks related to solar panels, EVs, batteries, utility vaults, and other modern energy systems.
The guide includes hazard indicators, PPE suggestions, video content, and quick-reference entries.
It is designed by fire fighters and intended for use in both emergencies and training.
The IAFF stated that registration is free and access is available at any time after enrollment.
The guide is aimed at improving response decisions and increasing safety during energy-related incidents.
It is applicable to both residential and commercial settings.
The IAFF said the resource is part of ongoing efforts to adapt to emerging fireground conditions.
It is expected to be updated as energy technologies continue to develop.
