As hydrogen-powered and other new energy vehicles enter more commercial applications, vehicle safety is no longer only a question of design and manufacturing. How quickly and correctly people respond when an emergency occurs matters just as much.
On the morning of August 27, 2026, the Safety and Environmental Protection Center at Chengli Group brought together safety management staff from branches for a hydrogen vehicle safety training. Instead of just reading about safety rules on paper, the team actually practiced what to do. The hydrogen vehicle emergency response drill focused on skills like firefighting, rescue work and quick emergency action.
Table of Contents
Hands-On Hydrogen Vehicle Emergency Response Training
The exercise focused on giving safety management personnel experience with the actions and coordination required during a vehicle-related emergency.
Photos taken during the drill show participants moving through several practical training scenarios, including:
- Fire extinguisher operation and firefighting practice
- Fire truck water-spray operations
- Emergency casualty transfer using a stretcher
- Coordination between firefighting and rescue personnel
- On-site safety instruction and team briefing
An emergency drill is much more than just checking a box for training. These emergency drills give safety teams a chance to practice how they talk to each other. They help everyone understand their jobs. Importantly, emergency drills let people get used to using emergency equipment before a real emergency actually happens.
For safety managers from different subsidiaries, training together also creates a common approach to emergency response across the group.
Why Hydrogen Vehicle Safety Training Is Different
Hydrogen and fuel cell vehicles introduce emergency-response considerations that are different from those found in conventional fuel vehicles.
Depending on the vehicle design, responders may need to consider compressed hydrogen storage systems as well as high-voltage electrical systems. This makes vehicle identification, scene assessment and correct response procedures especially important.
International hydrogen safety resources also place strong emphasis on responder education. The U.S. Department of Energy helps out by providing training for hydrogen safety and emergency response for first responders. Also, SAE J2990/1 gives advice on how to handle accidents that involve hydrogen and fuel cell vehicles.
For vehicle manufacturers and operators, this is an important reminder: safety does not end when the vehicle leaves the production line. Training, operating procedures, and emergency preparedness are all part of the vehicle’s real-world safety system.
Turning Emergency Procedures Into Real Response Capability
A written emergency procedure can explain what employees should do. A drill shows whether they can actually do it.
During this hydrogen vehicle emergency response drill, the use of fire extinguishers, firefighting vehicles and rescue equipment allowed participants to move from instruction to physical operation.
One part of the exercise involved personnel practicing fire extinguisher use near a vehicle. This type of basic equipment training may look simple, but familiarity matters when an emergency gives people only seconds to react.
Another scenario used a fire truck for water-spray operations. This allowed participants to observe firefighting equipment in action and better understand how personnel and vehicles need to work together at an incident scene.
The casualty-transfer exercise added another important element. The photos show the team moving a person on a stretcher into an ambulance. This shows that emergency response is about more than putting out a fire. Protecting people, moving casualties safely and coordinating medical assistance are equally important parts of an organized response.
Building a Stronger Safety Culture Across the Group
There is another reason for bringing safety managers from different subsidiaries together: emergency preparedness should not depend on one individual or one department.
By participating in the same practical training, safety personnel can share a clearer understanding of procedures, equipment and responsibilities. They can then bring that experience back to their own teams and workplaces.
This becomes increasingly relevant as manufacturers work with more types of new energy vehicles and specialized commercial vehicles.
New technologies create new opportunities, but they also require companies to keep learning. Regular emergency exercises help safety teams identify details that may be overlooked during classroom training and make procedures easier to understand under real operating conditions.
For Chengli Group, the exercise was therefore more than a demonstration. It was a practical opportunity to strengthen risk awareness, emergency coordination and hands-on response capability among the personnel responsible for safety management.
Safety Goes Beyond Vehicle Manufacturing
Commercial vehicle customers naturally pay attention to specifications such as payload, driving range, chassis configuration and operating efficiency.
Those numbers matter. But behind every vehicle is another question:
Can the people operating and supporting it respond properly when something unexpected happens?
That is particularly important as hydrogen, electric and other new energy technologies become part of a wider range of transportation applications.
A responsible approach to vehicle safety therefore extends beyond engineering. It includes manufacturing control, operating procedures, personnel training, emergency equipment and continuous improvement based on practical experience.
The hydrogen vehicle emergency response drill allowed Chengli’s safety management teams to put that principle into practice.
What’s Next?
Emergency preparedness is built through repetition, not a single exercise. As new energy vehicle technologies continue to develop, practical safety training will remain an important part of supporting their safe production and operation.
Chengli Group will continue strengthening safety awareness and emergency-response capability while developing and manufacturing special-purpose and new energy vehicles for different operating environments.
Looking for a special vehicle solution for your market or project? Contact our team to discuss vehicle configuration, operating requirements and customized solutions.
