The popularity of new energy vehicles is rapidly growing globally, but the accompanying safety issues have also attracted widespread attention. In particular, the safety of power batteries has become a focal point of discussion. Against this backdrop, mobile power battery emergency treatment kits have become an important tool for ensuring the safe operation and maintenance of new energy vehicles.
Safety Concerns Amidst the New Energy Vehicle Boom: Safety
Challenges Behind the Industry’s Rapid Development
With the rapid development of the new energy vehicle industry, more and more people are beginning to pay attention to the underlying safety hazards. As a core component of new energy vehicles, the safety of the power battery is directly related to the operation of the entire vehicle and the life and property safety of passengers. However, due to immature technology and improper operation, battery accidents occur frequently.
Battery Thermal Runaway: A “Time Bomb” Hidden Under the Car
Battery thermal runaway refers to a violent internal reaction that occurs in the battery under conditions such as high temperature or overcharging, leading to a rapid rise in temperature and even explosion. This situation is like a “time bomb” hidden under a car; once triggered, it will have serious consequences. Therefore, effective monitoring and timely handling of power batteries are crucial.
Why Traditional Firefighting Methods Are Inadequate for Battery Accidents
The Challenges of High-Temperature Reignition and Violent Explosions
Traditional firefighting equipment often falls short when dealing with power battery accidents. Due to the complex chemistry of batteries, high-temperature reignition and violent explosions are common phenomena, and ordinary firefighting equipment cannot completely solve these problems.
Limitations of Conventional Firefighting Equipment
Conventional firefighting equipment is mainly designed for ordinary fires and is not sufficiently targeted at the special fires caused by lithium-ion batteries. For example, water-based fire extinguishers may not be able to effectively cool overheated battery cells, while dry powder fire extinguishers may not be able to penetrate the battery’s interior.
The Core Advantages of Guheng Energy’s Mobile Power Battery Emergency Response Kit
Rapid Response Mechanism, Winning Golden Rescue Time
Guheng Energy’s mobile power battery emergency response kit features a rapid response mechanism that can quickly activate cooling measures after an accident occurs, effectively preventing the accident from escalating and buying valuable time for rescue.
Multiple Protection Designs Effectively Isolate Heat Sources and Fires
This product employs multiple protection designs, including high-temperature resistant materials and an explosion-proof structure, effectively isolating external heat sources from internal fires and protecting the surrounding environment.
Modular Structure Adapts to Multiple Application Scenarios
Guheng Energy also offers modular designs, such as explosion-proof transport boxes for hazardous waste power batteries and fixed power battery safety storage cabinets, to adapt to different application scenarios and meet the needs of various users.
Key Features at a Glance:
- Steel enclosure, professionally welded, leak-proof and oxidation-resistant.
- Fire-resistant and corrosion-resistant inner lining, fire resistance integrity greater than 90 minutes.
- Top-opening or side-opening lid; top-opening lid opening angle greater than 85°, side-opening lid opening angle 90°or 180°.
- Lid opening/closing can be assisted by a gas spring or mechanical mechanism.
- Lid secured with a locking mechanism.
- Equipped with a pressure relief valve, safety valve, and explosion-proof mesh.
- Lid and bottom are equipped with inlet/outlet water pipes, stainless steel ball valves, and 2-inch fire hose couplings for connecting to fire-fighting water systems.
- Waterproof IP65, explosion-proof 0.5MPa.
Why it’s called the “last line of defense” for the safe operation and maintenance of new energy vehicles
A crucial link in building a complete emergency system
In building a complete emergency system, the mobile power battery emergency response box is undoubtedly a crucial link. It can not only handle emergencies but also improve overall emergency response capabilities by linking with other equipment.
Reduce Accident Spread and Protect Personnel and Property Safety
By effectively controlling the spread of accidents, this product can significantly reduce damage to personnel and property, providing users with more reliable protection.
How does Guheng Energy promote the upgrading of industry safety
standards? As an important participant in the industry, Guheng Energy continuously promotes the upgrading of industry safety standards and improves the overall industry level by constantly innovating technologies and products, such as the aforementioned “mobile power battery emergency response box” and other safety protection products.
Comprehensive Application Scenarios, Safeguarding Every Kilometer of Travel Safety
New Energy Vehicle Repair Stations and After-Sales Service Centers
These locations, due to frequent contact with power batteries, require appropriate equipment for timely handling of emergencies.
High-Risk Areas such as Public Parking Lots, Charging Stations, and Logistics Fleets
Installing emergency response kits in these high-risk areas can effectively reduce potential dangers and provide additional protection for public facilities.
Standard Equipment for Urban Fire and Emergency Management Departments
Urban fire departments and emergency management agencies also consider this equipment standard equipment to improve their ability to handle accidents related to new energy vehicles.
FAQ
Q: What is the main function of the mobile power battery emergency response kit?
A: Its main function is to quickly provide physical isolation and continuous cooling in emergencies such as thermal runaway of power batteries, preventing the spread of fire and battery explosion, and buying time for rescue. It is a key piece of equipment for controlling accidents.
Q: Why can’t traditional fire extinguishers effectively extinguish lithium battery fires?
A: Lithium battery fires are caused by violent reactions of internal chemical substances, resulting in extremely high temperatures and a high risk of reignition. Traditional fire extinguishers cannot penetrate the battery for continuous cooling, while the emergency response kit can fundamentally cool the battery by immersion or continuous water injection.
Q: What are the core safety design features of Guheng Energy’s emergency response kit?
A: It uses a steel casing, a fireproof lining (fire resistance >90 minutes), and is equipped with a pressure relief valve, explosion-proof mesh, and fire hydrant connections. Its IP65 waterproof and 0.5MPa explosion-proof rating can effectively cope with extreme conditions such as high temperature and high pressure.
Q: In what scenarios is this type of emergency response kit typically used?
A: Widely used in high-risk areas such as new energy vehicle repair shops, charging stations, logistics fleets, public parking lots, and fire departments, it is a standard safety device for dealing with sudden power battery accidents.
Q: What key parameters should be considered when purchasing a power battery emergency response box?
A: Attention should be paid to the box’s fire resistance time, explosion-proof rating (e.g., 0.5MPa), sealing performance (e.g., IP65), whether it is equipped with a pressure relief device and fire extinguisher interface, and whether the opening method meets actual emergency operation requirements.
