Product Description

As lithium-ion batteries become increasingly common in modern workplaces—from logistics warehouses and laboratories to e-bike retailers and industrial maintenance facilities—the need for safe lithium battery charging and storage has never been more critical. Improper handling of lithium batteries can lead to thermal runaway, fire, toxic gas release, and even explosions, posing serious risks to employees, infrastructure, and valuable equipment.

To address these growing safety challenges, Super Co., Ltd. introduces the EN14470 90-Minute Fireproof Lithium-Ion Battery Charging Cabinet, a professional safety solution designed to provide secure charging, fire containment, and compliant battery storage for industrial environments.

Growing Safety Risks of Lithium-Ion Batteries

Lithium-ion batteries power many devices used in modern industry, including power tools, electric vehicles, energy storage systems, and portable electronics. While these batteries offer high energy density and long service life, they also carry significant safety risks.

One of the most dangerous scenarios is thermal runaway, a chain reaction where the internal temperature of a battery rises uncontrollably. During this event, lithium batteries can release hydrogen gas, toxic hydrogen fluoride smoke, and extreme heat exceeding 1000°C, often resulting in rapid fires or explosions.

Because these incidents occur within seconds, the most effective protection strategy is containment. This is why purpose-built lithium battery charging cabinets are becoming essential safety equipment in workplaces worldwide.

SUPER EN14470 Fireproof Lithium Battery Charging Cabinet

The SUPER Fireproof Lithium-Ion Battery Charging Cabinet is engineered to create a controlled, fire-resistant environment for charging and storing lithium batteries. Built with acid-resistant heavy-duty steel and advanced fireproof insulation, the cabinet offers 90 minutes of fire resistance according to EN14470 standards, helping contain fires and prevent them from spreading to surrounding areas.

The cabinet features self-closing hybrid doors with oil-damped door closers, ensuring convenient access during daily operations while automatically closing in emergency fire conditions when temperatures reach 50°C.

To safely manage hazardous gases generated during battery failure, the cabinet also includes dual ventilation ports with automatic butterfly valves that close at 70°C in a fire. An integrated DN100 ventilation interface allows connection to an external exhaust system for the controlled removal of hazardous vapors.

Inside the cabinet, adjustable shelves with a 75 kg load capacity provide flexible battery storage, while a liquid-tight removable sump with perforated insert captures electrolyte leaks and prevents spill-related hazards. The palletized base design also allows easy transport using forklifts, making installation convenient for industrial facilities.

Technical Specifications

Reliable Lithium Battery Safety for Modern Facilities

The SUPER EN14470 lithium battery charging cabinet is designed for workplaces that require compliant lithium battery storage and charging solutions, including:

• Industrial manufacturing facilities

• Laboratories and research centers

• Logistics warehouses

• E-bike and battery retailers

• Energy storage system service centers

By combining fireproof insulation, ventilation safety technology, and advanced containment design, this cabinet provides a critical layer of protection for facilities handling lithium batteries.

FAQ – Lithium Battery Charging Cabinet

1. What is thermal runaway in lithium-ion batteries?

Thermal runaway is a dangerous battery failure event where internal temperatures rapidly increase, releasing flammable gases and toxic smoke. It can cause fires or explosions within seconds.

2. Why is a fireproof cabinet necessary for lithium battery charging?

A fireproof lithium battery cabinet helps contain fires, manage hazardous gases, and prevent thermal runaway events from spreading to nearby batteries or buildings.

3. Can standard flammable storage cabinets be used for lithium batteries?

No. Standard flammable cabinets are not designed to manage lithium battery risks such as gas release, thermal runaway, and explosive temperatures.

4. What safety standards apply to lithium battery cabinets?

Professional lithium battery cabinets should comply with standards such as EN14470, CE, AS/NZS 4681, and industrial protection ratings like IP56.

5. Where should lithium battery cabinets be installed?

They should be placed in dedicated storage or charging areas, away from flammable materials and preferably connected to proper ventilation or monitoring systems.