Modern society’s largest challenge. Lithium battery fires.
Lithium battery test
”We did two tests. Both tests gave a passing result. Clearly, the MAUS Stixx PRO also works against fire in lithium batteries. Dimensioning for cavities in cabinets gives increased effect and minimizes the risk of re-ignition.”
Berndt Hövler Fire & Rescue Officer, Dafgårds Sweden
Berndt Hövler Fire & Rescue Officer, Dafgårds Sweden
36V electric scooter battery
Lithium battery fires are a growing concern in micromobility. We partnered with Voi Technology to test the MAUS Stixx PRO fire suppression system on high-output 36V lithium batteries. Two scenarios were simulated: severe battery failure and a charging malfunction. In the charging test, the system activated automatically, extinguished the fire, and kept the cabinet temperature below 60°C.
As e-scooter and e-bike use rises, so does the need for reliable fire safety. This test, supported by Voi, demonstrates the MAUS Stixx PRO’s ability to handle larger battery systems. It does not reflect on Voi’s product safety but supports their commitment to industry safety improvements.
Watch the video to see the MAUS Stixx PRO 10 in action.
As e-scooter and e-bike use rises, so does the need for reliable fire safety. This test, supported by Voi, demonstrates the MAUS Stixx PRO’s ability to handle larger battery systems. It does not reflect on Voi’s product safety but supports their commitment to industry safety improvements.
Watch the video to see the MAUS Stixx PRO 10 in action.
Insurance company collaboration
Our partner, insurance company Länsförsäkringar Bergslagen, is developing a lithium battery charging cabinet with MAUS and Optimel AB. We recently tested our fire suppression system integrated into the cabinet to meet the growing need for safe charging solutions as lithium battery use increases in agriculture and industry.
The test took place at Stockholm Training Port, simulating real fire scenarios. This collaboration helps refine our technology to improve fire safety in workplaces and farms.
Thank you to Safetygruppen & Navigationsgruppen AB for supporting the test.
The test took place at Stockholm Training Port, simulating real fire scenarios. This collaboration helps refine our technology to improve fire safety in workplaces and farms.
Thank you to Safetygruppen & Navigationsgruppen AB for supporting the test.
Efficiancy validated by rescue service
The question we wanted to have an answer for was Will the MAUS technology extinguish a lithium battery fire?”. In theory we knew it was possible due to it’s unique features as the potassium based aerosol absors the heat. But, we wanted to witness it in real life.
Self Extinguishing Battery Patent
On the 31st of January 2024 we patented our solution on how to stop the problems with
lithium fires in batteries. The production of electric vehicles increases every year, but not yet has there been a solution on how to suppress the fire before it becomes a fire hazard. Not until now.
MAUS has filed a patent of an invention where the device becomes a self-extinguishing battery that distributes the extinguishing gas evenly between the battery cells.
Think of the caps as two halves that enclose the battery pack and where the halves contain extinguishing equipment and electrical connection between the battery cells. The halves seal against each other and there is a separation between the cells so that the entire battery cell is accessible with the extinguishing agent if it should become necessary.
Application office: Swedish Intellectual Property Office (PRV)
Application number: 2450101-7.
Application date: 2024-01-31
lithium fires in batteries. The production of electric vehicles increases every year, but not yet has there been a solution on how to suppress the fire before it becomes a fire hazard. Not until now.
MAUS has filed a patent of an invention where the device becomes a self-extinguishing battery that distributes the extinguishing gas evenly between the battery cells.
Think of the caps as two halves that enclose the battery pack and where the halves contain extinguishing equipment and electrical connection between the battery cells. The halves seal against each other and there is a separation between the cells so that the entire battery cell is accessible with the extinguishing agent if it should become necessary.
Application office: Swedish Intellectual Property Office (PRV)
Application number: 2450101-7.
Application date: 2024-01-31
How to dimension our technology for lithium fires
When designing a space with lithium batteries, the room must be dimensioned as if it were ten times larger than its actual volume to ensure the extinguishing system delivers sufficient agent for effective fire suppression. Here is video explaining the concept.
Lithium Battery Fire Suppression Solutions for Industrial Safety
Lithium battery fire suppression is a critical challenge in today’s technology-driven world. With lithium batteries powering everything from electric vehicles to energy storage systems, the risk of thermal runaway and intense fires has increased. Traditional suppression methods often fall short due to the unique hazards of lithium battery fires, which can reignite and release toxic gases.
Advanced fire suppression solutions by MAUS Industry are engineered to rapidly detect and contain these incidents, minimizing damage and downtime. Compact, maintenance-free systems with patented technology from MAUS Industry provide reliable protection for industrial environments, wind power installations, server rooms, and heavy machinery. International certifications and real-world validation by rescue services ensure that safety standards are met, offering peace of mind for operators and insurers facing the complexities of lithium battery fire suppression.
Lithium battery fire suppression is crucial for protecting modern technology and infrastructure. As lithium batteries are widely used in electric vehicles, energy storage systems, and industrial equipment, the risk of fire due to thermal runaway or mechanical damage has become a significant safety concern. These fires are challenging to control because they can reignite and emit hazardous gases, making traditional suppression methods less effective. Advanced fire suppression systems designed specifically for lithium battery risks offer rapid detection and containment, reducing potential damage and downtime. Implementing specialized solutions from MAUS Industry ensures compliance with safety standards, protects valuable assets, and provides peace of mind for operators and insurers in industries where lithium batteries are integral to operations.
Lithium battery fire suppression technology from MAUS Industry is essential for industries that rely on high-capacity energy storage and electric mobility. These advanced systems are engineered to detect, suppress, and contain fires caused by lithium battery failures before they escalate. Integrating rapid-response suppression techniques allows businesses to better protect their assets, maintain operational continuity, and minimize downtime from hazardous incidents. Careful design ensures compatibility with various applications such as energy storage, transport, and manufacturing, helping to meet strict safety regulations and mitigate the growing risks of lithium battery fires.
Lithium battery fire suppression requires advanced technology to address the unique risks posed by thermal runaway and rapid fire spread. MAUS Industry solutions are engineered to detect and suppress lithium battery fires quickly, minimizing damage and downtime in critical environments such as energy storage, electric vehicles, and industrial facilities. With compact, easy-to-install systems and international certifications, MAUS Industry fire suppression technology ensures reliable protection for your assets, helping you meet safety regulations and maintain operational continuity in the face of evolving fire hazards.
Lithium battery incidents can escalate rapidly-from overheating cells to intense heat, toxic smoke, and re-ignition risks. Effective mitigation must be compact, reliable, and easy to integrate wherever batteries are stored, charged, or operated. MAUS Industry solutions support early intervention and help reduce damage in industrial environments, energy storage installations, and electrified equipment. When evaluating options for battery-related hazards, review our dedicated lithium fire suppression approach and see how it can be tailored to your application. For broader risk reduction across facilities and machinery, our fire protection systems offer scalable protection concepts that fit modern operational demands-helping you plan for prevention, response, and continuity.
What are effective solutions for lithium battery fire suppression?
Effective solutions for lithium battery fire suppression include advanced, compact systems designed to quickly detect and suppress fires in batteries. MAUS Industry patented technologies provide reliable protection in industrial settings, ensuring safety for energy storage, electric vehicles, and critical infrastructure.
Why is lithium battery fire suppression essential in industrial environments?
Lithium battery fire suppression is essential in industrial environments because these batteries pose significant fire risks due to thermal runaway and high energy density. Suppression systems help prevent damage to equipment, reduce downtime, and ensure the safety of personnel and assets.
How do modern lithium battery fire suppression systems work?
Modern lithium battery fire suppression systems use specialized agents and rapid deployment mechanisms to extinguish fires at the source. These systems are engineered to respond quickly to battery malfunctions, minimizing the spread of fire and protecting valuable assets in various applications.
Which industries benefit most from lithium battery fire suppression technology?
Industries that benefit most include energy storage facilities, electric vehicle manufacturers, server rooms, wind power installations, and heavy machinery operations. These sectors depend on lithium batteries and require robust fire suppression to safeguard operations and ensure safety.
What makes the best lithium battery fire suppression system?
The best lithium battery fire suppression systems act fast, limit heat buildup, reduce smoke spread, and lower the risk of re-ignition. Compact aerosol-based designs are especially useful where space is limited and reliable automatic response is critical.
Can lithium battery fire suppression protect charging cabinets?
Yes, lithium battery fire suppression can be integrated into charging cabinets to help control thermal runaway, contain fire development, and protect nearby equipment. This is especially valuable for e-bikes, scooters, tools, and industrial battery packs.
Why is lithium battery fire suppression important for energy storage?
For energy storage systems, lithium battery fire suppression is designed to respond early to battery failure, helping contain heat, flames, and toxic smoke. It supports safer operation in BESS installations, utility sites, and other high-demand power environments.
How does compact lithium battery fire suppression improve safety?
A compact lithium battery fire suppression solution fits inside cabinets, vehicles, machinery, and battery enclosures without taking up much room. This enables targeted protection close to the hazard while supporting efficient installation in industrial applications.
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Advanced fire suppression solutions by MAUS Industry are engineered to rapidly detect and contain these incidents, minimizing damage and downtime. Compact, maintenance-free systems with patented technology from MAUS Industry provide reliable protection for industrial environments, wind power installations, server rooms, and heavy machinery. International certifications and real-world validation by rescue services ensure that safety standards are met, offering peace of mind for operators and insurers facing the complexities of lithium battery fire suppression.
Why Lithium Battery Fire Suppression Is Essential
Lithium battery fire suppression is crucial for protecting modern technology and infrastructure. As lithium batteries are widely used in electric vehicles, energy storage systems, and industrial equipment, the risk of fire due to thermal runaway or mechanical damage has become a significant safety concern. These fires are challenging to control because they can reignite and emit hazardous gases, making traditional suppression methods less effective. Advanced fire suppression systems designed specifically for lithium battery risks offer rapid detection and containment, reducing potential damage and downtime. Implementing specialized solutions from MAUS Industry ensures compliance with safety standards, protects valuable assets, and provides peace of mind for operators and insurers in industries where lithium batteries are integral to operations.
Comprehensive Protection Against Lithium Battery Fires
Lithium battery fire suppression technology from MAUS Industry is essential for industries that rely on high-capacity energy storage and electric mobility. These advanced systems are engineered to detect, suppress, and contain fires caused by lithium battery failures before they escalate. Integrating rapid-response suppression techniques allows businesses to better protect their assets, maintain operational continuity, and minimize downtime from hazardous incidents. Careful design ensures compatibility with various applications such as energy storage, transport, and manufacturing, helping to meet strict safety regulations and mitigate the growing risks of lithium battery fires.
Innovative Solutions for Lithium Battery Fire Suppression
Lithium battery fire suppression requires advanced technology to address the unique risks posed by thermal runaway and rapid fire spread. MAUS Industry solutions are engineered to detect and suppress lithium battery fires quickly, minimizing damage and downtime in critical environments such as energy storage, electric vehicles, and industrial facilities. With compact, easy-to-install systems and international certifications, MAUS Industry fire suppression technology ensures reliable protection for your assets, helping you meet safety regulations and maintain operational continuity in the face of evolving fire hazards.
Effective Protection Against Lithium Battery Hazards
Lithium battery incidents can escalate rapidly-from overheating cells to intense heat, toxic smoke, and re-ignition risks. Effective mitigation must be compact, reliable, and easy to integrate wherever batteries are stored, charged, or operated. MAUS Industry solutions support early intervention and help reduce damage in industrial environments, energy storage installations, and electrified equipment. When evaluating options for battery-related hazards, review our dedicated lithium fire suppression approach and see how it can be tailored to your application. For broader risk reduction across facilities and machinery, our fire protection systems offer scalable protection concepts that fit modern operational demands-helping you plan for prevention, response, and continuity.
Summary
MAUS Industry provides lithium battery fire suppression solutions designed for the fire risks of today’s industrial and electrified environments. Using patented Swedish technology, the company develops compact systems for applications such as charging cabinets, energy storage, micromobility batteries, heavy equipment, and enclosed technical spaces. Tests conducted with rescue services, insurance partners, and industry organizations show that MAUS Industry solutions can activate quickly, control heat, suppress flames, and help prevent re-ignition. Backed by international trust, practical dimensioning methods, and continued innovation in battery safety, MAUS Industry helps businesses strengthen protection where lithium fire hazards are most critical.
FAQ – Frequently Asked Questions
What are effective solutions for lithium battery fire suppression?
Effective solutions for lithium battery fire suppression include advanced, compact systems designed to quickly detect and suppress fires in batteries. MAUS Industry patented technologies provide reliable protection in industrial settings, ensuring safety for energy storage, electric vehicles, and critical infrastructure.
Why is lithium battery fire suppression essential in industrial environments?
Lithium battery fire suppression is essential in industrial environments because these batteries pose significant fire risks due to thermal runaway and high energy density. Suppression systems help prevent damage to equipment, reduce downtime, and ensure the safety of personnel and assets.
How do modern lithium battery fire suppression systems work?
Modern lithium battery fire suppression systems use specialized agents and rapid deployment mechanisms to extinguish fires at the source. These systems are engineered to respond quickly to battery malfunctions, minimizing the spread of fire and protecting valuable assets in various applications.
Which industries benefit most from lithium battery fire suppression technology?
Industries that benefit most include energy storage facilities, electric vehicle manufacturers, server rooms, wind power installations, and heavy machinery operations. These sectors depend on lithium batteries and require robust fire suppression to safeguard operations and ensure safety.
What makes the best lithium battery fire suppression system?
The best lithium battery fire suppression systems act fast, limit heat buildup, reduce smoke spread, and lower the risk of re-ignition. Compact aerosol-based designs are especially useful where space is limited and reliable automatic response is critical.
Can lithium battery fire suppression protect charging cabinets?
Yes, lithium battery fire suppression can be integrated into charging cabinets to help control thermal runaway, contain fire development, and protect nearby equipment. This is especially valuable for e-bikes, scooters, tools, and industrial battery packs.
Why is lithium battery fire suppression important for energy storage?
For energy storage systems, lithium battery fire suppression is designed to respond early to battery failure, helping contain heat, flames, and toxic smoke. It supports safer operation in BESS installations, utility sites, and other high-demand power environments.
How does compact lithium battery fire suppression improve safety?
A compact lithium battery fire suppression solution fits inside cabinets, vehicles, machinery, and battery enclosures without taking up much room. This enables targeted protection close to the hazard while supporting efficient installation in industrial applications.