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Lithium-Ion Battery Safety FAQ
What does Flashpoint Safety Systems do?
Flashpoint Safety Systems develops early-warning lithium-ion battery safety products for homes, garages, solar battery systems, BESS environments, e-bike charging, scooter charging, and other battery-powered applications.
Our systems are designed to detect early warning signs of battery failure, alert users, and support faster response before a battery issue becomes a fire emergency.
Why is lithium-ion battery safety important?
Lithium-ion batteries are used in more places than ever: home energy storage systems, solar battery banks, e-bikes, scooters, tools, backup power, and portable electronics.
Most of the time, these batteries work safely. But when a cell is damaged, overcharged, overheated, poorly manufactured, improperly repaired, or exposed to the wrong conditions, it may enter thermal runaway. That type of failure can escalate quickly, produce toxic gases, and create intense fire conditions. CPSC describes lithium-ion batteries as useful technology, but also a growing source of serious fires.
What is thermal runaway?
Thermal runaway is an uncontrolled self-heating reaction inside a battery cell. Once it begins, the cell can rapidly release heat, gas, smoke, flame, or explosive pressure.
This is why early warning matters. Waiting until there is visible smoke or flame may leave very little time to respond safely. FSRI research on e-scooter battery fires found that dangerous room conditions can develop within seconds after visible battery gas or smoke appears.
Can Flashpoint products prevent every lithium-ion battery fire?
No safety product can eliminate all risk.
Flashpoint products are designed to provide earlier warning and support faster response to lithium-ion battery failure conditions. They should be used alongside safe charging practices, certified equipment where available, proper installation, manufacturer instructions, applicable codes, and common-sense battery handling.
What are the warning signs of a lithium-ion battery problem?
Stop using or charging a battery immediately if you notice unusual heat, swelling, hissing, popping, smoke, leaking, odor, discoloration, sparking, or a change in shape.
If there is smoke, fire, or signs of battery failure, evacuate the area and call emergency services. Do not try to handle a failing battery indoors.
Why isn’t a standard smoke alarm enough?
Smoke alarms are essential life-safety devices and should always be used where required. But lithium-ion battery failure can develop very quickly. In some thermal runaway events, smoke may appear late in the failure sequence.
Flashpoint is designed to add an earlier-warning layer around battery environments, helping users identify potential failure conditions before the situation escalates to visible smoke, flame, or full thermal runaway.
Flashpoint Product FAQ
What is the Flashpoint CORE System?
Flashpoint CORE is an early-warning lithium-ion battery safety system designed for home energy storage, solar battery banks, residential battery backup, and small BESS environments.
CORE is intended to monitor for early failure indicators and provide local alerts. It can also support integration with external response systems where applicable, including rapid shutdown, EPO, or suppression interfaces.
Who is Flashpoint CORE designed for?
Flashpoint CORE is designed for homeowners, solar installers, ESS professionals, safety-conscious property owners, and organizations using lithium-ion battery backup or storage systems.
It is especially relevant for residential solar-plus-storage systems, garage battery installations, and small energy storage environments where early warning and faster response are important.
What is the Flashpoint Go System?
Flashpoint Go is a portable monitored charging safety system designed for e-bikes, scooters, and other micromobility batteries.
Go is intended for users who need a safer, more controlled way to charge lithium-ion battery-powered devices in garages, shops, stations, small businesses, shared spaces, and other practical charging environments.
Who is Flashpoint Go designed for?
Flashpoint Go is designed for e-bike owners, scooter users, delivery operators, small businesses, fire stations, property managers, and anyone who regularly charges micromobility batteries.
CPSC specifically advises consumers to be present while charging micromobility products, avoid charging while sleeping, and use only the charger supplied or recommended by the manufacturer. Flashpoint Go is built around that same safety reality: charging needs more attention, structure, and early warning.
Which Flashpoint product should I choose?
Choose Flashpoint CORE if your primary concern is a home energy storage system, solar battery bank, battery backup system, or small BESS installation.
Choose Flashpoint Go if your primary concern is charging e-bikes, scooters, or other portable micromobility batteries.
For commercial, multi-unit, public safety, fleet, or installer-supported deployments, contact Flashpoint before ordering so the right configuration can be reviewed.
Do Flashpoint products work with all lithium-ion batteries?
Flashpoint products are designed around lithium-ion battery safety applications, but compatibility depends on the product, environment, installation, sensor configuration, and integration requirements.
For specialized systems, commercial projects, or non-standard installations, contact Flashpoint before purchasing.
Do Flashpoint products shut down charging automatically?
Some Flashpoint configurations support output or integration with external shutdown, EPO, suppression, or response systems where applicable. Exact behavior depends on the product configuration, connected equipment, and installation design.
Flashpoint should not be described as a universal automatic shutdown device for every battery or charger. It is an early-warning safety system designed to support faster response and, where properly configured, integration with other safety systems.
Ordering, Installation & Support FAQ
Can I order Flashpoint CORE and Flashpoint Go online?
Yes. Flashpoint CORE and Flashpoint Go are the first products available for order on flashpointsafety.com.
For standard residential or personal-use applications, you may order directly through the shop. For installer, commercial, public-safety, or multi-unit deployments, contact Flashpoint first for guidance.
Do I need a professional installer?
Flashpoint Go is intended to support portable monitored charging applications.
Flashpoint CORE may require installation planning, especially if it is being integrated with a home energy storage system, solar battery bank, relay output, EPO, suppression system, or other external safety equipment.
When in doubt, use a qualified professional and follow all applicable electrical, fire, and building codes.
Can Flashpoint help me choose the right system?
Yes. Flashpoint can help review your use case and point you toward the most appropriate product.
Contact Flashpoint if you are buying for a home energy system, solar installation, fire station, property, business, fleet, or shared charging environment.
What information should I have ready before contacting Flashpoint?
Helpful information includes the type of batteries being used, where they are stored or charged, whether the area is residential or commercial, whether the system is tied to solar or backup power, and whether you need simple local alerting or integration with another safety system.
For e-bike or scooter charging, it is also helpful to know how many devices are charged, where charging occurs, and whether charging happens overnight, indoors, or near exits.
Does Flashpoint replace safe charging habits?
No. Flashpoint products are designed to support safer battery environments, not replace safe behavior.
Always follow manufacturer instructions, use the correct charger, avoid damaged batteries, avoid charging near exits or combustible materials, and never ignore signs of battery failure. CPSC specifically advises against unattended or overnight micromobility charging.
What should I do if a Flashpoint system alerts?
Treat every alert seriously.
Move people away from the area, check for signs of battery failure only if it is safe to do so, stop charging if appropriate and safe, and call emergency services if there is smoke, fire, odor, heat, swelling, hissing, popping, or any other sign of battery failure.
Do not attempt to carry a failing lithium-ion battery through a home or business.
What is the return policy?
Return eligibility depends on the product condition, order type, and whether the product has been installed, used, configured, or customized.
For safety products, Flashpoint may not be able to accept returns on used, damaged, installed, or altered equipment. The final policy should be reviewed at checkout or by contacting Flashpoint support before purchase.
Do you offer commercial or bulk orders?
Yes. Flashpoint can support inquiries for commercial buyers, public-safety teams, solar professionals, property operators, installers, and multi-unit deployments.
For bulk orders, pilot programs, or custom applications, contact Flashpoint before placing an order.
Need Help Choosing the Right Flashpoint System?
Battery safety is use-case specific. A home solar battery system, an e-bike charging area, and a commercial battery storage workflow may all require different planning.
If you are unsure whether Flashpoint CORE or Flashpoint Go is right for your situation, contact our team before ordering. We can help you understand the best fit for your battery environment, charging routine, and safety goals.
Early Warning Focus
Designed to detect early lithium-ion battery failure indicators before visible smoke or flame.
Built for Real-World Use
Practical safety systems for home energy storage, solar batteries, e-bikes, scooters, and micromobility charging.
Integration Ready
System outputs can support connection to shutdown, EPO, suppression, or other response systems where applicable.
Safety-First Support
Guidance for homeowners, installers, safety professionals, and organizations managing lithium-ion battery risk.