Lithium batteries contain electrolyte solvents.
Residential electrolyte vapor detection
Designed to detect electrolyte vapor indicators near lithium batteries.
IonSniff is a residential battery safety sensor designed to detect electrolyte vapor indicators associated with damaged or leaking lithium batteries.
Designed for homes, garages, e-bike storage, power tool batteries, drones, scooters, and lithium battery charging areas.
The battery-dense home
Lithium batteries are everywhere now.
Phones, laptops, power tools, e-bikes, scooters, drones, backup power stations, and RC batteries have moved high-energy lithium packs into everyday living spaces.
In some failure cases, electrolyte leakage or vapor release may help identify leakage or venting before visible smoke. Detection performance depends on environment, airflow, distance, battery chemistry, and failure mode.
IonSniff is positioned as an additional early-warning layer for battery safety awareness—not a replacement for smoke alarms, CO detectors, fire alarms, battery management systems, or professional inspections.
IonSniff
Residential lithium battery electrolyte leakage detector.
- Designed for garages, storage rooms, workshops, and charging areas
- Plug-and-place installation
- Local alert and optional connected notifications if supported
- Price: $250
How it works
Monitors air for electrolyte vapor indicators.
When a cell is damaged, leaking, venting, or failing, trace electrolyte vapors may be released.
IonSniff monitors the air for electrolyte vapor indicators.
When alert criteria are met, it prompts users to inspect, isolate, or stop charging nearby batteries if safe.
Research context
Why electrolyte vapor detection matters
IonSniff frames electrolyte vapor detection as an early-warning layer that can complement existing battery safety practices without replacing smoke alarms, fire alarms, or emergency procedures.
Lithium-ion batteries commonly use organic electrolyte solvents.
Battery damage, leakage, venting, or early failure can release electrolyte-related vapors.
Research has explored gas and VOC sensors for early detection of lithium battery leakage or thermal runaway warning.
Electrolyte vapor detection can complement temperature, voltage, current, smoke, and fire detection methods.
Real-world performance depends on battery chemistry, failure mode, airflow, enclosure, distance, and environment.
Peer-reviewed gas and VOC sensor researchLithium-ion battery electrolyte solvent literatureBattery venting and thermal-runaway warning researchIonSniff controlled electrolyte vapor testingInternal IonSniff response data under tested conditions
IonSniff brings this early-warning concept into a practical residential product for the places people actually charge and store lithium batteries.
Lab tested
Data-driven sensor development.
Developed through lab testing
Lab-tested detection approach
Data-driven sensor development
Testing-informed detection logic
Ongoing validation program
Detection speed and performance depend on vapor concentration, airflow, distance from the battery, enclosure conditions, battery chemistry, temperature, humidity, and interfering vapors. IonSniff is an early-warning layer and is not a guarantee against battery fire.
Use cases
For modern battery storage areas.
E-bike battery storage
Add monitoring near packs stored or charged in garages, mudrooms, and apartments.
Scooter charging area
Watch shared charging corners where lithium packs may sit unattended.
Power tool battery shelf
Designed for workshops and utility rooms with multiple tool batteries.
Drone charging station
Support safer routines around flight packs and charging boards.
Home garage
Place near common storage zones for batteries, chargers, and portable devices.
RV/marine battery area
Useful near battery storage spaces when shore power or charging is in use.
Model aircraft / RC packs
Monitor hobby packs during storage, balance charging, and maintenance workflows.
Portable power stations
Add awareness near backup power stations and lithium battery cabinets.
Platform
IonSniff is building the electrolyte detection layer for the lithium-powered world.
IonSniff is the only product currently for sale. The broader platform roadmap is designed for larger, harsher, and embedded battery environments.
Need electrolyte detection for a larger battery environment? Talk to IonSniff.IonSniff
Residential lithium battery leakage detector for homes, garages, workshops, and charging areas.
IonSniff Rugged
Future ruggedized detector for garages, shops, field kits, repair centers, and battery handling areas.
IonSniff Fleet
Future monitoring solution for e-bike, scooter, drone, and delivery fleets operating many lithium packs.
IonSniff Industrial
Future solution for warehouses, battery rooms, and energy storage areas with larger battery environments.
IonSniff OEM
Planned embedded sensing module for battery packs, enclosures, and charging cabinets.
Battery Safety Hub
Education without fearmongering.
What Is Lithium Battery Electrolyte Leakage?
A practical guide to electrolyte, leakage causes, warning signs, and the role of detection in home battery safety.
Read guideWhat Does a Leaking Lithium Battery Smell Like?
A careful safety-focused article about possible lithium battery odors and what to do if something smells unusual.
Read guideE-Bike Battery Safety at Home
Practical guidance for charging and storing e-bike batteries in homes, apartments, garages, and utility spaces.
Read guideScooter Battery Charging Safety
How to think about scooter charging in apartments, garages, shared storage rooms, and compact living spaces.
Read guidePower Tool Battery Storage Safety
Guidance for garages, workshops, and multi-battery charging shelves with many lithium packs in one place.
Read guideDrone and RC Battery Charging Safety
A safety guide for hobbyists managing LiPo packs, charging benches, storage voltage, and pack monitoring.
Read guideFAQ
Clear answers for cautious buyers.
What does IonSniff detect?
IonSniff is designed to detect electrolyte vapor indicators associated with damaged, leaking, venting, or failing lithium batteries.
Is this a smoke detector?
No. IonSniff is not a smoke detector, carbon monoxide detector, fire alarm, battery management system, or replacement for professional safety inspections.
Can IonSniff make batteries safe?
No. IonSniff adds an early-warning layer for certain electrolyte vapor indicators, but it is not a guarantee against battery fire or a substitute for emergency procedures.
Where should I place it?
Place it near lithium battery storage or charging areas such as garages, workshops, e-bike storage spaces, power tool shelves, and drone charging stations.
What batteries is it intended to support?
It is intended for monitoring near residential lithium battery storage or charging areas, including e-bikes, scooters, drones, power tools, laptops, portable power stations, RC packs, and similar devices. Detection performance depends on environment, airflow, distance, battery chemistry, and failure mode.
What should I do if it alerts?
If IonSniff alerts, stop charging nearby batteries if safe, avoid handling hot/swollen/smoking batteries, ventilate only if safe, and contact emergency services if there are signs of fire, smoke, heat, chemical exposure, or immediate danger.