How Long do Vape Batteries Last?

Wattage/power output
 

The higher the wattage setting, the faster the battery drains. A device running at 20 W will deplete a 500 mAh battery roughly twice as fast as the same device at 10 W. Sub-ohm tanks and coils below 0.5 ohm draw more power than higher-resistance pod coils.
 

Puff frequency and duration
 

Each puff activates the heating element and drains the battery. Frequent, long draws accelerate depletion. An adult nicotine consumer taking 300 puffs per day will drain the battery significantly faster than one taking 75 puffs per day on the same device.
 

Coil resistance
 

Lower resistance coils (e.g., 0.15 ohm in sub-ohm tanks) draw substantially more current per puff than higher-resistance pod coils (1.0–1.2 ohm). Pod systems with higher resistance use battery power more efficiently per puff.
 

Screen and chipset activity
 

Box mods with colour OLED displays and complex chipsets draw additional standby power. Devices with auto-lock features or sleep modes conserve battery in-between sessions.
 

Temperature
 

Cold temperatures can temporarily reduce lithium-ion battery performance. In Canadian winters, battery capacity may appear lower than normal when a device is used outdoors. Performance typically returns once the device warms up.

• Charge cycles completed: 0–100 cycles
  • Approximate remaining capacity: ~100% (baseline)
• Charge cycles completed: 200–300 cycles
  • Approximate remaining capacity: ~85–90%
• Charge cycles completed: 300–500 cycles
  • Approximate remaining capacity: ~70–80%
• Charge cycles completed: 500+ cycles
  • Approximate remaining capacity: noticeable capacity reduction; consider replacement

For a device charged once per day, 500 cycles represents approximately 16–18 months of use.

• Noticeably shorter time in-between charges compared to when the device was new.
• Device powers off at a higher indicated battery level than before.
• Battery takes significantly longer to reach full charge.
• Device becomes significantly warmer during normal use, not just during charging.
• Battery swells or changes shape (immediately discontinue use and properly dispose of it).
   

Battery care tips
 

• Do not fully discharge the battery before recharging; charging at 20–30% remaining capacity reduces stress on lithium-ion cells.
• Avoid leaving the device on charge overnight once fully charged; overcharging degrades capacity over time (use a charger with an auto-cutoff).
• Store devices at room temperature; avoid leaving in hot vehicles or cold outdoor environments for extended periods.
• If storing for more than a week, charge to approximately 50% battery level before storing.
• Use the charger supplied with the device or a quality USB-C/micro-USB charger rated for the device's current draw.
   

Replacing vs. recycling vape batteries
 

Devices with integrated (non-removable) batteries — common in pod systems — cannot have the battery replaced independently. When the battery no longer holds a usable charge, the entire device is retired. Lithium-ion batteries in vaping devices must not be placed in regular household recycling or a landfill. Return devices to a certified electronics recycler or participating retailer that accepts vaping device waste. Disposal of lithium-ion batteries and vaping devices must follow applicable federal, provincial, and municipal regulations.

Vuse battery information
 

Vuse devices feature removable lithium-ion batteries and USB charging. Battery capacity, charge time, and expected cycle life vary by device model. See the Vuse Canada website or product packaging for specific battery specifications.