eBike Storage Tips: Winter & Long-Term Storage Guide [2026]

By the Editorial Staff @ ebiking.us | Last Updated: February 2, 2026

Meta Description: Learn how to properly store your eBike for winter or long-term with our complete guide. Protect your battery, prevent damage, and ensure reliable performance.

Target Keywords: ebike winter storage, how to store ebike, electric bike storage tips, ebike long term storage, ebike battery storage

Author: By William E Pearl, eBike Enthusiast since 2012
Last Updated: January 31, 2026

Introduction

Proper storage is critical for maintaining your eBike's performance, longevity, and reliability—yet it's one of the most overlooked aspects of eBike ownership. Whether you're storing your electric bike for the winter months, taking an extended break from riding, or simply need to store it safely between rides, following correct storage procedures can prevent expensive damage and ensure your bike is ready to ride when you need it.

Unlike traditional bicycles, eBikes have sensitive electrical components—especially the lithium-ion battery—that require special storage considerations. Improper storage can lead to permanent battery damage, corroded electrical connections, seized components, flat tires, and deteriorated rubber parts. A battery stored incorrectly for just one winter can lose 20-40% of its capacity permanently, costing hundreds of dollars to replace.

This comprehensive guide covers everything you need to know about eBike storage, from short-term daily storage to long-term winter storage lasting several months. You'll learn the critical battery storage guidelines (charge level, temperature, maintenance), how to prepare your bike for storage, ideal storage locations, and the post-storage checklist to ensure your bike is safe to ride.

Related Guide: For comprehensive maintenance strategies, see our eBike Troubleshooting & Maintenance: The Complete Guide [blocked].

Storage Duration Categories

Different storage durations require different preparation levels:

Daily/Short-Term Storage (Hours to Days)

Typical Scenarios:

Overnight storage
Storage between regular rides
Weekend storage

Key Concerns:

Security (theft prevention)
Weather protection (if outdoors)
Battery charge maintenance

Preparation Level: Minimal

Medium-Term Storage (1-4 Weeks)

Typical Scenarios:

Vacation or travel
Temporary break from riding
Seasonal transition periods

Key Concerns:

Battery charge level
Tire pressure
Security
Basic weather protection

Preparation Level: Moderate

Long-Term Storage (1-6 Months)

Typical Scenarios:

Winter storage in cold climates
Extended travel
Injury or health-related break
Seasonal storage

Key Concerns:

Battery degradation prevention
Component deterioration
Tire flat spots
Corrosion
Pest damage

Preparation Level: Comprehensive

Extended Storage (6+ Months)

Typical Scenarios:

Moving/relocation
Long-term injury
Bike not being used

Key Concerns:

All long-term concerns plus:
Severe battery degradation risk
Lubricant deterioration
Seal degradation
Potential for permanent damage

Preparation Level: Maximum (consider professional storage)

Critical Battery Storage Guidelines

The battery is your eBike's most expensive component ($300-$1,000+) and the most sensitive to storage conditions. Proper battery storage is THE most important aspect of eBike storage.

The 40-60% Rule (CRITICAL)

Store battery at 40-60% charge—never full, never empty.

Why This Matters:

Storing at 100%: Causes lithium plating, accelerates capacity loss, can reduce lifespan by 30-50%
Storing at 0%: Causes deep discharge, may prevent battery from charging again, permanent damage possible
Storing at 40-60%: Minimizes stress on cells, preserves capacity, extends lifespan

How to Achieve 40-60% Charge:

Check current charge level on display
If above 60%: ride bike or leave powered on (without riding) until 40-60%
If below 40%: charge to 40-60% (don't charge to full)
Most batteries don't show exact percentage—estimate based on indicator bars

Charge Level Reference:

5-bar display: 2-3 bars = approximately 40-60%
10-bar display: 4-6 bars = approximately 40-60%
Percentage display: Aim for 50%

Temperature Requirements

Ideal Storage Temperature: 50-70°F (10-21°C)

Temperature Effects on Battery:

Too Cold (Below 32°F/0°C):

Slows chemical reactions in battery
Can cause permanent capacity loss
Risk of freezing (rare but possible)
Never charge a frozen battery

Too Hot (Above 85°F/29°C):

Accelerates battery degradation
Increases self-discharge rate
Can cause thermal runaway (dangerous)
Significantly reduces lifespan

Acceptable Range: 40-80°F (4-27°C) Avoid: Below 32°F or above 85°F

Storage Location Recommendations:

✅ Climate-controlled room (ideal)
✅ Basement (if temperature-stable)
✅ Interior closet
❌ Unheated garage in winter
❌ Hot attic or shed in summer
❌ Direct sunlight
❌ Near heat sources

Monthly Charge Maintenance

For storage longer than 1 month:

Check battery charge monthly:

Remove battery from storage
Check charge level
If below 40%: charge to 50-60%
If above 60%: discharge to 50-60% (ride briefly or leave powered on)
Return to storage

Why This Matters:

Batteries self-discharge over time (1-3% per month)
Allowing battery to drop to 0% causes permanent damage
Monthly checks prevent deep discharge

Set Reminders:

Add monthly battery check to calendar
Set phone reminder
Note next check date on battery

Humidity Considerations

Ideal Humidity: 40-60%

Too Humid (Above 70%):

Promotes corrosion on contacts
Can damage electronics
Encourages mold/mildew

Too Dry (Below 30%):

Can dry out seals
Increases static electricity risk

Solutions:

Use dehumidifier in damp storage areas
Store battery in sealed container with silica gel packets (if very humid)
Avoid storing in bathroom or laundry room

Battery Storage Checklist

Before storing battery:

✅ Charge to 40-60%
✅ Clean battery contacts
✅ Inspect for damage
✅ Store in temperature-controlled location
✅ Remove from bike (for long-term storage)
✅ Set monthly check reminder
✅ Note storage date

Related Guide: For battery care and troubleshooting, see How to Extend Your eBike Battery Life [blocked] and eBike Battery Not Charging? 7 Common Fixes [blocked].

Preparing Your eBike for Storage

Proper preparation prevents damage and ensures your bike is ready to ride when you take it out of storage.

Step 1: Clean Your eBike Thoroughly

Why: Dirt and grime trap moisture, causing corrosion. Road salt is especially corrosive.

Cleaning Process:

Remove battery
Clean frame, wheels, and components
Clean and degrease drivetrain
Dry thoroughly (no moisture should remain)
Allow to air dry completely (2-4 hours)

Special Attention:

Remove all mud and dirt from frame crevices
Clean battery contacts thoroughly
Ensure no water remains in electrical areas

Related Guide: See How to Clean Your eBike: Step-by-Step Guide [blocked] for detailed cleaning instructions.

Step 2: Inspect for Damage and Wear

Check:

Tire condition (cuts, cracks, excessive wear)
Brake pad thickness (replace if less than 1.5mm)
Chain wear (use chain checker tool)
Cable condition (fraying, corrosion)
Electrical connections (corrosion, damage)
Frame for cracks or damage

Why: Better to discover issues now than when you want to ride in spring.

Address Issues Before Storage:

Replace worn components
Fix minor problems
Note issues that need attention before next ride

Step 3: Lubricate Moving Parts

Apply lubricant to:

Chain (generously for storage)
Derailleur pivots
Brake lever pivots
Shifter pivots
Suspension pivots (if applicable)
Kickstand pivot

Why: Lubricant protects against corrosion during storage.

Tip: Apply more lube than normal for storage—wipe off excess before riding.

Step 4: Inflate Tires to Maximum Pressure

Why: Prevents flat spots from developing during storage.

Process:

Check tire sidewall for maximum pressure rating
Inflate to maximum rated pressure (typically 50-65 PSI for eBikes)
Check pressure monthly during storage
Reinflate as needed

Alternative: Hang bike or rotate tires monthly to prevent flat spots.

Step 5: Protect Electrical Components

Battery Contacts:

Clean with isopropyl alcohol
Dry thoroughly
Apply thin layer of dielectric grease
Cover with plastic bag or tape (for long-term storage)

Display:

Remove display if possible (prevents theft, protects from damage)
Or cover with plastic bag

Charging Port:

Ensure rubber cover is in place
Cover with tape for extra protection

Motor and Controller:

No special preparation needed (sealed units)
Ensure no visible damage or water intrusion

Step 6: Adjust Components

Shift to Smallest Cog:

Reduces tension on derailleur springs
Extends derailleur lifespan

Release Brake Tension (Optional):

Some experts recommend releasing brake quick-release to reduce spring tension
Others say modern brakes don't need this
Your choice—not critical

Suspension (If Applicable):

Reduce air pressure by 25% (prevents seal damage)
Or follow manufacturer recommendations

Step 7: Cover Your eBike

Use breathable bike cover:

Protects from dust
Prevents UV damage
Allows moisture to escape (prevents condensation)

Don't Use:

Plastic tarps (trap moisture)
Non-breathable covers
Garbage bags

Best Option: Purpose-made bicycle cover with ventilation

Ideal Storage Locations

Best Storage Locations

1. Climate-Controlled Indoor Space (Ideal)

Examples:

Living space (spare room, hallway)
Heated/cooled garage
Climate-controlled storage unit

Advantages:

Stable temperature
Low humidity
Protected from elements
Secure

Considerations:

May require space negotiation with household members
Keep away from heat sources (furnace, water heater)

2. Basement (Good)

Advantages:

Temperature-stable
Protected from elements
Usually secure

Considerations:

Check humidity levels (use dehumidifier if needed)
Ensure no flooding risk
Keep away from water heater/furnace

3. Insulated Garage (Acceptable)

Advantages:

Convenient
Secure
Protected from elements

Considerations:

Temperature may fluctuate
Store battery indoors if garage gets too cold/hot
Protect from car exhaust
Ensure adequate security

Acceptable Storage Locations (With Precautions)

4. Unheated Garage/Shed (Acceptable for Bike, NOT Battery)

Requirements:

MUST remove battery and store indoors
Use bike cover
Check for pests
Ensure security

Why Battery Must Come Inside:

Garage temperatures often drop below 32°F in winter
Can rise above 85°F in summer
Temperature extremes permanently damage battery

5. Covered Outdoor Area (Last Resort)

Requirements:

MUST remove battery and store indoors
Use high-quality waterproof cover
Elevate bike off ground
Secure against theft
Check regularly for moisture/damage

Risks:

Exposure to elements
Temperature extremes
Higher theft risk
Pest damage
Corrosion

Storage Locations to AVOID

❌ Uncovered Outdoors

Weather damage
Theft
Corrosion
UV damage

❌ Hot Attic

Extreme temperatures damage battery and components
UV damage through windows

❌ Damp Basement

Corrosion
Mold/mildew
Electrical damage

❌ Near Heat Sources

Furnace, water heater, space heater
Can overheat battery (dangerous)
Damages rubber components

Storage Methods and Positioning

Vertical Storage (Standing)

Advantages:

Takes less floor space
Easy access
Natural position

Considerations:

Inflate tires to max pressure (prevents flat spots)
Use kickstand or lean against wall
Ensure stable (won't fall over)

Best For: Short to medium-term storage

Hanging Storage

Methods:

Wall-mounted bike hooks
Ceiling-mounted hoists
Vertical wall racks

Advantages:

Saves floor space
Prevents tire flat spots
Good for long-term storage

Considerations:

Ensure hooks/rack rated for eBike weight (50-70 lbs)
Hang by frame, not wheels
Secure battery before hanging (or remove battery)

Best For: Long-term storage, space-limited areas

Horizontal Storage (Bike Stand)

Advantages:

Stable
Easy access to components
Professional appearance

Considerations:

Requires floor space
Need bike stand rated for eBike weight

Best For: Medium to long-term storage, workshop settings

Leaning Against Wall

Advantages:

Simple
No equipment needed

Considerations:

Use soft material between bike and wall (prevents scratches)
Ensure stable
Inflate tires to max pressure

Best For: Short-term storage only

Storage Duration-Specific Guidelines

Short-Term Storage (Hours to Days)

Battery:

Leave on bike (if stored indoors)
No specific charge level needed
Turn off bike

Bike:

No special preparation needed
Keep in dry location
Ensure security

Medium-Term Storage (1-4 Weeks)

Battery:

Charge to 40-60% before storage
Can leave on bike if stored indoors
Check charge level at end of period

Bike:

Clean if dirty
Inflate tires to max pressure
Cover with breathable cover
Store in dry location

Long-Term Storage (1-6 Months)

Battery:

Charge to 40-60%
Remove from bike
Store indoors in climate-controlled location
Check charge monthly
Recharge to 50-60% if below 40%

Bike:

Complete cleaning
Full preparation process (see above)
Inflate tires to max pressure
Lubricate all moving parts
Cover with breathable cover
Store in best available location

Monthly Maintenance:

Check battery charge
Check tire pressure
Rotate tires (if not hanging)
Inspect for pests or damage

Extended Storage (6+ Months)

Same as long-term storage, plus:

Consider professional storage facility
More frequent battery checks (every 2-3 weeks)
Consider removing wheels (prevents flat spots)
Apply extra lubrication
Check every 4-6 weeks for any issues

Post-Storage Checklist

Before riding after storage, complete this safety checklist:

Battery Inspection

✅ Check battery charge level
✅ Charge to 80-100% for first ride
✅ Inspect battery contacts (clean if needed)
✅ Check for any damage or swelling
✅ Ensure battery locks securely in place
✅ Test battery powers on bike

Tire Inspection

✅ Check tire pressure (inflate to recommended PSI)
✅ Inspect for cracks, cuts, or damage
✅ Check for flat spots (rotate wheel, watch for wobble)
✅ Ensure tires seat properly on rims

Brake Inspection

✅ Test brake levers (should feel firm)
✅ Check brake pad thickness
✅ Spin wheels and check for brake rubbing
✅ Test braking power (walk bike and apply brakes)
✅ If hydraulic brakes feel spongy, may need bleeding

Related: See eBike Brakes Squeaking or Not Working: Complete Fix Guide [blocked].

Drivetrain Inspection

✅ Check chain for rust (light surface rust is normal)
✅ Lubricate chain (wipe off excess)
✅ Test shifting through all gears
✅ Check for smooth pedaling

Electrical System Check

✅ Turn on bike and check display
✅ Test motor engagement (all assist levels)
✅ Check lights (if equipped)
✅ Test throttle (if equipped)
✅ Check for error codes

General Inspection

✅ Check all bolts for tightness
✅ Inspect frame for damage
✅ Check kickstand function
✅ Test bell/horn
✅ Inspect cables for damage
✅ Look for pest damage (chewed wires, nests)

Test Ride

Before riding on road:

Test ride in safe area (parking lot, driveway)
Test brakes at low speed
Test all assist levels
Listen for unusual sounds
Check shifting performance

If Everything Checks Out:

Bike is ready for normal use
First few rides may feel slightly different (normal)
Brakes may need bedding-in period

If Issues Found:

Address problems before riding
See related troubleshooting guides
Consider professional tune-up if multiple issues

Common Storage Mistakes to Avoid

Mistake #1: Storing Battery at 100% Charge

Problem: Accelerates battery degradation, reduces lifespan

Solution: Store at 40-60% charge

Mistake #2: Storing Battery in Cold Garage

Problem: Cold temperatures permanently damage battery capacity

Solution: Store battery indoors in climate-controlled space

Mistake #3: Not Checking Battery During Long-Term Storage

Problem: Battery can discharge to 0%, causing permanent damage

Solution: Check and recharge battery monthly

Mistake #4: Storing Dirty Bike

Problem: Dirt and grime trap moisture, cause corrosion

Solution: Clean thoroughly before storage

Mistake #5: Not Inflating Tires

Problem: Flat spots develop on tires

Solution: Inflate to maximum pressure before storage

Mistake #6: Storing in Damp Location

Problem: Corrosion on metal parts, damage to electrical components

Solution: Store in dry location, use dehumidifier if needed

Mistake #7: Using Non-Breathable Cover

Problem: Traps moisture, causes condensation and corrosion

Solution: Use breathable bike cover or no cover indoors

Mistake #8: Forgetting to Lubricate Before Storage

Problem: Components can seize or corrode

Solution: Apply generous lubrication before storage

Winter Storage Specifics

Why Winter Storage is Different

Challenges:

Extreme cold damages battery
Road salt is highly corrosive
Reduced daylight limits riding
Snow/ice make riding dangerous
Heating systems create dry indoor air

Pre-Winter Storage Preparation

Extra Steps Beyond Standard Storage:

Remove ALL road salt:
- Clean bike thoroughly
- Pay special attention to frame crevices
- Clean battery contacts extra carefully
- Dry completely
Protect against corrosion:
- Apply frame protectant
- Extra lubrication on all metal parts
- Dielectric grease on all electrical connections
Battery winter storage:
- MUST store indoors (non-negotiable)
- 40-60% charge
- Check every 3-4 weeks (batteries discharge faster in cold)
Tire care:
- Inflate to max pressure
- Consider removing wheels (prevents flat spots)
- Or rotate bike monthly

Mid-Winter Riding

If you ride occasionally during winter:

Bring battery indoors after each ride
Clean bike after every ride (remove salt)
Lubricate chain more frequently
Check brake pads often (salt accelerates wear)

Battery Cold Weather Tips:

Bring battery indoors overnight
Install battery just before riding
Battery performance decreases in cold (normal)
Don't charge cold battery (let warm to room temp first)

Spring Preparation

Before first spring ride:

Complete post-storage checklist (above)
Inspect for winter damage
Check for rust (treat if found)
Replace any corroded components
Consider professional tune-up

Related: See Winter eBiking Guide [blocked] (to be created) for winter riding tips.

Storage for Different eBike Types

Cargo eBikes

Special Considerations:

Heavier (70-90 lbs)—ensure storage method supports weight
Larger—need more space
Multiple batteries (some models)—store all batteries properly
Accessories—remove cargo bags, child seats before storage

Folding eBikes

Advantages:

Compact storage
Easy to store indoors
Can store in closet or under bed

Considerations:

Fold properly before storage
Ensure latches are secure
Don't store with weight on folding joints

Mountain eBikes

Special Considerations:

Suspension—reduce air pressure by 25%
Likely dirtier—extra cleaning needed
Dropper post—leave in middle position

Fat Tire eBikes

Special Considerations:

Large tires—inflate to max pressure (prevents flat spots)
Often used in winter—may need less storage time

Professional Storage Options

When to Consider Professional Storage

No suitable storage location available
Extended storage (6+ months)
High-value eBike ($3,000+)
Moving/relocation
Want comprehensive service included

What Professional Storage Includes

Basic Storage ($50-$100/month):

Climate-controlled facility
Security
Insurance coverage

Premium Storage ($100-$200/month):

Climate-controlled facility
Security and insurance
Pre-storage tune-up
Monthly maintenance checks
Post-storage tune-up
Delivery service

Finding Professional eBike Storage

eBike specialty shops
High-end bike shops
Climate-controlled storage facilities
Check reviews and insurance coverage

Frequently Asked Questions

1. How should I store my eBike battery for winter?

Store your eBike battery at 40-60% charge in a climate-controlled indoor location (50-70°F/10-21°C). Never store in cold garages or hot attics. Remove battery from bike for long-term storage. Check charge level monthly and recharge to 50-60% if it drops below 40%. Storing at 100% or 0% causes permanent battery damage. Clean battery contacts before storage and apply dielectric grease. This proper storage can extend battery lifespan by 2-3 years.

2. Can I store my eBike in an unheated garage?

You can store the bike in an unheated garage, but you MUST remove the battery and store it indoors in a climate-controlled space. Cold temperatures (below 32°F/0°C) permanently damage lithium-ion batteries. The bike itself can tolerate cold, but protect it with a breathable cover, inflate tires to maximum pressure, and lubricate all moving parts before storage. Check monthly for moisture, pests, and tire pressure.

3. What charge level should I store my eBike battery at?

Store your eBike battery at 40-60% charge (approximately 50% is ideal). This charge level minimizes stress on lithium-ion cells and prevents degradation. Never store at 100% (causes lithium plating and accelerates capacity loss) or 0% (causes deep discharge and potential permanent damage). For batteries with bar indicators: 2-3 bars on a 5-bar display or 4-6 bars on a 10-bar display equals approximately 40-60%.

4. How often should I charge my eBike battery during storage?

Check your eBike battery charge level monthly during storage. If charge has dropped below 40%, recharge to 50-60%. Batteries self-discharge at 1-3% per month, so monthly checks prevent deep discharge. Set a calendar reminder for battery checks. For storage longer than 6 months, check every 2-3 weeks. Never let battery discharge to 0% as this causes permanent damage and may prevent the battery from charging again.

5. Will my eBike tires get flat spots during storage?

Yes, tires can develop flat spots if stored with low pressure for extended periods. Prevent flat spots by: (1) Inflating tires to maximum rated pressure before storage; (2) Hanging bike by frame (removes weight from tires); (3) Rotating tires monthly if bike is standing; (4) Removing wheels for very long-term storage (6+ months). Check tire pressure monthly and reinflate as needed. Flat spots are usually temporary and disappear after riding, but severe flat spots may be permanent.

6. Can I store my eBike outside?

Outdoor storage is not recommended but possible as a last resort with precautions: (1) MUST remove battery and store indoors; (2) Use high-quality waterproof breathable cover; (3) Elevate bike off ground; (4) Secure against theft with multiple locks; (5) Check weekly for moisture and damage. Outdoor storage risks weather damage, corrosion, theft, and component deterioration. Indoor storage is always preferable. Never leave battery on bike stored outdoors.

7. Do I need to start my eBike during winter storage?

No, you don't need to "start" or power on your eBike during storage. Unlike cars, eBikes don't need to run periodically. However, you should: (1) Check battery charge monthly and recharge if below 40%; (2) Check tire pressure monthly; (3) Inspect for pests or damage; (4) Rotate tires if not hanging. The battery is the only component requiring active maintenance during storage. When you're ready to ride, complete the post-storage checklist before your first ride.

8. How do I prepare my eBike for long-term storage?

To prepare for long-term storage (1-6 months): (1) Clean bike thoroughly and dry completely; (2) Charge battery to 40-60% and remove from bike; (3) Store battery indoors in climate-controlled space; (4) Inflate tires to maximum pressure; (5) Lubricate chain and all moving parts generously; (6) Clean and protect battery contacts with dielectric grease; (7) Cover bike with breathable cover; (8) Store in dry, temperature-stable location; (9) Set monthly reminders to check battery charge and tire pressure. See the complete preparation checklist above for detailed steps.

Conclusion

Proper eBike storage—especially battery storage—is essential for protecting your investment and ensuring reliable performance when you're ready to ride again. By following the guidelines in this guide, particularly the critical 40-60% battery charge rule and climate-controlled storage, you'll prevent expensive damage and extend your eBike's lifespan significantly.

Key Takeaways:

Store battery at 40-60% charge in climate-controlled indoor space (50-70°F)
Check battery charge monthly during storage, recharge if below 40%
Never store battery in cold garage or hot attic
Clean bike thoroughly before storage
Inflate tires to maximum pressure
Lubricate all moving parts generously
Use breathable cover to protect from dust
Complete post-storage checklist before riding

Make Storage Part of Your Routine:

Whether you're storing for winter, vacation, or just between rides, following these procedures becomes second nature with practice. The few minutes spent on proper storage preparation can save you hundreds of dollars in battery replacement costs and prevent frustrating problems when you want to ride.

Still Have Storage Questions?

Our community is here to help:

Post your storage questions in our Ask the Community [blocked] section
Share your storage solutions and tips
Get advice on specific storage challenges
Learn from experienced eBike owners

Related Guides:

eBike Troubleshooting & Maintenance: The Complete Guide [blocked] - Main pillar guide
How to Extend Your eBike Battery Life [blocked] - Battery care strategies
eBike Battery Not Charging? 7 Common Fixes [blocked] - Battery troubleshooting
How to Clean Your eBike: Step-by-Step Guide [blocked] - Pre-storage cleaning
Monthly Maintenance Checklist [blocked] - Regular maintenance schedule

Join the Discussion:

Have storage tips or lessons learned? Share in our General Discussion [blocked] or Ask the Community [blocked] sections!

Author: By William E Pearl, eBike Enthusiast since 2012
Last Updated: January 31, 2026

References & Sources

[1] Shimano - Hydraulic Disc Brake Service Manual
URL: https://si.shimano.com/
Official Shimano brake maintenance procedures, bleeding guidelines, and pad replacement instructions.

[2] SRAM - Disc Brake Maintenance Guide
URL: https://www.sram.com/en/service
SRAM hydraulic brake service, contamination prevention, and rotor cleaning procedures.

[3] Bosch eBike Systems - Maintenance Guidelines
URL: https://www.bosch-ebike.com/us/service/downloads
Official Bosch eBike cleaning and maintenance recommendations for electrical components.

[4] Battery University - "BU-702: How to Store Batteries"
URL: http://www.batteryuniversity.com/article/bu-702-how-to-store-batteries/
Research-backed guidelines for lithium-ion battery storage temperature and charge levels.

[5] Battery University - "BU-808: How to Prolong Lithium-based Batteries"
URL: http://www.batteryuniversity.com/article/bu-808-how-to-prolong-lithium-based-batteries/
Scientific research on optimal storage conditions (40-60% SOC) for battery longevity.

This guide is part of our comprehensive eBike maintenance series. For more troubleshooting guides, buying advice, and expert tips, explore our Resources & Guides [blocked] section.

Sources

[1] Park Tool [2] Battery University [3] Bosch eBike Systems [4] Shimano STEPS

Sources

[1] Park Tool [2] Battery University [3] Bosch eBike Systems [4] Shimano STEPS