SuperCap vs Lithium Jump Starter
Super Capacitor Jump Starter
Super Capacitor
Physical Reaction
External Power Supply: 0-40 minutes
Car Battery: 2-10 minutes
Car Battery: 2-10 minutes
100,000 Charge-Discharge Cycles
-40℃~80℃
★★★★★
No Risk of Bulging/Combustion/Explosion
No Risk of Bulging/Combustion/Explosion
Maintenance-free; ultra-low self-discharge
Delivers stable high current even in low temperatures
10+ years with almost zero self-discharge
Can self-charge even when the car battery is as low as 5V
Eco-friendly, no chemical pollution
Higher upfront cost, lower long-term cost
Lithium Polymer Jump Starter
Lithium Battery
Energy Storage Material
Chemical Reaction
Energy Storage Method
External Power Supply: 2-9 hours
Car Battery: 2-10 minutes
Car Battery: 2-10 minutes
Charging Speed
500-2000
Cycle Life
-15℃~40℃
Operating Temperature
★★★☆☆
Risk of combustion/explosion at high temperatures/overdischarge prevention required
Risk of combustion/explosion at high temperatures/overdischarge prevention required
Safety
Must be recharged every few months; self-discharge occurs
Maintenance
Strongly affected by temperature, battery health, and remaining power
Instant Peak Current
Requires recharging every 3–6 months
Shelf Life / Standby
Requires sufficient internal battery charge; unreliable in cold weather
Reliability
Chemical cells require careful recycling
Environmental Safety
Lower price, but shorter lifespan
Cost
Applicable Vehicle Model
It is compatible with a wide range of vehicle models, covering over 99%
of 12V/24V gasoline and
diesel vehicles on the market, including trucks and construction machinery vehicles.
Sedan
SUV
Business Vehicle
Instructor Vehicle
Recreational Vehicle
Diesel Vehicle
Truck
Engineering Vehicle
Ship
* Not compatible with plug-in charging vehicles
APP Intelligent Monitoring
Battery Health Status Alert
Key Battery Data
Smart Detection
Abnormality Alerts and
Maintenance Early Warnings
Manual Override
Dual Assurance
AI Smart Learning
Driving Habits
Constantly Records and
Stores Battery Health Data
Minimalist Installation
in Just 4 Steps
No Harm to the Vehicle, No Wiring Modification, Even Beginners with
Zero Experience Can
Install, Long-term Protection for Battery Health
1
Open the car engine compartment to locate the car
battery.
2
Connect the wires:
Red to the positive terminal,
Black to the negative terminal.
Red to the positive terminal,
Black to the negative terminal.
3
Secure the product with a cable tie.
4
Connect via Bluetooth and start the vehicle to test if it
works.
Vehicle Compatibility
Mainstream sedans/SUVs below 3.0L and 2.5T
Large-displacement sedans/SUVs below 3.5L and 3.0T
Large-displacement sedans/SUVs/performance cars below 6.0L and 6.0T
Trucks/large trucks/buses below 8.0L and 8.0T
Average power
consumption
consumption
3mA
3mA
3mA
3mA
Discharge current
700A
1000A
1300A
1300A
Charging time
3~22minutes
Type-C(5V/2A): 3~50minutes
Type-C(5V/2A): 3~50minutes
3~22minutes
Type-C(5V/2A): 3~50minutes
Type-C(5V/2A): 3~50minutes
3~10minutes
Type-C(5V/2A): 3~40minutes
Type-C(5V/2A): 3~40minutes
3~13minutes
Type-C(5V/2A): 3~67minutes
Type-C(5V/2A): 3~67minutes
number of charge
and discharge cycles
and discharge cycles
500,000 cycles of charging and discharging
100,000 cycles of charging and discharging
Faqs
Why can super starter extend battery life?
The starter has much lower internal resistance than the car battery. At startup, current flows
through the starter, which undertakes high-current discharge. The car battery "avoids heavy
work", greatly extending its life
How to operate super starter?
No operation is needed after installation; start the engine directly, and the starter works
fully automatically
Is super starter suitable for cars not used for a long time? Will the starter drain the
battery?
Yes, it is suitable; the average power consumption of the starter is only 3mA (much lower than
the car's self-discharge, negligible), and the engine can start normally as long as the battery
voltage exceeds 5V
If the car battery is dead, can the starter be installed without replacing the
battery?
The starter only solves the problem of starting the engine; when the battery is dead, its
power/voltage is low, and some on-board systems will detect the low voltage, prompt a fault, and
may disable functions, so it is recommended to replace the battery
What if the starter fails to start the car?
1. Check whether the positive and negative connections are correct and free of looseness
2. Check the starter's power (it is recommended to be ≥80%)
3. The engine must be started within 10 seconds when using forced starting/manual discharge
How to wake up the starter when it is in hibernation?
1. After installation, it enters hibernation (indicator lights go out) after standing for 20
minutes, and can be woken up when vibration or voltage change is detected;
2. Normal engine startup can wake up the hibernating starter
How to choose the corresponding starter for 12V and 24V cars?
12V vehicles should use 12V starters (24V starters are not applicable), and 24V vehicles should
use 24V starters (12V starters are not applicable); they cannot be mixed.
Will the starter self-ignite if installed on the car for a long time?
The product contains no batteries at all, so it will not self-ignite and has high safety; do not
install it in the high-temperature area of the engine