2000 Peak Amp Lithium-Ion Jump Starter and Power Bank (2024)

The proper jumpstart power depends on your vehicle. Below are the key points that you should consider when selecting a jump starter.

• A smaller vehicle will require less cranking amps to start than a larger vehicle
• An older and/or improperly maintained vehicle will require more cranking amps than a similar vehicle that has been properly maintained
• Starting a vehicle in cold weather will require more cranking amps
• Deeper discharged battery levels will require more cranking amps to start

Additionally, please consider key performance features for your selection

• Cranking amps (or Starting Current/Amps) are the maximum power that a jump starter can produce. You can find this information on the product’s packaging and its product webpage.
• Choose a jump starter with a higher cranking amp rating than your battery’s Cold Crank Amps (CCA) rating. For example, if your vehicle’s battery is rated at 420 CCA, a fully-charged jump starter rated at 500A will ensure that you have enough power to start the vehicle even in cold weather.

There are two types of jump starters: Lead Acid and Lithium-Ion jump starters. Each battery type has advantages and disadvantages.

Lead Acid Jump Starters start at a lower price point and work well in cold weather. It is less energy dense, charges slower, and requires more maintenance than a Lithium-Ion battery.

Lithium-Ion Jump Starters start at a higher price point. They are more energy dense, lighter/more compact, and have a longer lifespan than jump starters with Lead Acid batteries. They also require less maintenance and charge faster than Lead Acid Jump Starters.

The internal battery of a jump starter requires proper maintenance to ensure that it performs as intended and to prolong its lifespan. Your jump starter may not charge if:

• The battery lifespan is nearing its end;
• The internal battery is in poor health;
• The power source, charging cable, or charger is damaged; or
• The battery is cold

Refer to the Owner’s Manual for maintenance instructions.

The battery is the key driver of the jump starter. To ensure that your jump starter performs as intended and has a long life, regularly inspect the jump starter’s battery charge status. Please consult the Owner’s Manual for operating and maintenance instructions. Your jump starter may have a reminder marking on the product or a sticker, while some models have the reminder built-in the system with a visual display and audible alert as the battery charge approaches low status.

• Inspect and check battery status every 3 – 6 months. Top off the battery charge level when it drops below 50%.
• A typical lithium life cycle is between 500 – 1,000 cycles or the equivalent of approximately 3-5 years of normal usage.
• When the battery becomes bad or is at the end of its service life, refer to the Owner’s Manual for services or replace the jump starter. Symptoms of a bad battery include the battery not charging, as indicated by the lack of LED indicators or LCD display showing a charge.
• Never recharge the battery when it is cold. Doing so may damage the internal battery. Refer to the recommended charging temperature range listed on the product or in the Owner’s Manual.
• Excessive use of the jump starter as a power bank can reduce its lifecycle.