36V 4.4Ah Electric Scooter Lithium Battery

Product Description

Twenty 2200mAh cells form the 36V 4.4Ah Electric Scooter Lithium Battery. Its 40mm-wide reference body is a key fit dimension in a narrow scooter deck, while the 4.4Ah capacity defines a relatively small energy reserve. Controller current, gradients and rider load affect performance. The conventional 10S platform uses a 42V full-charge reference; the actual charger must match the ordered battery and BMS.

Narrow Deck Installation

Compact electric scooters often have a narrow deck or frame cavity, which makes battery packaging just as important as nominal energy. The 188 × 40 × 68 mm standard reference gives customers a practical mechanical starting point, while the 10S2P arrangement keeps the pack relatively slim. In that design context, a 36V 4.4Ah scooter battery is most attractive when the scooter is expected to cover daily short- to medium-distance travel and the buyer wants to avoid the size and mass of a larger-capacity pack. The correct choice still depends on the actual battery bay, controller current, rider load, speed target and available charging routine.

Technical Specifications

Product Details

Twenty Cell Architecture

Twenty 18650 2200mAh cells connected as 10S2P create the 36V / 4.4Ah electrical platform and a nominal energy of 158.4Wh. This is a familiar lithium-ion architecture that is straightforward to package, protect and reproduce when the correct cell and BMS are fixed in the approved BOM. Buyers comparing a 36V 18650 scooter battery should therefore look beyond the 36V label and confirm cell quality, series-parallel structure, BMS thresholds and connector design. A clearly documented configuration makes sample approval easier and gives purchasing teams a repeatable reference for later production or replacement batches.

Controller Current

A small-capacity battery can still be asked to deliver demanding current during launch, acceleration or hill climbing, which is why BMS current should not be selected from capacity alone. New Journey reviews controller continuous current, peak current, rider load and expected duty cycle before finalizing protection settings and cable specification. When an OEM project uses a 10S2P scooter battery pack, the important commercial benefit is that the electrical platform can be configured around the scooter instead of relying on an unverified generic discharge claim. This reduces the risk of nuisance BMS trips, excessive voltage sag or overheated wiring after the battery is installed in the real vehicle.

Power and Charge Leads

The reference pack is shown with an XT60 output connector and a DC barrel charging connector, but scooter platforms can use different plug families, polarities and cable routes. New Journey can review XT60, XT90, Anderson and other interface options together with wire gauge, wire length and exit direction so the battery is easier to install in the intended deck or frame. For customers evaluating a 36V 4400mAh lithium battery, this interface work matters because a battery can be electrically correct and still fail the project if the plug does not mate, the cable bends sharply or the charging port is inaccessible. Freezing these details in the sample drawing reduces rework when the order moves to bulk production.

Capacity and Route Demand

The 4.4Ah capacity is best treated as a targeted compact solution. Actual riding distance varies with scooter efficiency, rider weight, speed, hills, tire condition, temperature and the usable SOC window, so New Journey does not use one fixed kilometer claim as a product guarantee. In projects where size is the limiting factor, a 4400mAh electric scooter battery can provide a practical balance between stored energy and enclosure volume. If the customer needs substantially longer riding time and the scooter has sufficient space, a 6.6Ah, 8.8Ah or other larger configuration may be more appropriate than forcing the 4.4Ah pack to serve a duty cycle it was not selected for.

Keep charging and power leads identifiable

The approved sample should record the DC charging connection, XT60 power connection and polarity at both ends. Inspect cable protection where the leads pass through the deck, then retain the selected charger profile with the batch specification.

Production and Handling Context

Discuss the Sample and Order

Send original pack dimensions, scooter controller and charging interface to New Journey for a 36V 4.4Ah Electric Scooter Lithium Battery quotation.

Compare 36V 4.4Ah Electric Scooter Lithium Battery with related models

FAQ

What should I compare before selecting 36V 4.4Ah Electric Scooter Lithium Battery?

rated capacity: 4.4Ah / 4400mAh for this model, compared with 7.8Ah / 7800mAh for 36V 7.8Ah Electric Scooter Lithium Battery; cell configuration: 10S2P for this model, compared with 10S3P for 36V 7.8Ah Electric Scooter Lithium Battery.

Which connection details should be fixed for this battery?

Output Connector: XT60 shown in reference image; XT90 / Anderson / other connector options available by project; Charging Connector: DC barrel connector shown in reference image; final charging interface configurable. The selected connector must match polarity, lead routing and the permitted load of the complete assembly. Where alternatives are listed, select the exact version in the order drawing.

Does the stated capacity guarantee a particular driving range?

It does not. Vehicle mass, gradients, speed, repeated starts and accessory loads affect energy use. Keep the original controller voltage requirements in view; a higher-capacity option is useful only if its physical and electrical limits fit the vehicle. Nominal Voltage: 36V; Rated Capacity: 4.4Ah / 4400mAh; Nominal Energy: 158.4Wh.

Is the voltage in this battery name enough to approve a replacement?

The electrical reference is Nominal Voltage: 36V. The controller or device must tolerate the full charge-to-discharge operating window, not only the nominal value. Include the original charger label and equipment voltage limits in the replacement review; similar product names do not establish interchangeability.