All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(1201 products available)
Electric scooter battery packs are categorized due to their specific construction and constituent material. Thus, selecting the right type will depend on performance, charging time, and lifespan.
Lithium-ion Battery
The dominant choice for an electric scooter battery pack 84v is the lithium-ion variety. Renowned for their light weight, high energy density, and low self-discharge characteristic, they are also firmer and retain more energy than other varieties. These batteries are applicable in more premium electric scooters since they have a protracted life cycle of almost 500 to 1,000 charge cycles. They charge quickly and can reach a full charge in approximately 4 to 8 hours.
Lithium Iron Phosphate (LiFePO4)
A variant of lithium-ion batteries, lithium iron phosphate (LiFePO4) batteries, although heavier, are noted for their elevated safety and lifespan. They are less flammable and provide a protracted life cycle, often exceeding 2,000 charge cycles. Though the energy density is lower, the extended lifespan and safety features make them a choice for long-term applications. The charging duration for LiFePO4 batteries is similar to other lithium-ion batteries, taking almost 5 to 10 hours.
Sealed Lead Acid (SLA) Battery
Accessible and less modern, sealed lead acid (SLA) batteries are heavier and have a lower energy density. However, it's cheaper to produce, making it affordable as a short-term option. They work conformably with older models of electric scooters. The lifespan of these batteries is significantly shorter, around 500 charge cycles, and charges slowly, taking up to 12-16 hours.
Nickel Metal Hydride (NiMH) Battery
Previously popular in hybrid cars, nickel metal hydride (NiMH) batteries have now been replaced by lithium-ion batteries. Nonetheless, these are seen in some older or lower-end electric scooters. They are safer, with a life cycle of about 1,000 charge cycles and charge times ranging from 6 to 8 hours. Their energy density is lower than lithium-ion batteries, and they are heavier and more expensive.
The 84V electric battery's longevity greatly hinges on its construction materials and design approach. Advancements in battery technology have brought forth diverse materials that augment durability and resilience against various weather conditions.
Outer Casing Materials
The outer casing of an electric scooter battery pack 84v is crafted from robust materials such as polycarbonate or aluminum. Polycarbonate is an exceedingly tough yet lightweight plastic that absorbs impact energy effortlessly. Aluminum, on the other hand, is resistant to rust and comes with an appealing light mass. Both materials conserve the cells from external factors and shield the battery from shock or impact.
Waterproof and Dustproof Design
Waterproofing is accomplished in SLA batteries through sealed construction with silicone adhesives, gaskets, or heat-retreated elastomers in aluminum cases. These methodologies aid in thwarting the ingress of moisture into the battery, thereby shielding the internal components. Dustproof design is equally imperative for batteries used in off-road or outdoor riding. A dustproof battery casing ensures that no harmful particles enter the battery compartment and disrupt its functioning.
Shock Absorption
Battery packs for electric scooters containing lithium, including lithium polymer and lithium iron phosphate, possess integrated mounting frameworks produced from rubber or elastomeric substances. The purpose of these frameworks is to absorb any shocks experienced by the battery during rides on uneven paths or terrains. These shock absorbers lessen the potential vibrations that travel from the scooter to the battery, conserving the cells from damage and hindering performance deterioration.
Temperature Control
Temperature flux, particularly extremes of heat or cold, affects battery lifespan and performance. Lithium-ion batteries possess thermal management systems like heat sinks or phase change materials (PCM) to control temperature. These materials absorb and release heat during changes in environmental conditions, thereby securing the battery within an optimal range. This is key when using the battery in extreme weather conditions.
Electric scooter battery packs are used commercially to give variations to operations, cost efficacy, and sustainability.
Delivery Services
Electric scooters are used in delivery services to transport food, parcels, and other small items over short distances. The 84V seal makes them powerful enough for city riding and heavy loads. The lithium-ion construction supports fast charging, enabling the batteries to deliver longer operational times without a break, thus enhancing delivery speed and efficiency.
Rental and Sharing Programs
The spread of electric scooter rentals and riding programs has transformed urban mobility. An 84V battery pack provides range and power to these scooters and ensures they ride across cities without frequently needing a charge. Battery swap stations enable fast and easy swaps for riders and keep operational downtime minimum.
Fleet Operations
Companies with large fleet operations, such as ride-hailing services, transit authorities, and logistics companies, adopt electric scooters for last-mile transportation or internal logistics. The high-capacity 84V battery packs confer extended range and enhanced power, making them appropriate for diverse uses. The low operational and maintenance costs of electric scooters also result in substantial savings for fleet operators.
Urban Mobility Solutions
City planners collaborate with private firms to incorporate electric scooter sharing into larger mobility systems. An electric scooter battery pack 84v serves as a strong energy source to facilitate innovative urban mobility. It diminishes traffic congestion, lowering carbon emissions and pollution.
Tourism and Hospitality
Tourist destinations assist scooters as a means of transportation for exploring attractions. The 84V battery packs allow tourists to explore places without frequently charging or running out of power. They remain a popular choice among backpackers due to their ease of use and handling, perfect for short to medium journeys.
Micro-Mobility Solutions
Electric scooters are an integral component of micro-mobility for short trips. Urban commuters can navigate with ease in traffic since they are compact and leave little carbon footprints. The strong 84V packs make them effective and applicable in diverse weather conditions.
Improper selection of 84V electric scooter batteries may cause ineffective results and operational shagginess. Below are several factors to consider when purchasing these batteries.
Type of Battery
Electric scooter batteries come in varied constituent materials. Lithium-ion is preferred, entailing high energy density and low self-discharge. Unfortunately, a sealed lead acid is cheaper but heavier and requires more time to charge.
Brand and Model Compatibility
The battery should be compatible with the existing equipment. Compatibility with the brand and model maintains battery efficiency.
Battery Maintenance
Different batteries, also known as maintenance models, need different maintenance. SLA batteries require regular topping off with water and checking for corrosion, while lithium-ion batteries need less maintenance and are easier to manage.
Weight and Size
Consumers should be assured that the size and weight of the battery are compatible with electric vehicles. Vehicle elegance holds varying battery size stipulations. Usually, the lithium-ion battery is more compact yet more energy-dense than the SLA battery.
Cost
Price must always be considered when selecting solutions for commercial use. SLA batteries are cheaper; unfortunately, they entail more operating and replacing costs in the long run. Lithium is more expensive but cheaper to operate.
Warranty and after-sales service
Credible electric scooter brands normally offer a battery warranty. Less companies and brands may do the same. It is important to comprehend the warranty stipulations. This includes care, replacement, and time damage claims.
The life span fluctuates depending on the battery type and usage circumstances. Lithium-ion batteries typically last between 1,000 and 2,000 charge cycles, while sealed lead-acid batteries last about 500 to 800 cycles.
Although some premium electric scooters use batteries, some EVs come with a detachable battery that won't function without the battery. The scooter won't deliver power to the motor if the battery is detached.
Extreme temperatures within a range occasionally decrease or increase the battery's efficiency. Cold happens to lower chemical reactions within the battery, thus efficiently slowing the rate. Heat ends up escalating battery charges, which may cause thermal strife or overcharging. Thus, maintaining a thermal system is ideal for insulation.
To keep the electric scooter battery in check, one needs to charge it regularly, not exposing it to extreme weather conditions. Always keep the battery at the recommended temperature range, avoid overloading the scooter, and store it in a cool and dry place when the battery is not in use.
Both motorcycle and scooter batteries produce the same voltages since both are designed for the same task, which is powering the vehicle. There can be slight variation in dimensions. The watt hours play a role in weather batteries can fit well in vehicles.
