1–2 Hour Charging
The category page states a 1–2 hour charging time for Polinovel electric vehicle lithium batteries. For commercial fleets, that makes charging during planned operating breaks more practical than scheduling vehicles around long lead-acid recharge windows.
Up to 60% Weight Reduction
The page states that replacing lead-acid packs can reduce battery weight by up to 60%. Lower battery mass can improve vehicle efficiency and maneuverability, but final weight reduction depends on the original lead-acid configuration and the selected lithium model.
More Than 4,000 Cycles
Polinovel publishes a cycle-life figure of more than 4,000 cycles for the EV battery range. Sourcing managers comparing total ownership cost can therefore evaluate purchase price alongside replacement frequency rather than treating initial battery cost as the only metric.
Electric Vehicle Lithium Batteries with Smart BMS and Application-Specific Protection
Protection architecture is especially relevant when batteries are used in golf carts, UTVs and ground support equipment rather than stationary applications. Multiple products in this collection specify BMS protection against conditions including overcharge, over-discharge, overcurrent, excessive temperature and short circuit. The 48V 212Ah GOLF51212 additionally lists a 400A BMS, while several golf cart and UTV products incorporate LED status displays for operator visibility.
Environmental requirements also differ by vehicle. The LEV144160, Golf73105 and Golf51105 product summaries specifically state IP67 protection. Buyers sourcing for outdoor fleets should therefore compare the stated protection level of the exact SKU rather than assuming every electric vehicle lithium battery uses the same enclosure rating.
Drop-In LiFePO4 Electric Vehicle Lithium Batteries for Common Golf Cart Platforms
Polinovel states compatibility with Club Car, E-Z-GO, Yamaha, Evolution and ICON platforms and reports field deployments on these vehicle families. Standard terminals are intended to fit many existing wiring arrangements, but fitment should still be checked against the cart model, controller and available battery compartment.
This matters most on older conversions. The page notes that LiFePO4's relatively flat discharge curve works best with compatible controller settings; legacy DC-drive carts may deliver softer top-end performance unless the controller can be retuned. A sourcing request should therefore include the vehicle brand and model, controller voltage limits and operating climate instead of specifying only “48V golf cart battery.”
A 48V 105Ah LiFePO4 configuration is stated as 51.2V nominal and approximately 5.4kWh, with up to 95% usable capacity. Use these published figures when checking energy requirement and controller compatibility for a 48V conversion.
OEM Electric Vehicle Lithium Batteries for Vehicle Manufacturers and Distributors
For sourcing managers and product engineers who cannot use an existing SKU unchanged, Polinovel's category page states an OEM/ODM customization range of 24V–144V and 80Ah–800Ah. Customization can cover battery casing, connectors and communication protocol, allowing the battery specification to be aligned with the electrical interface and available installation space of the vehicle.
What to Provide for an OEM Battery Review
Start with the vehicle type, required system voltage, controller low/high-voltage window, required runtime, battery compartment dimensions, connector requirements and operating temperature. For a lead-acid conversion, also identify whether the vehicle uses an AC or legacy DC drive so the battery and controller can be checked as a system.
Private-Label Electric Vehicle Lithium Batteries
Polinovel states that private-label programs can include logo, housing color, product label, carton and manual. This allows distributors and vehicle brands to specify both the battery configuration and outward branding rather than sourcing an unbranded standard pack and relabeling it after import.
Electric Vehicle Lithium Battery MOQ, Prototype Timing and Commercial Terms
| Buyer Question | Published Information | Procurement Implication |
|---|---|---|
| MOQ | The category page describes MOQ as flexible; no fixed numerical minimum is published. | Confirm quantity against the selected standard SKU or custom configuration at quotation stage. |
| Prototype / production timing | Custom and OEM projects are stated to move from prototype to mass production in about 4 weeks. | Use four weeks as the published project-level reference, not as a guaranteed sample-only or shipping lead time. |
| Initial response | Inquiries are stated to receive a response within 12 hours. | Include complete technical information in the RFQ to make the first engineering review actionable. |
| Drawing support | No separate drawing-review turnaround is published on this category page. | Provide compartment dimensions and interface requirements and define drawing deliverables in the quotation. |
| Tooling ownership | No tooling-ownership term is published on this category page. | If a custom enclosure requires project-specific tooling, document ownership and reuse terms before authorization. |
| Private label | Logo, color, label, carton and manual customization are stated as available. | Define branding files, packaging language and artwork approval responsibility before bulk production. |
Electric Vehicle Lithium Battery Manufacturing Experience for B2B Programs
Polinovel's published category information states more than 12,000 battery packs delivered across more than 80 countries and more than 100 partnered brands. For a sourcing team, those figures are most useful as evidence that the supplier has handled export-oriented battery projects rather than as a substitute for project-specific validation.
12,000+
Battery packs delivered
80+
Export countries
100+
Partnered brands
Before a purchase order, request the drawings, test documentation and certification evidence applicable to the exact battery configuration being quoted. This is particularly important for customized packs because voltage, casing, connector and communication-protocol changes can affect the final validation scope.
UL, CE, IEC and UN3480 Information for Electric Vehicle Lithium Batteries
The Polinovel category page states that its battery packs are tested to UL, CE and IEC requirements and that batteries are shipped as UN3480 Class 9. It further distinguishes UL 2271 as relevant to light electric vehicle battery systems such as many golf carts and low-speed vehicles, while UL 2580 can apply to higher-performance or street-legal EV battery applications.
UL Testing Scope
For a buyer, the practical question is not simply whether “UL” appears in a supplier description. Confirm whether UL 2271 or UL 2580 is relevant to the intended vehicle and market, and obtain the applicable evidence for the exact battery being purchased.
CE and IEC Testing
The category page states testing to CE and IEC requirements. For procurement approval, match the declaration or test documentation to the final battery specification, particularly when an OEM project changes voltage, enclosure or interfaces.
UN3480 Class 9 Shipping
The page states that Polinovel lithium batteries ship as UN3480 Class 9. This classification is relevant to international transport planning and should be confirmed together with the shipping documentation for the specific order.
Cold-Climate Configuration
Standard packs are stated to charge from 0°C to 60°C. For sub-zero charging applications, Polinovel lists a self-heating option down to −40°C, so climate requirements should be stated before configuration and quotation.
Electric Vehicle Lithium Batteries Buyer FAQ
Which electric vehicle lithium battery voltage should I select?
Match the battery to the vehicle system voltage and controller voltage window first, then select capacity according to required runtime. Products on this page include 36V, 48V and 72V golf cart batteries, 96V and 144V utility vehicle batteries, and an 83.2V airport GSE battery.
Can Polinovel manufacture OEM or private-label electric vehicle lithium batteries?
Yes. The published customization range is 24V–144V and 80Ah–800Ah, with options for casing, connectors, communication protocol and branding. Private-label scope can include logo, housing color, label, carton and manual.
What is the MOQ for custom electric vehicle lithium batteries?
Polinovel describes its MOQ as flexible but does not publish a fixed numerical minimum on this category page. The applicable MOQ therefore needs to be confirmed against the selected standard model or custom specification when the RFQ is reviewed.
How long does a custom EV lithium battery project take?
The category page states that custom and OEM packs can move from prototype to mass production in about four weeks. It does not publish a separate sample-only lead time, so prototype approval, production and shipping milestones should be stated separately in the commercial quotation.
Can these LiFePO4 batteries replace lead-acid golf cart batteries?
They are presented as drop-in replacements for many Club Car, E-Z-GO, Yamaha, Evolution and ICON platforms. Confirm the controller voltage window first: a nominal 48V LiFePO4 pack runs at 51.2V, and older DC-drive systems may require controller tuning to work well with LiFePO4's flat discharge curve.
Which battery certifications should a B2B buyer verify before ordering?
Polinovel's category page states testing to UL, CE and IEC requirements and UN3480 Class 9 shipping. UL 2271 is identified for many light electric vehicle battery systems, while UL 2580 may apply to higher-performance or street-legal EVs; verify the exact standard and documentation required for your model and destination market before the PO.
Request an Electric Vehicle Lithium Battery Configuration Review
For a useful factory quotation, provide the vehicle type and model, system voltage, controller voltage window, required runtime, battery-compartment dimensions, connector/interface requirements, operating temperature and expected order quantity. Polinovel can then determine whether a listed golf cart, UTV or airport GSE model fits the project or whether an OEM/ODM configuration is required.
