Compare specifications, prepare RFQ inputs, and review sizing trade-offs before finalizing lithium cells and battery packs. Spec figures on the comparison page serve as engineering reference parameters.
Technical guides
Selection Guides
Prepare a custom battery pack RFQ with application, voltage, capacity, current, runtime, envelope, BMS, connector, charger, environment, certification, validation, and quantity inputs.
Read guide →Selection Guides
A comprehensive engineering guide to selecting between 18650, 21700, and 32700 cylindrical cells based on mechanical envelope, chemistry (NMC vs LiFePO4), continuous vs pulse discharge currents, and thermal dissipation constraints.
Read guide →Selection Guides
Evaluate UAV battery weight, usable energy, payload, hover power, reserve margin, discharge efficiency, and mission profile instead of assuming a larger battery always increases flight time.
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Choose 48V or 72V for warehouse robots and AMR by current, cable heating, motor and controller ecosystem, and when to open a 72V product route versus a 48V smart-module path.
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An engineering guide to selecting between 6S, 12S, and 14S UAV battery architectures based on propulsion system voltage limits, ESC thermal thresholds, hover-to-peak current profiles, and maximum takeoff weight (MTOW) constraints.
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A comprehensive technical comparison between 48V (15S) and 51.2V (16S) LiFePO4 energy storage systems, covering inverter operating voltage windows, usable kWh energy delivery, BMS communication protocols, and parallel expansion architectures.
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Engineering comparison between 48V/51.2V low-voltage ESS packs and series-connected high-voltage battery modules for residential and C&I energy storage architectures.
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Clarify engineering boundaries and delivery layers between finished battery systems, battery-side designs with Staricell BMS, and modular hardware for buyer BMUs.
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How a frozen module interface enables energy storage scalability across residential stacks, C&I cabinets, and containers while maintaining tool and process reuse.
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Review UN-certified export packaging, Class 9 hazard labeling, 4D crate specifications, UN38.3 test summaries, and customs declaration requirements for industrial lithium packs.
Read guide →Related tools & references
Compare cells and packs by planning-band voltage, capacity, discharge, BMS, and typical applications—not verified stock specs.
Procurement notes
Global buyers usually confirm shipment files before sampling or volume delivery.
European OEM programs usually need documentation planning earlier with the importer and engineering team.
Custom cell or PACK programs should clarify engineering inputs before quotation.
Project quote
Share voltage, capacity, application, quantity, target market, enclosure needs, and certification targets. Our team will map the pack architecture and quote path.
