The supplied SVOLT 5.2 Ah information describes a lithium-ion pouch cell for HEV evaluation, with separate references to brief charge and discharge demands. Two parameter groups give different peak-current ratings, so their relationship requires confirmation against the exact cell model and manufacturer test protocol. MisenBattery supports cell sourcing and custom pack evaluation using confirmed electrical limits, application loads, mechanical requirements and thermal conditions before integration.
01 5.2 Ah Pouch Cell for HEV Evaluation
Both supplied parameter groups identify a capacity of 5.2 Ah, while the first group names hybrid electric vehicles as the application. This provides a basis for an initial cell discussion for HEV projects. Confirm the exact SVOLT model, chemistry, nominal voltage and applicable specification before choosing a series configuration or estimating pack energy.
02 Charge Pulse Ratings Requiring Reconciliation
The first group lists 260 A, equivalent to 50C, for 10 seconds. The second lists 145 A, approximately 27.9C, for the same duration. These figures remain separate source claims until model identity and test conditions are confirmed. Temperature, SOC, repetition and recovery requirements must be established before either value becomes a pack operating limit.
03 Discharge Ratings with Distinct Source Claims
The first group lists 416 A, or 80C, for 10 seconds. The second lists 312 A, or 60C, for 10 seconds and 156 A continuous discharge. Preserve these distinctions during comparison. A confirmed manufacturer protocol is needed to determine which ratings apply, including voltage cut-offs, temperature limits, SOC and cooling requirements.
04 Defined Low-Temperature Discharge Test Point
The first group lists a 10-second peak discharge of 104 A, equivalent to 20C, at −35°C and 50% SOC. This is a specific cold-temperature reference for evaluating brief loads. It does not establish charging performance at −35°C, a continuous discharge limit or a full operating range; those require the applicable manufacturer specification.
05 Partial-SOC Cycle-Life Reference
The first group claims up to 35,000 cycles at room temperature using 3C charge and 3C discharge within 30%–80% SOC. At 5.2 Ah, 3C equals 15.6 A. Retention criteria and the cycle-count definition are not supplied. This partial-SOC result should not be described as 35,000 full-depth cycles or automatically assigned to the second group.
06 Dimensions and Resistance for Initial Planning
The second group lists dimensions of 5 × 210 × 84 mm, weight of 168 g and internal resistance no greater than 1.0 mΩ. These support preliminary mechanical discussions, subject to drawing and test-method confirmation. Verify dimensional axes, tab boundaries, tolerances, swelling allowance and resistance measurement conditions before enclosure tooling or cell matching.
Custom battery pack applications: MisenBattery supports SVOLT cell sourcing and custom pack evaluation for HEV projects, subject to confirmed model identity, specification reconciliation and application validation. Integration requires a compatible BMS, fuse protection, voltage and temperature sensing, validated tab-welding and interconnect processes, insulation, cell spacing, swelling allowance and suitable thermal and mechanical design. Confirm applicable CE, UN38.3, RoHS and UL documentation for the specific cell, pack and shipment; certification status is not established by the supplied parameter groups.
