Load profile review
Voltage and capacity are only starting points. Continuous load, peak current, charging method and duty cycle are reviewed together before finalizing the pack.
PRODUCT PHOTO STANDARD
Authentic product photography is required for this configuration.
Authentic product photography is being prepared for this exact configuration.
White / light-gray product stage · exact finished pack · readable project label18650 Battery Packs
Custom 18650 battery pack
3.7V 1S3P 10050mAh 18650 Battery Pack
11.1V 18650 Battery Pack Manufacturer
A representative 18650 lithium battery configuration for OEM project discussion. Final integration details are confirmed against the application, interface and target-market requirements.
3.7V1S3P10050mAh37.19Wh
- OEM / ODM project support
- Custom voltage & capacity
- Factory-direct supply discussion
- Global shipment review
Product overview
Built around an application brief, not an assumed catalog fit.
Technical specifications
Confirmed values first. Project-dependent details stay visible.
| Nominal voltage | 3.7V |
|---|---|
| Configuration | 1S3P |
| Nominal capacity | 10050mAh |
| Nominal energy | 37.19Wh |
| Cell format | 18650 cylindrical cell |
| Cell count | 3 × 18650 cells |
| Charging voltage | Confirmed per final project configuration |
| Dimensions | Confirmed per final project configuration |
| Weight | Confirmed per final project configuration |
| BMS and connector | Confirmed per final project configuration |
| Documentation applicability | Confirmed per final project configuration |
Engineering design considerations
Integration details affect the final battery pack.
Mechanical integration
Cell arrangement, cable exit, connector clearance and installation space are considered as one enclosure decision, not as separate afterthoughts.
Protection strategy
BMS functions and thresholds are selected against the application, selected cells, charger and expected operating environment.
Custom battery solution
Turn the electrical and mechanical brief into a battery pack.
PLUSENERG reviews the operating profile, installation envelope and product interface before a final configuration is issued. This keeps the pack aligned with the equipment rather than forcing the equipment around a generic battery.
- Voltage and capacity
- Pack dimensions and cell arrangement
- Connector, cable and pinout
- BMS and charging interface
- Housing and mounting details
- PLUSENERG label artwork
- 01Requirement
- 02Battery design
- 03Prototype
- 04Testing
- 05Mass production
Application fit
Discuss the operating context before selecting the final pack.
Portable equipment
Application suitability is reviewed against load, charging, installation space, thermal conditions and target-market requirements.
Robotics and mobile devices
Application suitability is reviewed against load, charging, installation space, thermal conditions and target-market requirements.
Industrial instruments
Application suitability is reviewed against load, charging, installation space, thermal conditions and target-market requirements.
OEM equipment integration
Application suitability is reviewed against load, charging, installation space, thermal conditions and target-market requirements.
Quality & documentation review
Documentation is validated against the finished configuration.
Requirements such as CE, RoHS, UN38.3, MSDS or other records are assessed for the final pack, relevant scope, transport route and destination market. A document related to another configuration is not presented as blanket approval.
Project specificationConfiguration reviewInspection criteriaShipment documentation
Factory capability
Dongguan Plusenerg Electronic Co.,Ltd
Assembly and inspection checkpoints are set against the approved product brief. The final process is based on the selected components, pack configuration and delivery documentation requirements.
- 01Battery assembly
- 02Cell selection review
- 03BMS functional check
- 04Aging / inspection plan
- 05Shipment inspection criteria
Technical buyer FAQ
Answers before a project discussion.
What does a 3S2P 18650 battery pack mean?
A 3S2P configuration uses three cell groups connected in series and two cells in parallel in each group. With standard lithium-ion cells, the arrangement has a nominal voltage of 11.1V. The parallel connections increase capacity and current capability, but the final behaviour still depends on the selected cells, BMS, connector and equipment load profile.
What is the charging voltage for an 11.1V 18650 battery pack?
A three-series lithium-ion battery pack normally uses a 12.6V charging voltage. The actual charger interface, charge current, BMS limits and connector must be confirmed against the finished configuration. A 12.6V nominal charger specification does not replace a project review of the charging system.
Can PLUSENERG customize an 11.1V battery pack?
Yes. PLUSENERG can review voltage, capacity, cell arrangement, physical dimensions, connector, BMS and label requirements as one battery-pack brief. The most useful RFQ includes the application, current demand, available installation space, charging method, quantity, target market and any existing battery photos or drawings.
Which applications may use a 3S2P 18650 battery pack?
An 11.1V 3S2P pack may be considered for portable equipment, service robots, industrial instruments and other OEM products. Suitability must be verified against runtime, peak current, charging arrangement, thermal environment, installation space and target-market documentation requirements.
How are dimensions and weight confirmed?
Dimensions and weight are confirmed only after the final cell selection, BMS, cable routing, connector, housing and installation constraints are agreed. This avoids offering a catalog dimension that cannot be maintained after engineering changes. A drawing or available battery compartment size accelerates this review.
Can the connector and wire length be customized?
Yes. Connector type, pinout, wire gauge and cable length can be specified for a project. The equipment-side mating connector, current demand, mechanical routing and polarity controls should be reviewed first. A photo of the equipment connector or an existing sample helps reduce interface risk.
Are CE, RoHS, UN38.3 or MSDS documents included automatically?
Documentation is not assumed from a generic battery image. Requirements such as CE, RoHS, UN38.3, MSDS or other project records are assessed for the final configuration, relevant product scope, destination market and transport route. The applicable documentation is confirmed during the project review.
How do I request a quote for this battery pack?
Use the Request a Quote form and share the application, desired quantity, installation space, continuous and peak current, connector, charging method, destination country and expected timeline. The team can then identify the technical questions needed to prepare a configuration and quotation discussion.
PLUSENERG project intake
Need a custom battery solution?
Send the application, quantity, installation space, power requirement and destination market. We will return with the next technical questions for a quotation review.
Contact PLUSENERG Engineer