18.50Wh in a Shorter Route
The 5000mAh target supports extended use while keeping length below the 965086 and longer alternatives.
3.7 V Lithium Polymer Battery
3.7 V 5000mAh Lithium Polymer Battery 115080
The 115080 lipo battery supplies a 5000mAh rated capacity in an 11mm × 50mm × 80mm pouch. Its approximately 18.50Wh reference is aimed at products that need high reserve and can accept an 11mm stack-up with a shorter length.
115080 LiPo Battery Reference11mm × 50mm × 80mm Format
3.7 V · ≈18.50WhProduct Snapshot
A 5Ah Reference for High-Capacity Portable Systems
The 115080 favors capacity and a shorter length over a thinner package. The 50mm × 80mm plan area can be easier to allocate when the enclosure has depth available.
11mm Depth Is the Central Trade-Off
Review the finished stack-up, cushioning, protection and product mass before choosing this format.
5000mAhRated Capacity
18.50WhCalculated Energy
11mmCell Thickness
50mm × 80mmPlan Area
Technical Data
115080 LiPo Battery Specifications
The table separates confirmed configuration data from calculated electrical references so the 115080 format can be reviewed quickly during product planning.
| 115080 Mechanical and Electrical Specifications | |
|---|---|
| Product Number | 115080 |
| Nominal Voltage | 3.7 V |
| Rated Capacity | 5000mAh |
| Battery Dimension | 11mm × 50mm × 80mm |
| Approximate Battery Weight | Approx. 100g |
| C-Rate | 1C |
| Internal Resistance | 40mΩ |
| Calculated Electrical References | |
| Standard Charge Current | Approx. 2500mA |
| Rapid Charge Current | Approx. 5000mA |
| Standard Discharge Current | Approx. 1000mA |
| Maximum Discharge Current | Approx. 5000mA |
| Calculated Energy | Approx. 18.50Wh |
Approximate weight uses the approved 3.7 V LiPo family reference. Current and energy values are calculated planning references; internal resistance is a supplied reference, not a universal performance limit; confirm the final charger, protection and load specification for the finished battery.
Product Characteristics & Advantages
High-Capacity Battery for a Shorter 50mm-By-80mm Route: Why Evaluate the 115080 LiPo Battery?
The 115080 is a high-capacity reference for designs that trade depth for a shorter battery route. Its 18.50Wh energy and approximately 100g family weight require a careful mechanical review, while 40mΩ frames higher-load planning.
The 115080 is a high-capacity reference for designs that trade depth for a shorter battery route. Its 18.50Wh energy and approximately 100g family weight require a careful mechanical review, while 40mΩ frames higher-load planning. The calculated electrical references provide a structured starting point for charger, load and protection discussions, while the final battery remains a configurable OEM design.
18.50Wh for a Defined Operating Target
Use the calculated energy to compare the product load, standby interval and desired recharge schedule.
11mm × 50mm × 80mm for Enclosure Planning
Review the cell envelope with cushioning, protection, retention and cable access before releasing the battery bay.
5000mAh for High-Capacity Charger Review
Compare the capacity-derived current references with the completed charger and protection system.
40mΩ for Power-Path Discussion
Use the listed internal-resistance reference with peak current, wiring, connector and temperature during validation.
Qualified Low-Temperature Evaluation
Confirm usable capacity, charging limits and cold-start behavior at the actual required operating condition.
Battery Calculation
Check 115080 Energy and Estimated Runtime
Use the prefilled 115080 values or enter your own load assumptions for a quick energy and runtime estimate.
LiPo Battery Capacity Calculator
Energy is calculated from nominal voltage and capacity. Runtime uses the entered load power and an adjustable efficiency assumption.
Approx. 2500mA is the approximate standard-charge reference for 5000mAh.
18.50WhEstimated Energy
—Estimated Runtime
—Ideal Charge Time
How to Use the Result
The 115080 reference values are prefilled: 3.7 V, 5000mAh and a standard-charge reference of approximately 2500mA. Adjust the load power and efficiency to compare operating scenarios; the calculator does not infer safe limits from capacity alone.
- Energy = voltage × capacity ÷ 1000
- Runtime estimate = energy × efficiency ÷ load power
- Ideal charge time = capacity ÷ entered charge current
- Actual runtime depends on load profile, temperature, cutoff and system losses
Use the result for early comparison, then confirm the charger, protection, connector and final battery specification through sample testing.
Integration Guidance
Balance the 115080 Depth Against Its 18.50Wh Reserve
Review 11mm thickness, 50mm × 80mm area, approximate mass and energy together with enclosure, load, charger, protection and temperature.
Shorter Route
A shorter 80mm length may simplify placement, but the 11mm stack-up can affect depth and thermal paths.
Weight and Retention
Include the approximate mass in mounting and product-balance decisions.
Usable Capacity
Validate cutoff, load and temperature behavior before turning nominal energy into a runtime promise.
The stated dimensions and calculated values are reference inputs for design planning. Confirm the finished battery drawing, tolerance, protection, connector and test conditions before production release.
Applications & Solutions
Applications for the High-Capacity 115080 LiPo Battery
The 115080 is relevant to portable systems where an 18.50Wh target and a shorter 50mm × 80mm route matter more than a thin stack-up.
01Power Banks
The 11mm × 50mm × 80mm format can be compared with high-capacity power banks where energy reserve and enclosure depth are primary decisions.
View Power Bank Battery Solutions →
02Portable Printers
The energy reference may suit larger printers that need repeated sessions and a shorter battery route.
View Portable Printer Battery Solutions →
03Security Cameras
The 5Ah target can support a longer-interval camera review when the pocket, mass and wireless duty cycle are acceptable.
View Security Camera Battery Solutions →These application paths are starting points for OEM evaluation. Final suitability depends on actual load, runtime, temperature, protection, connector and assembly requirements.
Related Technical Articles
Guidance for 115080 Battery Selection
Use these technical guides to connect low-temperature operation, current demand and energy planning with the finished battery specification.
Energy PlanningWhat Is Energy Density in a Lithium Polymer Battery?
Relate the 115080 calculated energy to its physical envelope, device load and target operating interval.
Read the energy planning guide →
Operating ConditionsHow Temperature Affects the Performance of a LiPo Battery
Use this guide when validating the 115080 configuration for low-temperature operation, charging and capacity retention.
Read the operating conditions guide →
ProtectionWhy Do LiPo Batteries Explode and How to Prevent It
Apply protection, charging and handling guidance when integrating the 115080 pouch cell into production equipment.
Read the protection guide →OEM Battery Support
Review the 115080 High-Capacity Package with ZERNE
Share the 11mm depth, 50mm × 80mm area, weight budget, runtime, charger and temperature range so the format can be reviewed accurately.
Useful RFQ Inputs
Include the conditions that determine whether this reference is suitable for the finished product.
- Target runtime and duty cycle
- 5000mAh energy target and load profile
- 11mm depth and 50mm × 80mm pocket
- Low-temperature operating and charging range
- Connector, protection and cable arrangement
- Forecast quantity, samples and documentation
When the Standard Format Needs Adjustment
ZERNE can review capacity, dimensions, protection, connector and temperature requirements when the 115080 configuration does not match the device.
Discuss a Custom BatteryFAQ
115080 LiPo Battery Questions
Find answers about the 115080 3.7 V 5000mAh lithium polymer battery, including its dimensions, energy reference, current calculations, internal resistance and low-temperature evaluation.
What are the dimensions of the 115080 LiPo battery?
The 115080 reference is 11mm × 50mm × 80mm in thickness × width × length order. Add room for cushioning, leads, connector and retention in the finished pocket.
How much energy does the 115080 battery provide?
At 3.7 V nominal voltage and 5000mAh rated capacity, the calculated energy is approximately 18.50Wh before cutoff, load, temperature and system losses.
What current references are shown for 115080?
The table provides Approx. 2500mA standard charge, Approx. 5000mA rapid charge, Approx. 1000mA standard discharge and Approx. 5000mA maximum discharge references. Confirm final safe limits for the completed battery.
What is the main 115080 packaging trade-off?
115080 favors a shorter 80mm route but needs 11mm depth and an approximate 100g family weight reference; review the complete assembly and housing.
Can ZERNE review the 115080 format for a cold-weather product?
Yes. Share the operating and charging range, runtime, load profile, connector, protection requirements and quantity so ZERNE can define an appropriate validation path.
Technical Inquiry
Discuss the 115080 High-Capacity Battery with ZERNE
Share the pocket, depth, operating interval, mass limit, charger and temperature range so the 18.50Wh configuration can be assessed.
- 18.50Wh target and runtime
- 11mm depth, 50mm × 80mm bay
- 40mΩ, charger and peak current
- Weight, protection and cold-weather validation