3.70Wh Calculated Energy for Longer Device Operation
This 3.7 V lithium polymer battery provides a starting point for runtime planning in trackers, portable instruments, connected devices and other products with a higher energy budget.
3.7 V Curved Lithium Polymer Battery
3.7 V 1000mAh Lithium Polymer Battery 982050
The 982050 lipo battery combines 3.7 V nominal voltage, 1000mAh capacity, a 10 mm × 20 mm × 50 mm pouch envelope, a 1C charging rate and 80mΩ internal resistance. Its compact high-capacity format provides approximately 3.70Wh of calculated energy for curved or space-constrained electronic products that need a stronger energy reserve without using a 100 mm battery channel.
98205020 × 50 mm10 mm profile
1000mAh LiPo982050 reference format
982050 Curved LiPo BatteryNeutral reference visual for moderate-capacity compact curved format
3.7 V · 3.70 WhProduct snapshot
A 1000mAh LiPo Format for Compact High-Capacity Layouts
The 982050 LiPo battery combines 1000mAh capacity with a 10 mm × 20 mm × 50 mm pouch envelope. Its moderate length and higher energy reserve provide a practical comparison point between short compact cells and much longer linear formats. See the curved lithium polymer battery range when comparing nearby formats.
50 mm Length for a Balanced Enclosure Layout
The listed 10 mm thickness, 20 mm width and 50 mm length help engineering teams review a compact battery pocket without committing to a long linear cell.
3.7 VNominal voltage
≈3.70WhCalculated energy
10 mmBattery thickness
50 mmBattery length
Technical data
982050 Battery Specifications
The 982050 lipo battery combines a 3.7 V nominal voltage, 1000mAh capacity, 1C charge rate and 10 mm × 20 mm × 50 mm dimensions for compact higher-energy electronics and curved-battery integration evaluation.
| 982050 Mechanical and Electrical Specifications | |
|---|---|
| Product number | 982050 |
| Nominal voltage | 3.7 V |
| Rated capacity | 1000mAh |
| Charge rate | 1C |
| Battery dimensions | 10 mm × 20 mm × 50 mm |
| Internal resistance | 80mΩ |
| Calculated Electrical References | |
| Standard charge current | Approx. 500mA |
| Rapid charge current | Approx. 1000mA |
| Standard discharge current | Approx. 200mA |
| Maximum discharge current | Approx. 1000mA |
| Calculated energy | Approx. 3.70Wh |
The 982050 lithium polymer battery is listed at 3.7 V, 1000mAh, 1C charging, 10 mm × 20 mm × 50 mm and 80mΩ internal resistance. Confirm charging, discharge, protection, connector and curved-device integration information for your intended product and operating conditions.
Product characteristics & advantages
Why Evaluate the 982050 1000mAh Curved LiPo Battery?
The 982050 model brings together a 3.70Wh calculated energy budget, 10 mm profile, 20 mm × 50 mm footprint, 1000mAh capacity and 80mΩ internal resistance. Its main design value is a compact high-capacity layout that avoids the length of a linear 100 mm cell.
The 982050 lithium polymer battery is intended for OEM teams that need a meaningful energy reserve within a moderate-size battery pocket. Its approximately 3.70Wh calculated energy supports early comparisons of longer reporting intervals, regular sensing and repeated communication cycles. The 20 mm × 50 mm footprint provides a compact packaging reference, while the 10 mm thickness defines the enclosure-depth conversation. The listed 1C charge rate and 80mΩ internal resistance provide starting points for charger matching and voltage-drop evaluation. Confirm the final battery construction, connector, protection design and curved-device requirements.
1000mAh for Higher-Runtime Planning
The 1000mAh capacity and approximately 3.70Wh calculated energy help compare longer service intervals and active operating demands in selected compact OEM devices.
20 mm × 50 mm for Balanced Layouts
The moderate footprint provides a compact alternative to long battery strips. Review retention, cable exit, enclosure tolerance and service access.
10 mm Thickness for Defined Enclosure Depth
The 10 mm profile helps establish available depth around the pouch cell. Include cushioning, protection components and adjacent parts in the enclosure review.
80mΩ for Load and Voltage-Stability Evaluation
The listed internal resistance provides an initial reference for load discussions. Test the finished battery configuration under the intended operating conditions.
Curved Battery Category for Shaped Product Concepts
982050 is included in ZERNE's curved lithium polymer battery range. Confirm the suitable construction, assembly method, protection and final device integration requirements.
Battery calculation
Check Capacity, Energy and Estimated Runtime
Use the prefilled 982050 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.
Runtime and charge time are estimates, not guaranteed product performance.
3.70WhEstimated energy
6.66hEstimated runtime
1.00hIdeal charge time
How to Use the Result
The 982050 values are prefilled: 3.7 V, 1000mAh and an approximate 1000mA current derived from the listed 1C charge rate. Adjust the load power and efficiency to compare different operating scenarios.
- Use the displayed energy reference for an initial runtime comparison.
- Compare the estimate with measured device load and system efficiency.
- Review charger settings and protection limits for the finished configuration.
- Temperature, resistance growth and cutoff conditions affect actual performance.
Use the result as an initial estimate, then discuss sample testing, charger validation and the final battery specification with ZERNE.
Integration guidance
Plan the 982050 Battery Around a Moderate Compact Pocket
The 982050 battery should be evaluated as part of the finished device: reserve the 20 mm × 50 mm footprint, allow for the 10 mm depth, match the 1C charge rate and review the construction requirements for the curved product design.
Reserve the 20 mm × 50 mm Battery Area
Allow space for the pouch cell, enclosure walls, cushioning, retention features, cable exit and service access around the compact footprint.
Integrate the 10 mm Profile Into the Enclosure
Check enclosure depth, compression risk and adjacent components around the higher-capacity pouch cell before finalizing the mechanical stack-up.
Confirm the Final Shaped-Device Construction
Discuss the required form factor, bend or contour conditions, protection, connector exit and assembly method with ZERNE before freezing the product enclosure.
Applications & Solutions
Applications for the 982050 1000mAh Curved LiPo Battery
The 982050 format is best evaluated against application-specific pocket geometry, energy demand and device shape rather than a generic category. These three paths reflect its 10 mm × 20 mm × 50 mm envelope and 1000mAh capacity.
01Industrial GPS Tracking Devices
The 10 mm × 20 mm × 50 mm envelope can be compared with compact tracking housings that need a defined battery channel, antenna clearance and a 3.70Wh runtime reference.
Explore Industrial GPS Tracking Devices →
02Smart Door Locks
The 1000mAh format can be reviewed for connected lock electronics when the enclosure has room for a deeper pouch beside the latch, controller and cable exit.
Explore Smart Door Locks →
03Smart Watches and Wearables
Use the 3.70Wh reference as an early comparison for larger wearable electronics only after housing depth, retention, duty cycle and heat path are checked.
Explore Smart Watches and Wearables →These application paths are starting points for OEM evaluation. Final suitability depends on actual load, runtime, temperature, protection, connector and assembly requirements.
READY FOR A FIT REVIEW?
Request a Technical Review →Confirm the 982050 Battery Fit
Share the finished-device pocket, load profile and temperature conditions to receive a focused recommendation for this 1000mAh format.
Related Technical Articles
Technical Guidance for Selecting a 1000mAh Curved LiPo Battery
Use these resources to connect the 982050 geometry and energy target with temperature effects, current demand, energy planning and safe operation.
Temperature PlanningHow Temperature Affects the Performance of a LiPo Battery
Understand how temperature changes capacity, resistance, charging and usable LiPo battery performance in the finished device.
Read the Temperature Guide →
Current DemandWhat Is the C Rating of a LiPo Battery and Why It Matters
Review how current demand and C-rating concepts affect peak-load discussions, startup behavior and battery selection.
Read the C-Rating Guide →
Energy PlanningWhat Is Energy Density in a Lithium Polymer Battery?
Relate the 3.70Wh reference to the 10 mm × 20 mm × 50 mm envelope when comparing runtime planning, usable volume and the final battery pocket.
Read the Energy-Density Guide →LiPoSAFE
DESIGNCharging · protection · heat
Protection PlanningDESIGNCharging · protection · heat
Why Do LiPo Batteries Explode and How to Prevent It
Review charging, handling, storage and protection considerations before integrating a lithium polymer battery near heat sources.
Read the LiPo Safety Guide →OEM curved battery support
Start the 982050 Inquiry with the Compact Energy Requirement
A complete inquiry can include the required runtime, device load, 20 mm × 50 mm battery pocket, 10 mm depth, device shape, charger and documentation needed to evaluate this 1000mAh curved cell.
Information to Include in Your Inquiry
Share the product conditions that determine how the 982050 model will perform in the finished device, especially its battery pocket, runtime target, load and charging window.
- Target runtime and duty cycle
- Voltage, capacity and battery pocket
- Device shape and available clearance
- Charger and charging conditions
- Operating and storage environment
- Connector, quantity and approval timing
When a Standard Format Is Not Enough
ZERNE can discuss alternate curved-battery capacity, geometry, protection, connector and assembly requirements when the 982050 specification does not match the finished product.
Discuss a Custom BatteryFAQ
982050 Curved Battery Questions
Find answers about the 982050 3.7 V 1000mAh lithium polymer battery, including its 10 mm profile, 20 mm × 50 mm footprint, 1C charge rate, 80mΩ internal resistance and curved-device design considerations.
What Are the Dimensions of the 982050 LiPo Battery?
The 982050 battery measures 10 mm in thickness, 20 mm in width and 50 mm in length.
How Much Capacity and Energy Does the 982050 Battery Provide?
The rated capacity is 1000mAh at a nominal voltage of 3.7 V. Its calculated energy is approximately 3.70Wh before system losses.
What Charging Rate Is Listed for the 982050 Battery?
The 982050 battery has a listed 1C charging rate. Confirm the charging current, charging conditions and protection limits for your configuration.
What Is the Internal Resistance of the 982050 Battery?
The listed internal resistance is 80mΩ. Resistance can vary with temperature, state of charge, test method and production tolerance, so voltage stability can be assessed under the intended device load.
Is the 982050 Battery Suitable for Curved Devices?
982050 is included in ZERNE's curved lithium polymer battery range. Confirm the suitable construction, assembly method, protection, connector and final device integration requirements.
What Should Be Checked Before Integrating the 982050 Battery?
Review the 20 mm × 50 mm battery area, 10 mm depth, device shape, retention, cable exit, protection design, charger, peak load and connector requirements with ZERNE.
Curved battery inquiry
Review the 982050 Battery Fit with ZERNE
Share the application, runtime target, load profile, 20 mm × 50 mm battery area, 10 mm depth, device shape, charging conditions and annual demand so ZERNE can recommend the right sample and validation path.
- Product model and target application
- Required voltage, capacity and runtime
- Device contour and battery-pocket dimensions
- Charger, connector and documentation needs