Built with genuine Panasonic NCR18650GA cells — a proven Tier-1 Japanese cell platform widely adopted in industrial applications.
This industrial lithium-ion battery pack is powered by Panasonic / SANYO NCR18650GA cells, offering high energy density, stable electrical performance, and predictable aging behavior across its service life.
Designed for industrial and professional equipment, this solution prioritizes consistency, reliability, and long-term availability—key factors for products where power failure, batch variation, or premature degradation are unacceptable.
We do not simply assemble battery packs.
We support customers as a battery solution partner, from early-stage concept validation to mass production delivery.
“Reliable power performance for our portable medical devices.”
— Medical Equipment OEM Client
Genuine Panasonic NCR18650GA Cells
Custom BMS with Full Protection Suite
Design Support for UN38.3 / IEC 62133 / UL 2054
Prototype to Mass Production Capability
Small Batch & Prototype Orders Welcome
Global Shipping & Door-to-Door Logistics
Dedicated Pre-sales & After-sales Engineering Support
What this means for you:
Reduced system tuning effort caused by batch inconsistency, and long-term supply stability for your product lifecycle.
What this means for you:
Longer runtime without increasing battery size or weight—ideal for compact and portable equipment.
Low internal resistance (≤ 38 mΩ).
What this means for you:
Minimal voltage drop under load, fewer system resets, and improved device reliability.
What this means for you:
Lower total cost of ownership through reduced battery replacement and maintenance frequency.
Custom BMS, mechanical protection, and thermal considerations.
What this means for you:
A battery pack engineered for real industrial operating conditions—not just lab specifications.
| Parameter | Value | Notes |
|---|---|---|
| Cell Model | NCR18650GA | Panasonic / SANYO |
| Typical Capacity | 3450mAh | High energy density |
| Rated Capacity | ≥ 3300mAh | Guaranteed |
| Nominal Voltage | 3.6V | Stable output |
| Max Continuous Discharge | 10A | Medium-power applications |
| Internal Resistance | ≤ 38 mΩ | Efficiency advantage |
| Cycle Life | 300+ cycles @ 3.35A | Reference condition |
| Parameter | Value | Notes |
|---|---|---|
| Recommended Charge Current | 1.675A | CC-CV method |
| Charge Voltage | 4.20V / 4.15V | 4.15V extends lifespan |
| Charge Temperature | 0°C ~ +45°C | Per cell spec |
| Discharge Temperature | -20°C ~ +60°C | Industrial environment |
| Storage Temperature | -20°C ~ +50°C | Long-term storage |
| Self-Discharge | < 3% / month | Suitable for backup |
| Cell Weight | ≤ 49.5g | Lightweight design |
The above parameters are single-cell reference values.
Your final battery pack will be customized based on:
Voltage requirement: Series configuration (3.6V × N)
Capacity requirement: Parallel configuration (3450mAh × M)
Power requirement: Adjustable BMS current limits
Form factor: Mechanical design based on your enclosure space
Challenge: Handheld terminals require full-shift operation; frequent charging reduces productivity.
Our solution: High-capacity cell platform with stable discharge ensures one-charge-per-shift performance.
Challenge: Power instability risks device interruption.
Our solution: Low-IR cells + precise BMS voltage control ensure continuous and predictable operation.
Challenge: Voltage sag during peak load causes controller resets or positioning errors.
Our solution: Stable discharge under load maintains system integrity during acceleration and lifting.
Challenge: Long standby periods with occasional high current draw.
Our solution: Low self-discharge and reliable peak performance.
Challenge: Accurate measurements depend on stable power rails.
Our solution: Consistent voltage output minimizes signal interference.
| Feature | NCR18650GA (Panasonic) | Typical 18650 Cells |
|---|---|---|
| Capacity Consistency | High | Medium |
| Cycle Life | 300+ cycles | 200–250 cycles |
| Temperature Adaptability | -20°C ~ +60°C | -10°C ~ +50°C |
| Safety History | Backed by Panasonic industrial application data | Typically consumer-focused testing |
| Aging Predictability | Excellent | Variable |
| Long-Term Availability | Stable platform | Frequent model changes |
Our collaboration workflow:
Requirement Alignment
Electrical, mechanical, environmental, and compliance needs.
Solution Design
Cell configuration, BMS selection, mechanical & thermal design.
Prototype & Validation
Small-batch builds for functional and safety testing.
Mass Production & Delivery
Controlled production, inspection, and global shipment.
Designed in accordance with lithium-ion safety best practices
Compliance-ready architecture for international transport and certification
Cell handling follows Panasonic application guidelines
Q: How do you ensure all cells are genuine Panasonic cells?
A: Cells are sourced via authorized channels. Batch traceability documents are maintained, and incoming inspection includes voltage and internal resistance matching.
Q: Are the cells suitable for spot welding?
A: Yes. Spot welding is recommended, and customized nickel tabs are available.
Q: Can the battery operate in low-temperature environments?
A: Discharge is supported down to -20°C. Charging below 0°C requires a heating or control solution.
Q: How is responsibility handled in case of battery-related field issues?
A: Design, testing, and delivery are governed by mutually confirmed specifications and test reports. Responsibility is determined based on third-party technical evaluation and contractual terms.
Our products are sold all over the world, you can rest assured.
