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| Model | Nominal Voltage (V) | Nominal Capacity (mAh) | Resistance (mΩ) | Max Charge Rate | Max Discharge Rate | Standard Charge Temperature | Standard Discharge Temperature |
|---|---|---|---|---|---|---|---|
| 18650-1500 | 3.2 | 1500 | ≤25 mΩ | 1C | 3C | 0°C~45°C | -20°C~60°C |
| 18650-1800 | 3.2 | 1800 | ≤25 mΩ | 1C | 3C | 0°C~45°C | -20°C~60°C |
| 18650-2000 | 3.2 | 2000 | ≤25 mΩ | 1C | 3C | 0°C~45°C | -20°C~60°C |
| 26700-4000 | 3.2 | 4000 | ≤20 mΩ | 1C | 3C | 0°C~45°C | -20°C~60°C |
| 26700-4600 | 3.2 | 4600 | ≤20 mΩ | 1C | 3C | 0°C~45°C | -20°C~60°C |
| 26700-5000 | 3.2 | 5000 | ≤20 mΩ | 1C | 3C | 0°C~45°C | -20°C~60°C |
| 32700-6000 | 3.2 | 6000 | ≤25 mΩ | 1C | 3C | 0°C~45°C | -20°C~60°C |
Targeted Applications for Advanced Power Integration
This LiFePO4 Battery Cell 32700 by Surlon Power is engineered primarily for industrial and engineering customers requiring reliable, compact power sources. The product targets developers and manufacturers looking for a scalable, drop-in replacement for conventional lithium-ion cells with enhanced safety and longevity. Typical users encompass battery pack manufacturers and system integrators focused on renewable energy storage solutions, portable devices, and robust energy system designs. By offering standardized, cylindrical form factors, this battery pack manufacturer supports seamless adoption in existing and new product lines demanding consistent power density and performance.
Technical Specifications Underpinning Safety and Efficiency
The LFPO1 model features a nominal voltage of 3.2 V, with an effective capacity of 1500 mAh and an internal resistance capped at 25 mΩ, enabling efficient charge and discharge cycles. Its maximum charge rating of 1C and discharge rating of 3C accommodate demanding operational currents, while the integrated intelligent protection system safeguards against over-temperature, short circuits, and over-voltage events. Operating temperature ranges of 0°C to 45°C for charging and -20°C to 60°C for discharging ensure suitability in diverse environments. These technical characteristics align with strict standards expected by lithium ion battery manufacturers and lifepo4 battery manufacturers committed to reliability and compliance.
Industrial Utility in Renewable and Portable Energy Systems
In practice, the Surlon Power LiFePO4 Battery Cell 32700 is optimized for use in compact energy storage modules, small-scale renewable energy installations, and portable electronic equipment. It supports design validation and prototype development by providing consistent output and verified safety protocols. Its compatibility with standard cylindrical form factors makes it advantageous for custom lithium ion battery arrays and multi-cell pack assembly, allowing system architects to achieve scalable, modular solutions critical to renewable energy storage solutions. This adaptability reinforces its role in advancing industrial energy storage innovations.
Product Advantages
Structural Design and Integration Benefits
The cylindrical form factor (32700) of this lifepo4 battery cell simplifies integration into existing and custom battery pack configurations often used in high-density energy storage arrays. Its modular design supports parallel and series configurations, enabling scalability required by battery pack manufacturers developing 48 volt lithium battery systems and custom solutions. The built-in protection circuitry enhances system-level safety without requiring external components, streamlining the overall system architecture. This product is designed by a reputable lifepo4 battery manufacturer known for combining precision engineering with quality component sourcing, facilitating dependable manufacturing workflows and consistent product compliance.
Performance Reliability and User-Centered Usability
Surlon Power’s LiFePO4 cells deliver steady performance throughout extended charge-discharge cycles, supporting long-term asset reliability critical to high-stakes applications. The low internal resistance optimizes energy efficiency, reducing thermal losses and enhancing charge acceptance rates, which is vital for rapid cycling scenarios found in renewable energy storage solutions. The broad operational temperature range allows for deployment in varying climates, improving applicability across diverse industries. This optimized performance profile ensures that end users gain both safety and operational certainty, particularly where integration with lithium ion battery packs demands robustness and consistent energy output.
Use Scenarios
Integration within Portable Medical and Telecom Equipment
In medical and telecommunication environments, where power reliability and safety are paramount, the LiFePO4 Battery Cell 32700 serves as a vital power source. Its standardized cylindrical design facilitates replacement and integration within compact battery packs for handheld devices and backup systems. Technical advantages such as low internal resistance and intelligent protection systems ensure compliance with industry safety standards and help maintain device uptime in critical fields. The battery’s thermal tolerance also supports continuous operation within controlled environments, enabling efficient workflow integration with established device maintenance and monitoring protocols typical of energy storage solutions in these sectors.
Deployment in Renewable Energy Storage Modules
Within the renewable energy industry, the battery cell acts as an essential component in compact storage modules designed to buffer intermittent supply from solar or wind installations. Its extended cycle life and stable voltage output allow for predictable energy delivery, aligning with grid management and energy balancing requirements. The form factor and protection features enable easy inclusion into modular packs, supporting scalability and maintenance efficiency demanded by system operators. This aligns with the broader objectives of lithium battery manufacturers to advance clean technology adoption by providing reliable, reusable, and compliant battery technologies tailored for sustainable power infrastructures.
