Optimized Energy Solution for Modular Power Systems
Designed for engineers and manufacturers, this 12.8V 30Ah Lithium Iron Phosphate battery delivers consistent 12.8V output with a nominal capacity of 30Ah. It targets applications requiring compact, efficient energy storage, such as portable electronics, automotive auxiliary systems, and small-scale backup power. Its lightweight construction and built-in Battery Management System (BMS) enhance safety and facilitate seamless integration into complex power architectures demanding durability and reliability.

Precision Engineering and Performance Specifications
This LFP battery utilizes cylindrical automotive-grade LiFePO4 cells known for long cycle life, rated at over 2000 cycles at 0.2C (80% Depth of Discharge). The integrated BMS continuously monitors voltage, temperature, and discharge current, ensuring stable operation within maximum charging and discharging currents of 15A and 30A, respectively. Dimensions are restrained to 195 x 130 x 157 mm with a total weight of 3.9 kg, optimizing it for compact installations. The advanced cell chemistry supports 100% State of Charge (SOC) and Depth of Discharge (DOD), providing high efficiency and longevity, essential for reliable low-voltage power systems.

Industry Applications Emphasizing Reliability and Integration
This LiFePO4 battery is suitable for a broad range of industrial scenarios including off-grid energy storage for cabins, emergency backup systems in critical infrastructure, and electric propulsion in light vehicles and vessels. It complies with demanding BMS protocols for operational safety and supports integration into portable power stations or modular energy banks. The product aligns with requirements from sectors prioritizing low maintenance and extended battery life, demonstrating strong value in environments where weight, size, and operational consistency are paramount.

Product Advantages

Modular Design Supporting System Scalability and Safety
The battery’s design incorporates automotive-grade cylindrical cells organized within a compact, robust enclosure to facilitate ease of integration and maintenance. Its flexibility to configure up to 4S4P presents significant advantages for system designers requiring scalable capacity or voltage adjustments. The embedded Battery Management System enables real-time monitoring and protection across multiple critical parameters, effectively mitigating risks associated with overcharge, over-discharge, and thermal runaway. This LFP battery manufacturer’s approach ensures the assembly supports stable, safe operation within complex energy architectures.

Superior Cycle Life and Operational Efficiency Enhancing Value
With a cycle life exceeding 2000 cycles under typical conditions, this LiFePO4 battery offers substantial return on investment for applications demanding long-term reliability. Its low weight and compact form factor reduce installation complexity and system footprint. The compatibility with 100% SOC/DOD operation maximizes usable capacity without compromising safety or longevity. These performance advantages translate to improved uptime and reduced maintenance costs, particularly vital in industrial contexts where energy availability and system dependability are critical.

Use Scenarios

Backup Power Solution for Critical Equipment in Infrastructure
In environments requiring uninterrupted power, such as communication towers or emergency lighting systems, the 12.8V 30Ah Lithium Iron Phosphate battery functions as a reliable energy reserve. Its high cycle life and advanced Battery Management System ensure continuous operation during outages while protecting connected devices. The battery’s compact size and modular configurability enable easy deployment alongside existing infrastructure. Integration with monitoring systems allows real-time status feedback, facilitating predictive maintenance and enhanced operational continuity.

Portable Energy Storage for Off-Grid and Mobile Applications
This LFP battery delivers stable, lightweight 12V power essential for applications like outdoor field equipment, small electric vehicles, or emergency response units. Its high discharge current capability supports transient power demands, while the built-in BMS provides protection under variable environmental conditions. The battery’s ability to be arranged in scalable configurations enables users to tailor energy storage capacity to specific mission profiles. This flexibility supports integration into portable power modules and mobile energy systems, optimizing energy reliability in remote or constrained environments.

FAQ

What type of cells are used in your 12.8V 30Ah Lithium Battery – JGNE?
Our 12.8V 30Ah Lithium Battery uses cylindrical, automotive-grade LiFePO4 battery cells designed for durability and safety. This choice ensures long cycle life and stable performance under demanding conditions, ideal for professional applications needing consistent energy storage.

Can you customize the configuration of the 12.8V 30Ah Lithium Battery for larger energy storage systems?
Yes, we offer flexible configurations up to 4S4P, allowing you to scale the battery capacity and voltage to meet specific project requirements. Our modular design supports integration into various industrial setups using our high-quality LFP battery modules.

What safety features are integrated into the battery to ensure reliable operation?
Our battery includes a built-in Battery Management System (BMS) that continuously monitors voltage, temperature, and discharge current. This system protects the LiFePO4 battery from overcharge, over-discharge, and overheating, ensuring safe operation in professional applications.

What are the shipping and handling considerations for this lightweight Lithium Iron Phosphate battery?
We package our 12.8V 30Ah Lithium Iron Phosphate battery securely, with a lightweight design at 3.9 kg for straightforward logistics. We advise clients to follow standard lithium battery shipping regulations, and our team can assist with any export or transport inquiries to ensure compliance.