Optimized for Compact Power Storage and Mobile Applications
The 12.8V 50Ah Lithium Battery is designed to meet the power demands of industries requiring dependable, safe, and scalable energy storage. Target users include OEMs and integrators looking for robust solutions in automotive, marine, and portable power systems. The battery’s lightweight design and compact dimensions allow it to fit in constrained installation spaces, making it suitable for embedded systems and emergency backup power.

Advanced Technical Features Ensure Longevity and Safety
This LiFePO4 battery incorporates automotive-grade cylindrical cells and a sophisticated Battery Management System (BMS) that continuously monitors voltage balance, temperature, and safety thresholds. Its nominal voltage of 12.8V and capacity of 50Ah deliver stable power output with a rated cycle life exceeding 2000 cycles at 80% depth of discharge, ensuring long-term operational reliability. The battery’s IP67-rated enclosure safeguards against dust and moisture, enabling use in demanding environmental conditions. With a maximum discharge current of 50A and a charger input rating of 25A, the LFP battery integrates seamlessly into high-performance energy storage systems requiring precise control and efficient energy management.

Applicable Across Diverse Industrial and Mobile Power Systems
Industries such as maritime, outdoor recreation, and mobile equipment manufacturing leverage this LiFePO4 battery for its superior safety profile and life cycle advantages relative to traditional lead-acid alternatives. It supports marine electrical systems by powering lighting and onboard electronics, delivering consistent backup power crucial for vessel operations. Additionally, the battery caters to portable energy storage projects, enabling scalable and configurable solutions for field deployment, solar energy storage, and emergency power supply. The product’s compatibility with modular
energy systems enhances operational workflows by promoting ease of maintenance and integration within existing power management infrastructures.

Product Advantages

Robust Engineering and Scalable System Integration
The structural design of this LFP battery reflects an emphasis on modularity and operational resilience. Its compact footprint and lightweight construction facilitate incorporation into systems with spatial constraints without compromising energy density. The 4S4P configuration capability offers flexible voltage and capacity scaling, a key advantage sought by system engineers pursuing tailored energy solutions. The built-in BMS enhances system safety and battery longevity through real-time cell monitoring and fault prevention, a critical feature for integration in applications demanding dependable power and compliance with rigorous quality standards set by the LiFePO4 battery manufacturer.

Enhanced Performance and Operational Reliability
This LiFePO4 battery delivers consistent power discharge with minimal voltage sag, effectively supporting continuous loads and high current demands up to 50A. Its long cycle life reduces overall replacement frequency, optimizing total cost of ownership for industrial users. Maintenance-free operation and built-in protections minimize system downtime and enhance user confidence during deployment. The IP67 rating ensures suitability for harsh environments, while the lightweight design eases installation and transport. These performance attributes solidify the battery’s role as a dependable energy source in critical power applications, demonstrating clear value for integrators requiring efficient and safe energy storage.

Use Scenarios

Marine Electrical Systems Requiring Reliable Backup Power
In marine environments, this LiFePO4 battery serves as a resilient power source for lighting, navigation, and communication systems on small to midsized vessels. Its IP67-rated enclosure ensures protection against moisture and dust ingress typical in marine conditions. By integrating this LFP battery, vessel operators benefit from extended runtime and rapid recharge capabilities, which enhance onboard safety and system reliability. The battery’s configuration flexibility allows its use as a primary power source or a backup in hybrid energy systems, aligning with marine regulatory standards and operational protocols relevant to maritime power management.

Portable and Scalable Energy Storage for Outdoor and Mobile Applications
This 12.8V 50Ah battery is engineered to support portable power demands encountered in outdoor activities, fieldwork, and mobile equipment. Its lightweight and compact design enable ergonomic incorporation into energy storage packs, providing consistent power for lighting, communication devices, and small appliances. The onboard BMS ensures operational safety in variable conditions, while configurable battery architectures allow scaling voltage and capacity per specific mission profiles. This flexibility and protective design offer engineers and integrators a reliable solution for off-grid energy storage, compatible with solar charging systems and other mobile power infrastructures.

FAQ

What are the main advantages of your 12.8V 50Ah Lithium Iron Phosphate battery compared to traditional lead-acid batteries?
Our LiFePO4 battery offers longer cycle life, lighter weight, and built-in safety features including a Battery Management System (BMS). It requires less maintenance and ensures more reliable, safe power, making it a superior choice over conventional lead-acid batteries for industrial applications.

Can you customize the battery capacity or configuration for specific industrial applications?
Yes, we provide flexible configurations up to 4S4P, allowing you to scale voltage and capacity based on your project needs. Our team can also offer tailored LFP battery manufacturer solutions for OEM and ODM clients to meet specialized requirements.

How does the Battery Management System (BMS) enhance safety and performance in your LiFePO4 battery?
Our integrated BMS actively monitors cell voltage, temperature, and charging status to prevent overcharge, overdischarge, and short circuits. This system improves battery longevity and operational reliability, which is critical for professional users trusting our LiFePO4 battery technology.

What certifications support the quality and reliability of your lithium battery products?
We adhere to strict industry standards and hold certifications including UN38.3, UL1642, IEC62133, CE, and RoHS. These certifications demonstrate our commitment as a reputable LFP battery manufacturer delivering safe and durable products to the industrial market.