• LFP-R Series LiFePO4 BATTERY SYSTEM 5.12-10.24KWH |48vDC|Rack-mounted
  • LFP-R Series LiFePO4 BATTERY SYSTEM 5.12-10.24KWH |48vDC|Rack-mounted
  • LFP-R Series LiFePO4 BATTERY SYSTEM 5.12-10.24KWH |48vDC|Rack-mounted
  • LFP-R Series LiFePO4 BATTERY SYSTEM 5.12-10.24KWH |48vDC|Rack-mounted

LFP-R Series LiFePO4 BATTERY SYSTEM 5.12-10.24KWH |48vDC|Rack-mounted

No.LFP-R Series

Robust & Modern Design
Clear System Display: LCD+LED
Industry-Leading Longevity: 6000+ cyclesAdvanced Remote Management (Optional): CAN/RS232/RS485
Integrated WiFi BMS with LCD for real-time monitoring and control
Ideal Applications: Optimized for residential solar, mobile power stations etc
  • LFP-R Series LiFePO4 BATTERY SYSTEM 5.12-10.24KWH |48vDC|Rack-mounted
  • LFP-R Series LiFePO4 BATTERY SYSTEM 5.12-10.24KWH |48vDC|Rack-mounted

Description

Product Description

Functional Positioning and User Target

The LFP-R Series lifepo4 solar battery provides modular, rack-mounted battery storage designed for residential, commercial, and mobile power applications. It targets energy projects requiring scalable and safe energy storage that can integrate with solar battery storage system setups, commercial backup power, or off-grid configurations. Procurement professionals will note its suitability for projects emphasizing long cycle life and remote management capability.

Technical Features and Source-Based Specifications

This solar battery storage system features nominal voltages of 51.2 V and capacities of either 5.12kWh or 10.24kWh. The design supports over 6000 cycles, with integrated WiFi-enabled BMS and optional remote management via CAN, RS232, and RS485 protocols. Its modular rack-mounted layout facilitates scalable lifepo4 battery bank deployment with clear LCD+LED monitoring and operation in various environmental conditions, offering IP20-rated housing.

Application Fit and Practical Usage

Suitable for integration with hybrid inverter systems, the LFP-R Series offers practical solar battery solutions lifepo4 for residential solar energy backup, commercial critical loads, and mobile power stations. Its rack-mounted form factor and remote monitoring capabilities simplify system expansion and control in energy projects where modular energy storage is required. These characteristics support deployment in distributed energy resources and off-grid solar battery storage system implementations.


Product Advantages

Procurement-Relevant Design

The system’s rack-mounted modular design supports flexible capacity scaling and installation efficiency. Its compatibility with standard communication protocols and integrated WiFi BMS facilitates diverse monitoring and control configurations valuable in OEM/ODM projects or custom solar battery solutions lifepo4. The IP20 enclosure and standardized form factor are practical features relevant for bulk sourcing and adaptable system designs.

Operational Fit for Business Use

Operationally, the product’s 6000+ cycle life and wide operating temperature range support sustained performance in varied commercial and residential environments. Clear status displays and remote management options provide functionality that aids monitoring in distributed solar battery storage system deployments. The product is suitable for distributors and integrators requiring dependable lifepo4 battery bank components with documented specifications.



LFP-R Series is engineered for diverse energy applications, including residentialsolar ESS, commercial backup systems, and off-grid power stations. lt excels inmodular rack systems and hybrid inverter setups, delivering safety, scalability,and smart control within a single, powerful storage solution that evolves withyour energy demands.

MODEL LFP-R 51.2V 100AH LFP-R 51.2V 200AH
Electrical
Characteristics
Nominal Voltage   51.2V   51.2V
Nominal Capacity   100Ah(C5,25℃)   200Ah(C5,25℃)
Energy   5.12kWh   10.24kWh
nternal Resistance   ≤50mΩ
Cycle Life   >3000 cycles
Months Self Discharge   <3%
Efficiency of Charge   100%@0.2C
Efficiency of Discharge   96~99%@1C
Standard Charge Charge Voltage   58.4±0.2V
Charge Mode   0.2C to 58.4V,then 58.4,charge current 0.02C(CC/CV)
Charger Current   25A   50A
Max.Charge Current   50A   75A
Charge Cut-off Voltage   58.4V±0
Standard Discharge Continuous Current   100A
Max.Pulse Current   150A(<3s)   200A(<3s)
Discharge Cut-off Voltage   40V
Environmental Charge Temperature   0℃ to 45℃(32F to 113F)@60±25%Relative Humidity
Discharge Temperature     -20℃ to 60C(-4F to 140F)@60±25%Relative Humidity
Storage Temperature   0℃ to 40℃(32F to 104F)@60±25%Relative Humidity
Water Dust Resistance     IP20
Mechanical Cell &Method   3.2V100AH-16S   3.2V200AH-16S
Plastic Case   standard case   standard case
Dimensions(in./mm.)   570*360*140MM   860*540*140MM
Weight (Ilbs./kg.)   47Kg   90Kg
Terminal   Energy storage connector
Protocol(optional)   RS485/CAN
BMS   16S100A

Use Scenarios

Residential and Commercial Solar Energy Projects
In residential and commercial solar energy storage applications, this solar battery storage system facilitates efficient backup and load shifting. Distributors or importers involved in solar battery manufacturer sourcing will find the system adaptable for integration with hybrid inverters and scalable energy requirements. Its modular design and remote monitoring capability address the needs of expanding energy storage systems in these markets.

Mobile and Off-Grid Power Solutions
For mobile power stations and off-grid applications, the LFP-R Series lifepo4 solar battery offers a rack-mounted solution with robust cycle life and remote management features. Buyers focused on OEM/ODM or wholesale procurement for renewable energy solutions can leverage its design for reliable power backup in remote installations or outdoor mobile setups, supporting critical load continuity.



FAQ

What customization options are available for the LFP-R Series LiFePO4 battery system?
We offer modular rack-mounted configurations scalable from 5.12 to 10.24 kWh, allowing you to tailor capacity to your project's needs. Optional remote management interfaces support CAN, RS232, and RS485 protocols for enhanced control on our solar battery storage system.

How do you ensure the safety and durability of your LiFePO4 solar batteries?
Our systems use high-quality LiFePO4 chemistry combined with an integrated WiFi BMS that provides real-time monitoring. This ensures long cycle life exceeding 6000 cycles and stable performance under varied environmental conditions, making our lifepo4 solar battery a reliable choice.

What installation considerations should I know for the rack-mounted battery system?
The LFP-R Series features a modular rack-mounted design with an IP20 rated enclosure for indoor installation. We recommend maintaining operating temperatures between 0℃ to 45℃ for charging and -20℃ to 60℃ for discharging to ensure optimal battery performance and longevity.

Can you support commercial projects requiring large-scale energy storage?
Yes, our solar battery manufacturer expertise allows us to provide scalable energy storage solutions suitable for commercial backup and residential solar applications. We can assist with system design and provide technical support to fit your specific energy storage requirements.

Advanced Features

Robust &Modern Design.
Clear System Display:LCD+LED.
Industry-Leading Longevity:6000+cycles.
Advanced Remote Management(Optional):CAN/RS232/RS485.
Integrated WiFi BMS with LCD for real-time monitoring and control.
Ideal Applications:Optimized for residential solar,mobile power stations etc.

System Diagram

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