51.2V 314Ah 16kWh Floor Standing LiFePO4 Home Solar Battery for Residential Energy Storage System
51.2V 314Ah 16kWh Floor Standing LiFePO4 Home Solar Battery
16.08kWh residential battery storage with smart BMS, CAN/RS485 inverter communication and optional Bluetooth monitoring for home solar and backup power.
High-Capacity Floor-Standing Home Energy Storage
The Chalongfly 51.2V 314Ah LiFePO4 floor-standing battery is designed for residential solar storage, household backup power and compatible off-grid energy systems.
With 16.08kWh of nominal battery energy, this high-capacity solution helps homeowners store photovoltaic electricity for evening consumption, backup operation and improved solar self-consumption.
The battery platform supports smart BMS management, inverter communication and optional Bluetooth monitoring to meet different residential ESS project requirements.
Main Technical Specifications
| Model | CLF-FS-51V314-16K |
| Product Type | Floor Standing Residential ESS Battery |
| Nominal Voltage | 51.2V |
| Rated Capacity | 314Ah |
| Nominal Energy | 16.08kWh |
| Battery Chemistry | LiFePO4 |
| Maximum Charge Voltage | 58.4V Reference |
| Maximum Charge Current | 200A Reference |
| Maximum Discharge Current | 200A Reference |
| Short-Duration Discharge | 210A / 10s Reference |
| Smart BMS | Integrated |
| Communication | CAN / RS485 Available |
| Bluetooth | Optional |
| Self-Heating | Optional |
| Installation | Floor Standing |
| Inverter | External Inverter Required |
Reference electrical values are based on a related 314Ah battery platform. Final ratings, enclosure dimensions and weight are confirmed with the approved production specification.
16.08kWh Nominal Battery Energy
The battery provides substantial nominal energy for households requiring solar electricity storage, evening consumption and backup energy reserves.
Actual usable capacity and backup duration depend on BMS settings, operating temperature, depth of discharge, inverter efficiency and connected loads.
Floor-Standing Battery Design
The floor-standing enclosure is designed for dedicated residential battery storage installations where installation footprint, wiring access and service clearance are important.
The 314Ah battery architecture offers approximately 16kWh nominal storage capacity within a dedicated residential battery enclosure.
Battery power terminals and communication interfaces can be configured for compatible hybrid and off-grid inverter installations.
Floor loading, fixing arrangements, ventilation, electrical clearance and maintenance access must be evaluated according to the approved battery enclosure design.
Smart Battery Management System
The integrated smart BMS monitors battery operating conditions and provides electrical protection and cell-management functions during charging and discharging.
- Overcharge protection
- Over-discharge protection
- Over-current protection
- Short-circuit protection
- Temperature protection
- Cell voltage monitoring
- Cell balancing
- Battery SOC and operating status monitoring
CAN and RS485 Inverter Communication
Battery-to-inverter communication allows compatible systems to exchange battery status and operating limits.
| CAN | Available According to BMS |
| RS485 | Available According to BMS |
| Inverter Protocol | Confirmed According to Inverter Model |
| Voltage Compatibility | 48V-Class Inverter Compatibility Required |
| Charge / Discharge Limits | According to Approved BMS Settings |
Inverter communication and voltage compatibility must be confirmed before installation. CAN or RS485 availability does not guarantee universal inverter support.
Optional Bluetooth Monitoring
Bluetooth monitoring can be configured to help users check battery information through a compatible mobile application.
| SOC | Battery State of Charge |
| Battery Voltage | Operating Voltage Monitoring |
| Current | Charge and Discharge Current |
| Temperature | Battery Thermal Status |
| Bluetooth APP | Optional |
Solar Self-Consumption and Backup Power
| Residential Solar Storage Store surplus photovoltaic energy for later household electricity consumption. | Home Backup Power Provide stored DC energy to compatible backup-capable inverter systems during power interruptions. |
| Off-Grid Solar Systems Support independent photovoltaic energy systems with appropriately configured charging and inverter equipment. | High-Capacity Home Storage Provide approximately 16kWh of nominal storage energy for residential applications requiring substantial battery reserve. |
High-Current Battery Configuration
The related 314Ah battery platform lists up to 200A maximum charging and discharging current with a short-duration 210A discharge reference.
Actual continuous battery power and inverter output depend on the approved cell configuration, BMS limits, battery operating voltage, connection cables and inverter settings.
Optional Low-Temperature Heating
A self-heating configuration can be supplied for projects requiring battery charging in cold environments. The operating threshold, heater power and control strategy depend on the approved battery configuration.
OEM and ODM Customization
- Smart BMS configuration
- Charge and discharge current settings
- CAN / RS485 communication protocol
- Optional Bluetooth battery monitoring
- Optional self-heating
- Floor-standing enclosure and cabinet finish
- Power terminal and communication interface configuration
- OEM product labels and model numbers
- Private-brand packaging
- Matched inverter selection and integration support
Information Required Before Ordering
- Inverter brand and exact model
- Solar PV system capacity
- Average household load
- Maximum charging and discharging power
- Required backup duration
- CAN / RS485 communication requirements
- Installation location and available space
- Monitoring and heating preferences
- Estimated purchase quantity
Frequently Asked Questions
The 51.2V 314Ah LiFePO4 configuration provides 16.08kWh of nominal energy.
No. The battery is designed for integration with a compatible external hybrid or off-grid inverter.
Bluetooth battery monitoring is available as an optional function according to the selected smart BMS.
Inverter compatibility depends on operating voltage, charging and discharge limits, CAN or RS485 protocol and firmware. The exact inverter model must be verified.
Parallel expansion can be supported when the battery BMS, inverter and protection architecture are approved for multi-battery operation.
Yes. With a compatible backup-capable inverter and approved transfer and protection arrangement, stored battery energy can support selected household loads during grid outages.
Please provide the inverter model, solar system capacity, required charging and discharging power, installation space, communication requirements and estimated order quantity.
Configure Your 16kWh Floor-Standing Solar Battery
Contact Chalongfly with your inverter model, solar PV capacity, household load, backup requirements, installation space and monitoring preferences. Our team will help evaluate the 51.2V 314Ah battery, smart BMS, communication, floor-standing enclosure and inverter compatibility for your residential energy storage project.
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.