16kWh All-in-One LiFePO4 Residential Energy Storage System for Home Solar Backup
16kWh 51.2V 314Ah All-in-One LiFePO4 Home Energy Storage System
High-capacity residential battery storage with smart BMS and configurable inverter and solar charging integration for home backup and off-grid applications.
Integrated Energy Storage for Modern Homes
The Chalongfly 16kWh all-in-one energy storage platform combines high-capacity LiFePO4 battery technology with an integrated system design for residential solar power, home backup and compatible off-grid applications.
Featuring a 51.2V 314Ah battery configuration, the system provides 16.08kWh of nominal stored energy to support daily solar energy utilization and household backup requirements.
Integrated inverter, MPPT solar charging, system communication and monitoring functions can be configured according to the selected product version and application requirements.
Main Technical Specifications
| Model | CLF-AIO-51V314-16K |
| System Type | All-in-One Residential ESS |
| Battery Chemistry | LiFePO4 |
| Nominal Voltage | 51.2V |
| Rated Capacity | 314Ah |
| Nominal Battery Energy | 16.08kWh |
| Battery Configuration | 16S LiFePO4 Reference |
| Battery Management | Integrated Smart BMS |
| Integrated Inverter | Configuration-Dependent; Rating to Confirm |
| Solar MPPT | Available with Selected Inverter Configuration |
| AC Output | According to Inverter and Destination Market |
| Communication | CAN / RS485 According to Configuration |
| Monitoring | Display / WiFi / Bluetooth Options |
| Installation | Integrated ESS Cabinet |
| OEM / ODM | Available |
Final inverter rating, AC output, solar input, cabinet dimensions, protection class and optional functions are confirmed by the approved production specification.
16.08kWh High-Capacity LiFePO4 Battery
The large-capacity battery provides substantial energy reserve for residential solar self-consumption, nighttime electricity usage and backup loads.
Actual usable energy depends on the approved depth of discharge, BMS settings, operating temperature and system conversion efficiency.
All-in-One Battery and Inverter Integration
An integrated energy storage configuration brings battery storage and selected power-conversion functions together within a coordinated system.
51.2V 314Ah LiFePO4 energy storage with intelligent battery management.
Compatible inverter options convert stored DC battery energy into AC power for household loads. Rated output and surge capability are confirmed for the selected version.
MPPT-equipped configurations support photovoltaic battery charging according to the approved PV input voltage, power and current limits.
Local display and optional wireless monitoring can provide access to battery status, energy information and system operating conditions.
Flexible Solar and AC Charging
Solar and grid-based charging configurations can be selected to match the available energy sources and project operating strategy.
| PV Charging | Available with MPPT-Equipped Configuration |
| AC Charging | According to Selected Inverter/Charger |
| PV Input Power | Subject to Inverter Specification |
| MPPT Voltage Range | To Be Confirmed |
| Charging Priority | According to Inverter Firmware and Settings |
Smart Battery Management System
The integrated BMS provides important battery monitoring and protective functions for residential energy storage operation.
- Overcharge protection
- Over-discharge protection
- Over-current protection
- Short-circuit protection
- Temperature monitoring and protection
- Cell voltage monitoring
- Cell balancing
- Battery SOC management
- Communication with compatible system equipment
Home Backup and Off-Grid Power
| Residential Backup Power Support selected home electrical loads during grid interruptions when integrated with an approved backup-capable inverter and transfer arrangement. | Off-Grid Solar Homes Store photovoltaic energy for compatible houses, cabins and remote properties operating with independent power systems. |
| Nighttime Energy Use Use stored solar energy for household consumption after photovoltaic generation decreases. | Solar Self-Consumption Increase local utilization of photovoltaic energy with suitable system control and charging strategy. |
Intelligent Monitoring Options
Battery and energy system operating data can be made available through a compatible monitoring interface.
| Battery SOC | Available According to BMS |
| Voltage / Current | Available According to Monitoring Interface |
| Battery Temperature | Available |
| Local Display | Configuration-Dependent |
| WiFi | Optional |
| Bluetooth | Optional |
Inverter Output and Load Matching
Battery energy capacity and inverter output power are different specifications and must be evaluated separately.
The inverter should be selected according to the total continuous power of connected appliances, motor starting surge and required AC output characteristics.
The 16.08kWh battery rating represents stored nominal energy. Continuous AC output power and surge capability depend on the approved inverter and electrical design.
OEM and ODM Customization
- Integrated inverter selection
- AC output voltage and frequency
- Solar PV and MPPT charging configuration
- Battery and BMS current settings
- Local display and monitoring
- WiFi and Bluetooth options
- Cabinet structure and appearance
- Power and communication connectors
- OEM logo and product labeling
- Private-brand packaging and documentation
Information Required for System Selection
- Destination country and electrical standards
- AC output voltage and frequency
- Household continuous and peak load
- Solar PV panel power and string voltage
- Grid-connected or off-grid operation
- Required backup duration
- Installation location
- Monitoring and communication requirements
- Estimated purchase quantity
Frequently Asked Questions
The 51.2V 314Ah LiFePO4 battery configuration provides 16.08kWh of nominal energy.
Integrated inverter configurations are available. The exact inverter specification and included functions are confirmed in the approved quotation.
Yes, with an MPPT-equipped system configuration. PV input voltage, power and charging limits must be matched to the inverter.
Backup operation is available with an approved backup-capable inverter and correctly installed transfer and protection equipment.
WiFi monitoring can be supplied as an optional function depending on the final inverter and monitoring configuration.
Grid export requires a separately approved grid-interactive inverter and compliance with local utility regulations. Off-grid inverter configurations do not provide grid export.
Please provide the destination country, AC requirements, household load, solar array specification, backup requirements, installation conditions and estimated order quantity.
Configure Your 16kWh All-in-One Solar ESS
Contact Chalongfly with your required AC output, solar PV array specifications, household power consumption, backup duration and installation conditions. Our team will help evaluate the 51.2V 314Ah battery, inverter configuration, MPPT charging, monitoring and integrated ESS design for your residential energy project.
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.