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16kWh LiFePO4 All-in-One Solar ESS with 12kW Hybrid Inverter for Residential Energy Storage System

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16kWh LiFePO4 All-in-One Solar ESS with 12kW Hybrid Inverter for Residential Energy Storage System

Minimum Order Quantity :	2 Packs	Price :	Negotiable
Packaging Details :	Each battery is packed in a protective PE bag with foam cushioning and a strong export carton. Wooden cases or pallets are available for bulk orders.	Delivery Time :	25–35 Working Days
Supply Ability :	2,000 Pieces per Month

Place of Origin:	Hunan,China	Brand Name:	Chalongfly
Certification:	UN38.3, MSDS	Model Number:	CLF-AIO-16K-12KW

Detail Information

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16kWh All-in-One Solar ESS

12kW Hybrid Inverter Residential Energy Storage System

LiFePO4 All-in-One Solar ESS

Product Description

Integrated Solar Storage & Home Backup

16kWh All-in-One Solar ESS with Built-in 12kW Hybrid Inverter

Floor-standing LiFePO4 energy storage platform for high-load residential backup, solar self-consumption and off-grid power applications.

Integrated Battery Storage and Power Conversion

The Chalongfly 16kWh-class all-in-one solar energy storage system is designed for residential projects that require both substantial battery storage and integrated power conversion.

The featured configuration combines a LiFePO4 energy storage platform with a built-in 12kW-class hybrid inverter option, helping consolidate major system components within a floor-standing cabinet.

The integrated design is suitable for compatible solar photovoltaic installations, off-grid properties and household backup applications. Final inverter ratings, electrical interfaces and operating modes are determined by the approved equipment configuration.

System Configuration

Product Model	CLF-AIO-16K-12KW
Product Type	Floor-Standing All-in-One ESS
Battery Chemistry	LiFePO4
Battery Energy Class	16kWh
Reference Battery Voltage	51.2V
Reference Battery Capacity	314Ah
Reference Nominal Energy	16.08kWh
Built-in Inverter Option	12kW-Class Hybrid Inverter
Solar MPPT	According to Selected Inverter
Battery Management	Integrated Smart BMS
AC Output	According to Destination Market and Inverter
Monitoring	Display / Wireless Options According to Configuration
Installation	Floor Standing
OEM / ODM	Available

Reference battery values and advertised inverter configuration are subject to final model verification. Confirm continuous AC output, surge power and BMS current before ordering.

High-Capacity 16kWh-Class LiFePO4 Battery

51.2V × 314Ah = 16.08kWh Reference Nominal Battery Energy

A high-capacity LiFePO4 battery provides stored energy for solar self-consumption, evening electricity demand and backup applications.

Usable battery energy depends on the approved depth of discharge, cell and BMS configuration, operating temperature and conversion efficiency.

12kW-Class Hybrid Inverter Integration

The advertised 12kW built-in hybrid inverter configuration targets homes with higher electrical power requirements. The actual inverter model and tested continuous output must be confirmed for the selected system.

Integrated AC Power Conversion

The inverter converts battery DC power to AC electricity for compatible household loads.

Load and Surge Matching

Continuous load demand and starting surge from pumps, compressors, motors and other appliances must be checked against the inverter specifications.

Battery Current Coordination

The BMS, battery cells, DC cabling and protective devices must support the inverter's maximum battery-side input requirements, including operation at low battery voltage.

Solar PV and Charging Integration

The integrated ESS can be configured with compatible solar charging and AC charging functions according to the approved hybrid inverter architecture.

PV Charging	MPPT-Equipped Configuration
MPPT Voltage Range	According to Approved Inverter
Maximum PV Power	To Be Confirmed
AC Charging	According to Inverter/Charger Configuration
Charging Priority	According to Available Inverter Settings
Grid Export	Only with Approved Grid-Interactive Configuration

Smart Battery Management and Protection

The integrated smart BMS manages the LiFePO4 battery and coordinates critical protection functions during charging and discharging.

Overcharge and over-discharge protection
Over-current and short-circuit protection
Temperature monitoring and protection
Individual cell voltage monitoring
Cell balancing
Battery SOC monitoring
Charge and discharge current management
Inverter communication according to the selected system

Residential Backup and Off-Grid Applications

High-Load Home Backup Integrated battery and inverter power for selected household loads during grid interruptions.	Off-Grid Solar Properties Energy storage and AC power conversion for compatible independent solar power installations.
Solar Self-Consumption Store surplus solar electricity for later use when photovoltaic generation declines.	Residential ESS Projects Integrated system solution for solar installers, distributors and OEM energy storage projects.

Home Electrical System Matching

Every installation requires matching the inverter's AC output, household loads, PV array, battery current capability and local electrical requirements.

Household Continuous Load	Must Remain Within Inverter Output Rating
Motor Starting Surge	Must Match Inverter Surge Capability
AC Voltage and Frequency	Configured for Destination Market
Single or Three Phase	According to Approved Inverter Model
Battery Current	Must Match Inverter DC Input Demand
Grid Connection	Subject to Local Grid Approval and Certification

Monitoring and System Management

Local and remote monitoring functions can be configured according to the integrated inverter, smart BMS and communication equipment.

Battery state of charge
Battery voltage and current
Battery operating temperature
Inverter operating status
Solar charging information where supported
Local display according to configuration
Wireless monitoring options according to the selected inverter platform

Floor-Standing Cabinet Design

The floor-standing cabinet provides a dedicated enclosure for the integrated energy storage equipment. Final mechanical design depends on the selected battery, inverter and protective components.

Cabinet dimensions, weight, ventilation, lifting or anchoring requirements and service clearances must be checked against the approved installation drawing before delivery.

OEM and ODM Customization

Integrated inverter model and power rating
AC output voltage and frequency
Solar MPPT input configuration
Battery BMS and current coordination
CAN / RS485 communication integration
System display and monitoring options
Cabinet appearance and finish
Power terminals and electrical interfaces
Logo, label and model identification
Private-brand packaging and documentation

Frequently Asked Questions

Does this system include an inverter?

The advertised all-in-one configuration features a built-in 12kW-class hybrid inverter. The exact inverter model, continuous output and included functions are confirmed in the final specification.

What is the battery energy capacity?

The product is positioned in the 16kWh battery energy class. A reference 51.2V 314Ah LiFePO4 configuration provides 16.08kWh nominal energy.

Can the inverter deliver 12kW continuously?

Continuous output capability must be confirmed from the final inverter model, DC input requirements, BMS current rating, operating voltage and thermal design.

Can solar panels connect to the system?

Solar charging is available with a compatible MPPT-equipped configuration. The maximum PV voltage, array power and charging current must be verified.

Can it supply power during a grid outage?

Backup operation depends on the inverter's supported operating modes and the approved electrical transfer and protection arrangement.

Can the system export power to the grid?

Grid export requires an approved grid-interactive inverter, suitable certification and compliance with local utility requirements. It is not assumed for an off-grid configuration.

Is it suitable for high-load households?

It can be evaluated for higher-power residential loads after confirming continuous consumption, appliance starting surge, inverter output and battery discharge capability.

Does it support monitoring?

Local display and wireless monitoring can be configured according to the approved inverter and battery management system.

What details are needed for quotation?

Please provide the destination country, AC voltage and phase requirement, continuous and peak loads, solar PV array data, grid or off-grid application, backup duration, installation conditions and order quantity.

Configure Your 16kWh All-in-One Solar ESS

Contact Chalongfly with your household load requirements, solar PV specifications, destination market, required backup time and installation conditions. Our engineering team will help evaluate the integrated LiFePO4 battery, 12kW-class hybrid inverter configuration, charging system, BMS compatibility and electrical interfaces for your residential energy storage project.

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