AINEGY 6–12kW Floor-Standing All-In-One Home Energy Storage System
A higher-output residential energy storage system integrating a LiFePO4 battery, inverter, high-voltage MPPT solar charging, AC charging and UPS functionality inside one floor-standing enclosure.
Four configurations combine 10.5kWh or 16kWh battery storage with 6kW, 10kW or 12kW AC output. Power and stored energy can be selected separately around simultaneous household loads, compatible PV input and backup requirements.
Battery, Inverter, Solar Charging and Backup Transfer in One System
The AINEGY 6–12kW floor-standing all-in-one home ESS combines LiFePO4 battery storage, AC power conversion, MPPT solar charging, AC charging, pure sine wave output, UPS transfer and communication interfaces inside one enclosure.
6kW, 10kW or 12kW
Select AC output according to the total continuous load and startup demand of equipment expected to operate at the same time.
10.5kWh or 16kWh
Select stored energy according to energy use, required backup duration, solar production and operating reserve.
8.5–15kW MPPT PV Input
Compatible PV strings must remain within the 500Vdc maximum, 60–450Vdc MPPT range and model-specific current limit.
Specified Transfer Below 20ms
UPS functionality supports compatible connected loads operating within the selected output and startup-power limits.
AINEGY Engineering and Quality Support
Higher-output residential storage requires coordinated engineering across the battery, inverter, PV input, AC output, transfer function, communication interfaces and installation environment.
Years of BMS and EMS Technology Accumulation
Product-development experience across battery management, power conversion and energy-storage integration.
R&D Team Members
Engineering support for batteries, inverters, communication and customized storage systems.
Countries and Regions
International project experience across different grid, solar and residential-use conditions.
Cumulative Battery Shipment
Battery-system manufacturing and integration experience for international energy-storage projects.
Battery and Inverter Matching
The 51.2V LiFePO4 battery platform is combined with 6kW, 10kW or 12kW inverter output according to the selected model.
String Voltage and Current Matching
PV-string design should be checked against the 60–450Vdc MPPT range and the model-specific 22.5A or 25A input-current limit.
Load, Transfer and Communication Review
Final selection should include continuous loads, startup demand, backup circuits, AC-source conditions and communication requirements.
Four Higher-Output Floor-Standing Home ESS Configurations
Compare output power and battery energy separately. A larger kWh value increases stored energy, while a larger kW value increases the rated simultaneous load capability.
IYP-ST10K5A-6KF1-A1
6kW pure sine wave output with 10.5kWh LiFePO4 storage and up to 8.5kW PV input.
- Maximum PV8.5kW
- PV Current22.5A
- Transfer Time<20ms
- WeightAbout 85kg
IYP-ST10K5A-10KF1-A1
The same 10.5kWh battery energy with higher 10kW AC output and up to 15kW PV input.
- Maximum PV15kW
- PV Current25A
- Transfer Time<20ms
- WeightAbout 97kg
IYP-ST16K1A-6KF1-A1
The same 6kW AC output with higher 16kWh battery energy and up to 8.5kW PV input.
- Maximum PV8.5kW
- PV Current22.5A
- Transfer Time<20ms
- WeightAbout 124kg
IYP-ST16K1A-12KF1-A1
12kW pure sine wave output with 16kWh LiFePO4 storage and up to 15kW PV input.
- Maximum PV15kW
- PV Current25A
- Transfer Time<20ms
- WeightAbout 130kg
6–12kW All-In-One Home ESS Technical Specifications
The values below reproduce the product-document specifications. Battery energy, AC output and PV input are shown as separate parameters for model selection.
| Item | 6kW / 10.5kWh | 10kW / 10.5kWh | 6kW / 16kWh | 12kW / 16kWh |
|---|---|---|---|---|
| Model | IYP-ST10K5A-6KF1-A1 | IYP-ST10K5A-10KF1-A1 | IYP-ST16K1A-6KF1-A1 | IYP-ST16K1A-12KF1-A1 |
| Battery | ||||
| Battery Type | LiFePO4 | LiFePO4 | LiFePO4 | LiFePO4 |
| Battery Energy | 10.5kWh | 10.5kWh | 16kWh | 16kWh |
| Nominal Voltage | 51.2V | 51.2V | 51.2V | 51.2V |
| Rated Capacity | 206Ah | 206Ah | 314Ah | 314Ah |
| Battery Voltage Range | 42.0–58.0V | 42.0–58.0V | 42.0–58.0V | 42.0–58.0V |
| PV Input | ||||
| Maximum PV Power | 8.5kW | 15kW | 8.5kW | 15kW |
| Maximum PV Voltage | 500Vdc | 500Vdc | 500Vdc | 500Vdc |
| MPPT Voltage Range | 60–450Vdc | 60–450Vdc | 60–450Vdc | 60–450Vdc |
| Maximum PV Input Current | 22.5A | 25A | 22.5A | 25A |
| AC Output | ||||
| Rated Output Power | 6kW | 10kW | 6kW | 12kW |
| AC Voltage | 230Vac ±5% | 230Vac ±5% | 230Vac ±5% | 230Vac ±5% |
| AC Frequency | 50Hz / 60Hz | 50Hz / 60Hz | 50Hz / 60Hz | 50Hz / 60Hz |
| Efficiency — Product Document Value | ≤94% | ≤94% | ≤94% | ≤94% |
| Transfer Time | <20ms | <20ms | <20ms | <20ms |
| Waveform | Pure sine wave | Pure sine wave | Pure sine wave | Pure sine wave |
| AC Input | ||||
| Rated AC Voltage | 230Vac | 230Vac | 230Vac | 230Vac |
| AC Voltage Range — Product Document Wording | 170–280Vac (for PC); 90–280Vac (for Applis) | 170–280Vac (for PC); 90–280Vac (for Applis) | 170–280Vac (for PC); 90–280Vac (for Applis) | 170–280Vac (for PC); 90–280Vac (for Applis) |
| Input Frequency | 50Hz / 60Hz | 50Hz / 60Hz | 50Hz / 60Hz | 50Hz / 60Hz |
| General Parameters | ||||
| Altitude | ≤2000m | ≤2000m | ≤2000m | ≤2000m |
| Humidity | 5%–95% | 5%–95% | 5%–95% | 5%–95% |
| Working Temperature | -10°C to 50°C | -10°C to 50°C | -10°C to 50°C | -10°C to 50°C |
| IP Grade | IP20 | IP20 | IP20 | IP20 |
| Communication | RS485 / WiFi | RS485 / WiFi | RS485 / WiFi | RS485 / WiFi |
| Dimensions | 485 × 270 × 760mm | 513 × 305 × 820mm | 510 × 375 × 770mm | 510 × 377 × 770mm |
| Approximate Weight | 85kg | 97kg | 124kg | 130kg |
Household Load Data
- Continuous simultaneous load
- Motor and compressor startup demand
- Priority backup circuits
- Required backup duration
PV Array Data
- String open-circuit voltage
- Operating voltage
- Maximum input current
- Expected solar generation
AC Source Data
- Grid voltage and frequency
- Source capacity
- Generator data when applicable
- Required protection arrangement
Specification Note
- Confirm the final model prefix
- Retain the documented efficiency symbol
- Confirm the AC operating-mode wording
- Use the final approved product specification
Higher AC Output, High-Voltage Solar Input and Fast Backup Transfer
The four configurations combine higher residential output power with two battery-energy levels and model-specific PV-input capability.
6–12kW Pure Sine Wave Power
Choose 6kW, 10kW or 12kW output according to continuous simultaneous loads and appliance startup demand.
8.5–15kW Compatible PV Input
All configurations use a 60–450Vdc MPPT range and 500Vdc maximum PV voltage, with 22.5A or 25A current limits.
Specified Transfer Time Below 20ms
The documented transfer value applies to compatible connected loads operating within the selected system's power limits.
Understand Output Power and Battery Energy Before Selecting a Model
kW determines the rated power available to simultaneous loads. kWh represents the amount of energy stored in the battery.
Same 6kW Output, Different Battery Energy
The 6kW/10.5kWh and 6kW/16kWh models have the same rated AC output power. The 16kWh model stores more energy, but it does not increase the output rating above 6kW.
Same 10.5kWh Battery, Different Output Power
The 6kW/10.5kWh and 10kW/10.5kWh models store the same nominal battery energy. The 10kW model provides a higher rated AC output for larger simultaneous-load demand.
How the 6–12kW All-In-One Home ESS Works
Compatible PV strings connect through the integrated MPPT input, while the grid or another properly configured AC source connects through the AC input. The LiFePO4 battery stores energy and the integrated inverter supplies selected loads through 230Vac pure sine wave output.
Integrated Energy Flow from Solar and AC Sources to Residential Loads
The product combines energy input, battery storage, power conversion and backup transfer inside one floor-standing enclosure.
Floor-Standing Integration for Higher Residential Load Demand
The four configurations weigh approximately 85–130kg and are specified as IP20 products. Installation planning should include indoor placement, ventilation, electrical protection, cable sizing and access clearance.
6–12kW
Three output-power levels for different simultaneous residential-load requirements.
10.5–16kWh
Two battery-energy levels across four power and energy combinations.
About 85–130kg
Product weight varies according to battery energy, enclosure and inverter configuration.
IP20
The product documents list IP20 across all four configurations.
RS485 and WiFi Communication
All four product documents list RS485 and WiFi communication. Final monitoring functions and communication compatibility should be confirmed for the selected model and project configuration.
Installation and Electrical Matching
The integrated enclosure reduces the number of separately presented battery and inverter components, but the final installation still requires suitable AC protection, PV isolation, cable sizing, grounding, ventilation and load verification.
Applications for AINEGY 6–12kW All-In-One Home ESS
The series is designed for residential solar storage and selected higher-load backup applications that remain within the configured 6kW, 10kW or 12kW AC output.
Selected Higher-Load Circuits
Configure backup circuits according to continuous power, appliance startup demand and required backup duration.
Residential PV Energy Storage
Match compatible PV strings to the 500Vdc maximum, 60–450Vdc MPPT range and model-specific input-current limit.
Mountainous, Island and Remote Sites
Combine compatible PV and AC sources with integrated battery storage for selected residential loads.
Configured Residential Appliances
Appliance input power and startup demand must remain within the selected 6kW, 10kW or 12kW output.
Selected Tools and Auxiliary Loads
Verify motors, pumps, compressors and tool startup power before completing the system configuration.
Small Shops and Supermarkets
Use the system for compatible lighting, communication and selected equipment loads within its rated output.
How to Select the 6kW, 10kW or 12kW Configuration
Select output power and battery energy independently, then verify PV input, AC-source conditions and the physical installation.
Calculate Simultaneous Load
Add the rated input power of appliances expected to operate at the same time.
Check Startup Demand
Motors, pumps, refrigerators, compressors and tools may draw more power during startup.
Select Battery Energy
Compare expected energy use, required backup duration, solar production and operating reserve.
Verify PV and Installation
Confirm PV-string voltage and current, AC conditions, protection, ventilation, dimensions and access.
6–12kW Floor-Standing All-In-One Home ESS FAQ
Technical answers for homeowners, installers, distributors and project teams comparing the four AINEGY configurations.
The system integrates a LiFePO4 battery, inverter, MPPT PV charging, AC charging, pure sine wave AC output, UPS transfer functionality and RS485/WiFi communication inside one floor-standing enclosure.
The series includes 6kW/10.5kWh, 10kW/10.5kWh, 6kW/16kWh and 12kW/16kWh configurations.
Both models have a 6kW rated AC output. The 16kWh model stores more nominal battery energy than the 10.5kWh model.
Both models have 10.5kWh nominal battery energy. The 10kW model provides a higher rated AC output for larger simultaneous-load demand.
No. 16kWh is the nominal battery-energy value. Rated output power is separately specified as 6kW or 12kW for the 16kWh configurations.
Compatible strings must remain within the 500Vdc maximum PV voltage, 60–450Vdc MPPT range and the selected model's 22.5A or 25A current limit.
It is the specified transfer time of the integrated UPS function. Compatibility still depends on the connected equipment and configured load.
Suitability depends on the home's simultaneous loads, startup demand, priority circuits and installation design. The product should be selected against the actual load profile.
The source diagrams show a diesel generator as an AC source. Generator voltage, frequency, waveform, power and control requirements must be matched for the project.
The product documents list an IP20 protection grade. The final installation environment should follow the approved product and installation requirements.
Compressors, pumps, refrigerators, motors, power tools and some kitchen appliances can require startup power above their normal running value.
The product documents list RS485 and WiFi communication. Final monitoring functions and communication compatibility should be confirmed for the selected configuration.
Configure Your 6–12kW All-In-One Home ESS with AINEGY
Send the continuous load, startup demand, required backup duration, PV-string data, AC-source conditions, communication requirements and installation environment. AINEGY will review the appropriate 6kW, 10kW or 12kW output and 10.5kWh or 16kWh battery configuration.