Advertisement
This document provides information and use instructions about the Anker SOLIX X1 Power Module X1-H(5~12)K-T series or hybrid three-phase power modules.
Function
The Anker SOLIX X1 Power Module X1-H(5~12)K-T series (power module for short) is a hybrid three-phase power module that offers a comprehensive solution for home energy storage.
The power module can integrate with solar panels to convert excess energy into electricity, charge the batteries to store the energy in the batteries, and control the batteries to supply power to the loads. Without solar, the power module can control multiple battery modules to charge during lowcost electricity hours and discharge during high-cost electricity hours.
Model
The following table lists the Anker SOLIX X1 Power Module models to which this document applies.
Product Name | Anker SOLIX X1 Power Module |
Short Form | Power module |
Product Models | X1-H5K-T, X1-H8K-T, X1-H10K-T, X1-H12K-T |
Description | X1: Product series |
H: Product category (Hybrid inverter) | |
(5~12)K: Power level (5 kW, 8 kW, 10 kW, 12 kW) | |
T: Type of AC power distribution (Three-phase) | |
Specifications | 220/380 VAC, 230/400 VAC, 3L+N+PE |
Battery Capacity
The Anker SOLIX X1 Power Module supports up to six Anker SOLIX X1 Battery Modules (Model: X1-B5-H). The following table lists the stacking examples and corresponding energy capacity.
The Anker SOLIX X1 Power Module applies to energy storage systems with partial home backup. The system stores energy from the grid or solar power and powers selected loads during a grid outage.
New-Build Scenario
The following diagram shows the wiring for a new system.
Figure: New system wiring.
Retrofit Scenario
The following diagram shows the wiring for a retrofitted system.
Figure: Retrofitted system wiring.
Figure: Appearance of Anker SOLIX X1 Power Module X1-H(5~12)K-T.
The LED screen of the power module will show you the working status of the system.
| ![]() Overall Battery Level | |
![]() Recharging | ![]() Discharging | |
| ![]() Home Load Power | |
| ![]() Connected to the Internet | ![]() Disconnected from the Internet |
| ![]() On Grid | ![]() Off Grid |
| ![]() Cumulative Solar Energy for the Day |
The power module's light bar will indicate the system status.
![]() | Light Bar | Status |
Flashing white once, and then steady white | Powered on | |
Flashing white | Configuring or connecting to the Internet | |
Steady white | On-Grid mode | |
Steady blue | Off-Grid mode | |
Flashing blue | Battery low in Off-Grid mode | |
Flashing red | Malfunction | |
Flashing white in sequence | Firmware upgrading |
The Anker app enables remote control of your system with the following features:
The home screen provides insight into your home's energy use and generation.
Work modes change the way your power module transfers power. Select your preferred work mode to meet your home's specific energy needs.
Self-Consumption | Increase your home's reliance on solar power and reduce dependence on the grid.
|
Time of Use | The battery modules will charge when utility rates are the lowest, and power your home when utility rates are the highest. Make sure to edit your utility rate plan for weekdays and weekend. |
Off-Grid | Power your home with solar power and the stored battery energy when the grid goes down. * The Anker SOLIX X1's off-grid mode is incompatible with the Sunlight Backup mode of the Enphase microinverter. It is necessary to disable the Sunlight Backup mode of the Enphase microinverter before using the Anker SOLIX X1's off-grid mode. |
There are three advanced options that impact how the energy storage system exports and imports power to and from the grid.
Grid Charging | Turn on to allow the grid to charge battery modules. Turn off to charge the battery modules only from solar power. |
Peak Shaving | Activate to smooth out peak loads and reduce overall charges on the grid. This is achieved by utilizing the stored battery energy. |
Rapid Battery Charging | Charge the battery modules at full speed using both grid and solar power. |
To ensure your system can achieve optimal performance and use all the latest features, it is recommended to upgrade the firmware from time to time.
To power on the system:
To power off the system:
To ensure the energy storage system operates properly for an extended period, it is recommended to perform routine maintenance.
Power off the system before cleaning it, connecting cables, and ensuring grounding reliability.
Check Item | Check Method | Maintenance Interval |
System cleanliness | Check periodically that the heat sinks are free from obstacles and dust. | Once every 6 to 12 months |
System running status |
| Once every 6 months |
Electrical connection |
| The first inspection is 6 months after the initial commissioning. From then on, the interval can be 6 to 12 months. |
Grounding reliability | Check that ground cables are securely connected. | The first inspection is 6 months after the initial commissioning. From then on, the interval can be 6 to 12 months. |
Firmware version | Check that the firmware is updated to the latest version via the app. | Once every 6 months |
Only qualified professionals or trained personnel are allowed to install, operate, and maintain the equipment.
You will receive push notifications from the Anker app once a system fault is detected. Please have the following information available when contacting Anker.
For instance, if a ground fault is detected, the Anker app will send a notification, the light bar will turn red, and the power module screen will show 'EE.' which meets the Earth Fault alarm requirements of AS/NZS 5033.
In the event of any threat to health or safety, always begin with these two steps before addressing the other suggestions below:
Only perform the suggested actions below if it is safe to do so.
In all cases, once the situation is stable, contact the Anker Customer Service.
Specifications are subject to change without notice.
Product Name | Anker SOLIX X1 Power Module | |||
Model Name | X1-H5K-T | X1-H8K-T | X1-H10K-T | X1-H12K-T |
PV INPUT | ||||
MPPT Voltage Range | 140 - 950 Vd.c. | 140 - 950 Vd.c. | 140 - 950 Vd.c. | 140 - 950 Vd.c. |
Max. Input Voltage | 1000 Vd.c. | 1000 Vd.c. | 1000 Vd.c. | 1000 Vd.c. |
Max. Input Current | 16/16 Ad.c. | 16/16 Ad.c. | 16/16 Ad.c. | 16/16 Ad.c. |
Isc PV Array Short Circuit Current | 20/20 Ad.c. | 20/20 Ad.c. | 20/20 Ad.c. | 20/20 Ad.c. |
Max. Inverter Backfeed Current to Array | 0 A | 0 A | 0 A | 0 A |
BATTERY INPUT and OUTPUT | ||||
Battery Type | Li-ion | Li-ion | Li-ion | Li-ion |
Voltage Range | 350 - 450 Vd.c. | 350 - 450 Vd.c. | 350 - 450 Vd.c. | 350 - 450 Vd.c. |
Rated Charge/Discharge Power | 5 kW/5 kW | 8 kW/8 kW | 10 kW/10 kW | 12 kW/12kW |
Rated Charge/Discharge Current | 12.5 Ad.c./12.5 Ad.c. | 20 Ad.c./20 Ad.c. | 25 Ad.c./25 Ad.c. | 30 Ad.c./30 Ad.c. |
Max. Continue Charge/Discharge Current | 15 Ad.c./15 Ad.c. | 24 Ad.c./24 Ad.c. | 30 Ad.c./30 Ad.c. | 36 Ad.c./36 Ad.c. |
AC GRID INPUT and OUTPUT | ||||
Rated Voltage | 220/380 Va.c., 230/400 Va.c., 3L+N+PE | 220/380 Va.c., 230/400 Va.c., 3L+N+PE | 220/380 Va.c., 230/400 Va.c., 3L+N+PE | 220/380 Va.c., 230/400 Va.c., 3L+N+PE |
Rated Frequency | 50/60 Hz | 50/60 Hz | 50/60 Hz | 50/60 Hz |
Rated Output Active Power | 5 kW | 8 kW | 10 kW | 12 kW |
Rated Output Apparent Power | 5 kVA | 8 kVA | 10 kVA | 12 kVA |
Max. Output Active Power | 5 kW | 8 kW | 10 kW | 12 kW |
Max. Output Current | 8.4 Aa.c. | 13.3 Aa.c. | 16.7 Aa.c. | 20 Aa.c. |
Max. Input Power/Current From Grid | 10 kVA/15.2 Aa.c. | 16 kVA/24.3 Aa.c. | 20 kVA/30.3 Aa.c. | 20 kVA/30.3 Aa.c. |
Power Factor Range | 0.8 ind - 0.8 cap | 0.8 ind - 0.8 cap | 0.8 ind - 0.8 cap | 0.8 ind - 0.8 cap |
Current (Inrush) | 100 A/20 us | 100 A/20 us | 100 A/20 us | 100 A/20 us |
Max. Output Fault Current | 68 A/260 us | 68 A/260 us | 68 A/260 us | 68 A/260 us |
Max. Output Overcurrent Protection | 30 A/10 s | 30 A/10 s | 30 A/10 s | 30 A/10 s |
AC BACKUP OUTPUT | ||||
Rated Output Power | 5 kW | 8 kW | 10 kW | 12 kW |
Rated Output Apparent Power | 5 kVA | 8 kVA | 10 kVA | 12 kVA |
Max. Output Power | 5.25 kW | 8.4 kW | 10.5 kW | 12.6 kW |
Max. Output Apparent Power | 5.25 kVA | 8.4 kVA | 10.5 kVA | 12.6 kVA |
Max. Output Current | 7.2 Aa.c. | 11.6 Aa.c. | 14.5 Aa.c. | 17.4 Aa.c. |
Output Voltage | 220/380 Va.c., 230/400 Va.c., 3L+N+PE | 220/380 Va.c., 230/400 Va.c., 3L+N+PE | 220/380 Va.c., 230/400 Va.c., 3L+N+PE | 220/380 Va.c., 230/400 Va.c., 3L+N+PE |
Output Frequency | 50/60Hz | 50/60Hz | 50/60Hz | 50/60Hz |
Power Factor Range | 0.8 ind - 0.8 cap | 0.8 ind - 0.8 cap | 0.8 ind - 0.8 cap | 0.8 ind - 0.8 cap |
GENERAL INFORMATION | ||||
Inverter Topology | Non-Isolated | Non-Isolated | Non-Isolated | Non-Isolated |
Overvoltage Category | III[MAINS], II[PV, BAT] | III[MAINS], II[PV, BAT] | III[MAINS], II[PV, BAT] | III[MAINS], II[PV, BAT] |
Operating Temperature Range | -25°C to 60°C | -25°C to 60°C | -25°C to 60°C | -25°C to 60°C |
Storage Temperature Range | -40°C to 70°C | -40°C to 70°C | -40°C to 70°C | -40°C to 70°C |
Relative Humidity | 5% to 95% | 5% to 95% | 5% to 95% | 5% to 95% |
Altitude | ≤ 4000 m | ≤ 4000 m | ≤ 4000 m | ≤ 4000 m |
Ingress Protection | IP66 | IP66 | IP66 | IP66 |
Protection Class | I | I | I | I |
Active Anti-Islanding Method | Power Variation (method c) | Power Variation (method c) | Power Variation (method c) | Power Variation (method c) |
Note: When applying AS/NZS 4777.2:2020, the rated voltage is 230 Va.c., the rated frequency is 50 Hz, and the power factor range is 0.8 inductive (under-excited) to 0.8 capacitive (over-excited).
Symbols
Symbol | Description |
Caution Indicates a low-risk hazard. Failure to avoid this hazard could result in minor or moderate injury. | |
Warning Indicates a hazard with a moderate level of risk. Failure to avoid this hazard could result in death or serious injury. | |
Danger Indicates a highly risky hazard. Failure to avoid this hazard could result in death or serious injury. | |
![]() | Refer to Operating Instructions Indicates that users should refer to operating or installation instructions before proceeding. |
![]() | Caution, risk of electric shock, energy storage timed discharge Indicates discharge time is 1 minute from de-energization. |
Risk of electric shock Indicates components that present risk of electrical shock. | |
Caution, hot surface Indicates that equipment surfaces may be hot and pose a burn risk. | |
![]() | PE conductor terminal Indicates a terminal that allows the electrical connection of conductors for earthing or grounding purposes. |
General Information
This document contains important instructions that must be followed during installation, use, and maintenance.
Read instructions carefully before performing any operation on the equipment.
Do not make any changes or create settings that are not described in this document. If physical injury, loss of data, or damage is caused by failure to follow instructions, the warranty does not apply.
Battery Safety
General Instructions Regarding Removal and Installation of Batteries:
A BATTERY CAN PRESENT A RISK OF ELECTRICAL SHOCK, BURN FROM HIGH SHORT-CIRCUIT CURRENT, FIRE, OR EXPLOSION FROM VENTED GASES. OBSERVE PROPER PRECAUTIONS.
WHEN REPLACING BATTERIES, USE THE SAME NUMBER AND THE FOLLOWING TYPE OF BATTERIES: LiFePO4.
PROPER DISPOSAL OF BATTERIES IS REQUIRED. REFER TO YOUR LOCAL CODES FOR DISPOSAL REQUIREMENTS.
Personal Safety
To reduce the risk of burns, do not touch the equipment surfaces as they may be hot.
Never touch the enclosure of operating equipment.
Electrical Safety
Do not disconnect under load!
Use conductors with insulation rated for at least 90 ℃/194℉.
Do not wire when energized.
Risk of electric shock. Terminals on the line and load sides may be energized when circuit breakers are in the open position.
Risk of electric shock from stored energy. Start maintaining the equipment at least 1 minute after the equipment disconnects from all external power supplies.
Environmental Requirements
Mechanical Safety
Commissioning
Maintenance and Replacement
Disconnect all sources of supply before servicing.
Replace only with the same ratings and type of a fuse.
Disconnect supply before changing a fuse.
Only certified professionals are allowed to install and maintain the battery and external power supplies. High touch current, earth connection essential before connecting supply.
Do not disassemble the equipment without authorization. Tampering with the equipment will invalidate the warranty.
support@anker.com
(UK) +44 (0) 1616 056 301
(DE) +49 (800) 000 2522
(AU) +61 1800 929 112
(IT) +39 800 776 561
10-Year Limited Warranty
Please visit ankersolix.com/warranty for full warranty details.
Here you can download full pdf version of manual, it may contain additional safety instructions, warranty information, FCC rules, etc.
Advertisement
Need help?
Do you have a question about the SOLIX X1 and is the answer not in the manual?
Questions and answers