Anker SOLIX X1 Manual

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1. About This Guide

1.1 Purpose

1.2 Intended Audience

2. Unboxing

2.1 Check Before Installation

2.2 In the Power Module Box

2.3 In the Battery Module Box

2.4 Optional Accessories and Service Parts

3. At a Glance

3.1 Anker SOLIX X1

3.2 Power Module

3.3 Battery Module

4. Pre-Installation

4.1 Select an Installation Site

4.2 Plan Conduit Run

4.3 Measure the Distance

Stacking

Equipment Dimensions

Installation Clearance

Maximum Length of Signal Cable

4.4 Prepare Tools and Supplies

Required Tools

Required Supplies

5. Installation

5.1 Floor Mounting

Step 1: Mark pilot holes for the first module.

Step 2: Mark pilot holes for the remaining modules.

Step 3: Attach mount brackets to the wall.

Step 4: Mount modules onto the brackets.

5.2 Wall Mounting

Step 1: Install the baseplate and bracket holders.

Step 2: Mark pilot holes on the wall.

Table of Contents

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Summary of Contents for Anker SOLIX X1

Page 1 2.1 Check Before Installation 2.2 In the Power Module Box 2.3 In the Battery Module Box 2.4 Optional Accessories and Service Parts 3. At a Glance 3.1 Anker SOLIX X1 3.2 Power Module 3.3 Battery Module 4. Pre-Installation 4.1 Select an Installation Site 4.2 Plan Conduit Run...
Page 2: Commissioning The System
6.3 Complete Connections 7. Commissioning the System 7.1 Verify Hardware Installation 7.2 Power On the System 7.3 Use the Anker SOLIX Professional App Download and Install the App Build System Step 1: Collect Owner Details Step 2: Select System Type...
Page 3 9.1 Power Off the System 9.2 Routine Maintenance 9.3 Troubleshooting 10. Customer Service 11. System Information 11.1 Nameplates 11.2 Specifications Anker SOLIX X1 WLAN Dongle (DG-WF-H) Power Sensor (SDM230-Modbus V1, DTSU666) 12. Safety Information 12.1 IMPORTANT SAFETY INSTRUCTIONS 12.2 Notice 13. Appendices Appendix A.
Page 4: About This Guide
1. About This Guide 1.1 Purpose This guide describes Anker SOLIX X1 in terms of unboxing, product overview, installation, electrical connections, commissioning, screen and light guide, maintenance, customer service, system information, and safety guidelines. Anker SOLIX X1 includes one or more power modules and battery modules.
Page 5 Black AC Connector 3 Pins 76.7 mm 8 Pins RJ45 Connector with 2×120Ω Resistors Black RJ45 Connector 8 Pins Insulated Tube Terminal (COM) For Signal Cables (0.2-0.35 mm²) Insulated Tube Terminal (Meter) For Meter Signal Cables ( 0.2-0.5 mm²) Length: 19.5 mm Insulated Tube Terminal (AC) For AC Cables (6 mm²) Ring Terminal...
Page 6 For 8 mm² Cable Negative DC Power Connector For 8 mm² Cable Ring Terminal RNB5.5-5 Black Heat Shrink Tubing Caliber: 8 mm Length: 25 mm Screw M5×14 mm 3. At a Glance 3.1 Anker SOLIX X1 Figure: Appearance of the Anker SOLIX X1.
Page 7: Power Module
Power module Battery modules Floor mounting base (for floor mounting) · Use the baseplate for wall mounting. Heat sink Wall-mount cleats 3.2 Power Module Figure: Appearance of the power module. POWER ON POWER ON WLAN/4G SWITCH SWITCH BAT- BAT+ BAT- BAT+ LED screen Status light Black start button...
Page 8: Battery Module
3.3 Battery Module Figure: Appearance of the battery module. BAT- BAT+ BAT- BAT+ Battery module Internal ground point DC power ports (BAT+ / BAT–) BMS ports Internal ground point Heat sink Screw holes for locking modules 4. Pre-Installation 4.1 Select an Installation Site 1.
Page 9 Reserve sufficient space for heat dissipation and safety isolation. Follow the dimensions below to measure the distance between system components. Stacking Stack no more than one power module and three battery modules per column. Anker SOLIX X1 Battery Module ×1 ×2 ×3...
Page 10: Equipment Dimensions
Equipment Dimensions Figure: Dimensions of Anker SOLIX X1. 307 mm 335 mm 360 mm 510 mm 360 mm 360 mm 70 mm 670 mm 150 mm Installation Clearance Ensure sufficient spacing for cabling, heat dissipation, and safety isolation. Minimum clearance from the wall on both sides...
Page 11: Required Tools
Figure: Installation space for wall-mounted modules. Side View Front View ＞500 mm ＞500 mm ≥ 500 300-600 mm 300-600 mm 300-600 mm ≥ 300 mm ≥ 300 mm Length varies based upon your home. Maximum Length of Signal Cable Data Exchange Between Devices Maximum Length of Signal Cable Power Module to Power Module 30 m...
Page 12 Measuring Instruments Level Metal Tape Measure Installation and Wiring Tools Marker Heat Gun Wire Strippers OT Terminal Crimper Disassembly Tool RJ45 Crimping Tool Pliers Rubber Mallet Flathead Screwdriver Cable Cutter Solar Crimping Tool Power Drill Drill Bit: 8 mm Tube Terminal Crimper No.1 Phillips Screwdriver Cable Tester Torque Wrench...
Page 13: Required Supplies
Required Supplies · Cable conduits: depending on local electrical requirements. · Prepare cables in compliance with relevant local codes. All cables are rated minimum 90°C. Function Required Supplies Specifications GND cable Yellow/green, 6 mm², minimum 600 V rated, copper Positive DC power cable Red, 8 mm², minimum 600 V rated, copper Negative DC power cable Black, 8 mm², minimum 600 V rated, copper...
Page 14 Figure: Mark pilot holes for the first module if the baseboard is 0-15 mm thick. Wall T o p Baseboard 0-15 mm B o t t o m T o p T o p 90° 90° If the baseboard is between 16 and 70 mm thick, follow these steps to mark pilot holes for the first module. Keep a distance of 70 mm between the floor mounting base and the wall surface.
Page 15 Step 2: Mark pilot holes for the remaining modules. Unfold the positioning card and align the bottom row of holes with the marked holes. Choose and mark a hole on each side at the top for the second module. Repeat the previous step to mark any remaining pilot holes as necessary. Figure: Mark pilot holes for the remaining modules.
Page 16 · After drilling, clean up any shavings that have accumulated inside or outside the equipment. · In the case of a wall with studs, use the self-tapping screws (M6×50 mm) in lieu of the plastic anchors and screws (M6×50 mm). Figure: Install mount brackets.
Page 17 Figure: Mount the first battery module and floor mounting base. BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ ＜5 mm/0.5 ︒ Mount the remaining modules from bottom to top. After installing a module, tighten the module interlockers using the included screws (M5×14 mm), and then mount the next module.
Page 18 Figure: Mount the power module. BAT- BAT+ If necessary, insert the included wedge shim into the power module's mount bracket to ensure stability. Figure: Insert the wedge shim.
Page 19: Wall Mounting
When adding the second column, attach the top cover to the top battery module using the screws (M5×14 mm, included). Figure: Install the top cover for the second column. 5.2 Wall Mounting Step 1: Install the baseplate and bracket holders. To secure the baseplate and bracket holders, select a set of screw holes based on the wall conditions and tighten the screws (M4x10mm, included).
Page 20 8 mm ＞70 mm 90 ︒ Step 2: Mark pilot holes on the wall. Fold the positioning card (included with the power module package) along the bottom crease. Align the card with the top of the floor mounting base and use a level to ensure it is horizontal. Select and mark a hole on each side based on the wall conditions to secure the first module.
Page 21 Figure: Mark pilot holes on the wall. T o p B o t t o m T o p 90° T o p 90° Figure: Dimensions of pilot holes. 508 mm 406 mm 304 mm Power 1323 mm Module Φ 5 mm Battery Battery 963 mm...
Page 22 Step 3: Attach mount brackets to the wall. Drill the marked pilot holes in the wall. Make sure the drill bit is aligned with the center of the holes. Insert the plastic anchors (M6×50 mm, included) into the pilot holes. Make sure the anchors are flush with the wall. Align the anchors with the corresponding slots of the mount bracket.
Page 23 Figure: Install conduits when adding a second column. Step 5: Mount modules onto the brackets. Hang the first battery module onto the mount bracket and fasten the module to the baseplate. When securing the module interlockers, make sure that the inner edges of the baseplate and all the modules are aligned within a tolerance of 1 mm.
Page 24 Figure: Mount the first battery module. BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ Mount the remaining modules from bottom to top. After installing a module, tighten the module interlockers using the screws (M5×14 mm, included), and then mount the next module. Figure: Mount the second and third battery modules.
Page 25 Figure: Mount the power module. BAT- BAT+ If necessary, insert the included wedge shim into the power module's mount bracket to ensure stability. Figure: Insert the wedge shim. When adding the second column, attach the top cover to the top battery module using the screws (M5×14 mm, included).
Page 26: Electrical Connections
· Depending on local requirements, the wiring can be installed through conduits or cable glands. · Anker SOLIX X1 is only compatible with the specified power sensors (Model: SDM230-Modbus V1, DTSU666). · The inverter has not been tested to AS/NZS 4777.2:2020 for multiple inverter combinations so combinations should not be used or external devices should be used in accordance with the requirements of AS/NZS 4777.1.
Page 27 Figure: Remove dustproof plugs from modules. POWER ON SWITCH SWITCH BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ 2. Connect a GND cable from the power module to the external ground point. Strip the insulation layer of a GND cable (6 mm², yellow/green, not included).
Page 28 Figure: Connect GND cables between modules. POWER ON SWITCH SWITCH BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ 4. Connect the RJ45 signal cables between the modules. Loosen the locking caps, insert the RJ45 signal cables (black, included) into the BMS ports, and rotate the locking caps to secure.
Page 29 5. Connect the negative DC power cables between the modules. Insert the negative DC power cables (black, included) into the modules' negative power ports (BAT-). Figure: Connect negative DC power cables between modules. POWER ON SWITCH SWITCH BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT-...
Page 30 Use a disassembly tool (not included) to remove the connected DC power cables. Figure: Disconnect the DC power cables. 7. Seal unused ports. On the bottom battery module, insert an RJ45 connector (with 2×120Ω terminating resistor, included) into the BMS port, a female dustproof cap (included) into the negative DC power port (BAT-), and a male dustproof cap (included) into the positive DC power port (BAT+).
Page 31 Connect Two Columns of Modules To connect two columns, which generally consist of a power module and over three battery modules, follow the steps below. 1. Connect a GND cable from the power module to the external ground point. Refer to “Connect One Column of Modules” for detailed instructions. Figure: Connect to the external ground point.
Page 32 Figure: Connect cables between adjacent modules. POWER ON SWITCH SWITCH BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ 3. Connect cables between the bottom modules. Thread cables through conduits.
Page 33 BAT- BAT+ Figure: Thread cables through conduits for floor mounting. BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ Wall-Mounted Modules Thread a GND cable (6 mm², yellow/green, not included) and a signal cable (Cat 5 or higher, 5-6 mm in diameter, not included;...
Page 34 To assemble the RJ45 signal cable: Insert the signal cable into the RJ45 cable glands, and strip the insulation layers from both ends. Insert the wires into the RJ45 connectors (included) in the EIA/TIA 568B order. From Bottom to Top (Clip Faces Away) Wire Color Orange-white Orange...
Page 35 Assemble the positive and negative DC power cables. Strip the insulation layers from both ends. Crimp the positive and negative metal terminals (included) onto the corresponding cables. Make sure the terminals are securely attached and cannot be pulled out. Insert the positive and negative metal terminals into the corresponding DC power connectors. You should hear a click when they are properly connected.
Page 36: External Connections
4. Seal unused ports. On the top battery module in the second column, insert an RJ45 connector (with 2×120Ω terminating resistor, included) into the BMS port, a female dustproof cap (included) into the negative DC power port (BAT-), and a male dustproof cap (included) into the positive DC power port (BAT+).
Page 37: Connect To The Internet
Connect to the Internet Remove the panel from the upper right of the power module. Keep the two screws (M3×8 mm) for later reinstallation. Open the WLAN/4G port cover on the right side of the power module. WLAN/4G Install the appropriate dongle according to the networking methods. Option 1: Connect via Wi-Fi.
Page 38 25 mm Option 3: Connect via 4G. Insert the Mobile dongle (VCB-5106L6-WB-AK, not included) into the WLAN/4G port.
Page 39 Press the back of the panel to reinstall it, and then tighten the screws (M3×8 mm). WLAN/4G After installing the dongle, configure the Internet settings in the Anker SOLIX Professional app. For detailed instructions, refer to “Step 2: Configure System Network”.
Page 40 Disassemble an AC connector (included). Route the 3-conductor cable (6 mm², not included) through the nut, claw, seal body, and body. Strip the insulation layers from the conductors, and insert and crimp the tube terminals. 10 mm 6 mm² Claw Seal body Body Housing Locker Power Module Connect the L (brown), N (blue), and GND (yellow/green)
Page 41 Connect the power module to the power sensors on both the grid side and the solar panel side. · The Anker SOLIX X1's anti-reverse flow measures include real-time power monitoring through communication between the power module and the power sensors (Model: SDM230-Modbus V1, DTSU666), with software and hardware interventions to prevent power from feeding back into the grid.
Page 42 Single-Phase Connection AC GRID AC GRID Figure: Single-phase wiring diagram. AC BACKUP RS485+ (RS485A) RS485- (RS485B) Home Main Panel Power Module Main Meter Grid WLAN/4G AC GRID AC GRID AC BACKUP 485+ (485A) 485- (485B) Solar Panels Solar Inverter Component Terminal Definition Wire Size...
Page 43 WLAN/4G WLAN/4G Remove the wiring compartment cover by pressing AC GRID AC GRID AC BACKUP AC BACKUP the clips on both sides. Remove the wiring compartment cover by pressing the clips on both sides. Ethernet Cable (Φ 5.5±0.5 mm) Crimp one tube terminal (for 0.2-0.35 mm² conductor, included) onto the 485+ (485A) conductors, and the other tube terminal onto the 485- (485B) conductors.
Page 44 AC GRID AC GRID AC BACKUP Three-Phase Connection Figure: Three-phase wiring diagram. Power Module Grid Main Meter WLAN/4G 1112 1112 13 14 16 17 19 21 24 25 13 14 16 17 19 21 24 25 AC GRID AC GRID AC BACKUP Home Main Panel...
Page 45 Rotate to remove the locking cap from the wiring compartment cover. Then take out a waterproof plug. Ethernet Cable (Φ 5.5±0.5 mm) Crimp one tube terminal (for 0.2-0.35 mm² conductor, included) onto the 485+ (485A) conductors, and the other tube terminal onto the 485- (485B) conductors.
Page 46 Connect to the Demand Response Enabling Device (DRED) Connect the power module to the Demand Response Enabling Device (DRED). Identify the terminals to connect based on the table below. Terminal Definition DRM1/5 DRM2/6 DRM3/7 DRM4/8 DRM REF DRM COM Figure: DRM port of the power module. WLAN/4G AC GRID AC BACKUP...
Page 47 Crimp the RJ45 connector using a crimping tool. Ensure that the pins click in place. Use a cable tester to verify proper wiring and continuity. Insert the signal cable into the DRM port of the power module. Connect the other end of the signal cable to the Demand Response Enabling Device (DRED). Figure: Connect to the DRED.
Page 48 Reinstall the Wiring Compartment Cover Plug the cover into the wiring compartment and secure it by turning the locking cap. Figure: Reinstall the wiring compartment cover. WLAN/4G WLAN/4G AC GRID AC GRID AC BACKUP AC BACKUP...
Page 49 6.3 Complete Connections 1. Install the side covers* to the battery modules from the bottom up. *The side covers may vary due to batch variations. Figure: Install side covers to battery modules. POWER ON WLAN/4G AC GRID AC BACKUP SWITCH SWITCH BAT- BAT+ BAT-...
Page 50 Figure: Install side covers to the power module. WLAN/4G AC GRID AC BACKUP M4×16 mm 1.2N·m 3. Install the top cover baffles when installing two columns of modules. Figure: Install the top cover baffles.
Page 51 4. Install the base baffles when installing two columns of modules. Wall-Mounted Modules Floor-Mounted Modules BAT- BAT+ BAT- BAT+ BAT- BAT+ BAT- BAT+ Figure: Install the base baffles for wall mounting. Figure: Install the base baffles for floor mounting.
Page 52 5. Select and mark the correct system model on the power module's label.
Page 53: Verify Hardware Installation
The UI images shown are for illustration only and may not match the actual display, which can vary depending on the software version. Download and Install the App The Anker SOLIX Professional app will guide you through the commissioning process. 1. Download the Anker SOLIX Professional app from the App Store (iOS devices) or Google Play (Android devices).
Page 54: Build System
Input the system and owner information. Step 2: Select System Type Select the appropriate system type. System Type Does System Include Solar Inverter Inverter Brand Anker Energy Storage Anker Energy Storage & Anker Solar Anker SOLIX Inverter Anker Energy Storage & Third-Party Others Solar Inverter...
Page 55: Configure Storage
Configure Storage Step 1: Connect Device Connect the power module to the Anker SOLIX Professional app via Bluetooth. Go to Storage Settings. Select the power module from the Bluetooth device list or scan the barcode on the power module's label. Then enter the...
Page 56 Step 2: Configure System Network Configure the Internet connection using Wi-Fi, Ethernet, or 4G. Step 3: Add Devices Manually input the numbers of the power modules and battery modules. Refresh to search for the devices automatically. Next Select to move on when you see the message "Device added successfully." If the detected numbers do not match the input numbers, change the input numbers and tap Refresh again.
Page 57 Step 4: Update System Update the system firmware to the latest version. Step 5: Configure Meter Configure the meter address, and then check whether the meters are correctly connected and configured onsite.
Page 58: Configure System
Step 6: Power On System Tap to power on the system, and tap Next. If the system is already on, tap Next directly. Configure System Step 1: Advanced Configuration System Configuration. Select a grid code and time zone. When the time zone is set to Australia, select the applicable grid code. Please contact your electricity grid operator for which region to use.
Page 59 Step 2: Perform System Test Select Start to perform the system test. This involves testing the wiring, CT/meter connections, and both on-grid and off- grid functions. Next If system testing is successful, tap to proceed. If system testing fails, follow the on-screen troubleshooting instructions and tap Retry.
Page 60: Post Commissioning
Post Commissioning Step 1: Delivery Post Commissioning. Enter the owner's e-mail and the verification code. The owner account is created once you see the prompt "Delivery successful." Tap Next to proceed.
Page 61 · Off-Grid*: Power your home with solar power and stored battery energy when the grid goes down. * Anker SOLIX X1's off-grid mode is incompatible with the Sunlight Backup mode of the Enphase microinverter. Disable Sunlight Backup mode before using Anker SOLIX X1 off-grid.
Page 62: Manage System
Manage System View and Modify System Settings To view and modify system settings after commissioning, follow these steps: 1. Tap the system name from the list on the home screen. 2. If the power module is disconnected from the app, reconnect via Bluetooth. Enter the password located under the power module's barcode.
Page 63 Delete a system that has not completed commissioning. After commissioning, please inform the owner that the equipment can only be turned off using the Anker app until grid connection approval is granted. Once approval is complete, the equipment can be turned on and off using the Anker app.
Page 64 Battery Overall battery level Home Loads Home load power Internet Connected to the Internet Disconnected from the Internet Grid On-grid Off-grid Battery power Energy Storage Estimated time for battery to deplete Recharging Discharging Standby...
Page 65: Status Light Indication
8.2 Status Light Indication 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...
Page 66: Troubleshooting
9.3 Troubleshooting Once a system fault is detected, you will receive push notifications via the Anker SOLIX Professional app, web platform, or email. Please refer to the notifications for troubleshooting measures. If you require further assistance, please contact Anker Customer Service.
Page 68: Specifications
11.2 Specifications Specifications are subject to change without notice. Anker SOLIX X1 System Model X1-P6K-B05-S X1-P6K-B10-S X1-P6K-B15-S X1-P6K-B20-S X1-P6K-B25-S X1-P6K-B30-S Battery Battery Type Li-ion (LFP) Battery Energy Capacity 5 kWh 10 kWh 15 kWh 20 kWh 25 kWh 30 kWh...
Page 69 For application of AS/NZS 4777.2:2020 standard, the nominal voltage is 230 Va.c., nominal frequency is 50 Hz, and the power factor ranges from 0.8 inductive (under-excited) to 0.8 capacitive (over-excited). WLAN Dongle (DG-WF-H) Compatible Device X1-P6K-S Anker SOLIX X1 Power Module X1-H3.68K-S, X1-H4.6K-S, X1-H5K-S, X1-H6K-S X1-H5K-T, X1-H8K-T, X1-H10K-T, X1-H12K-T Backup Controller Backup Controller 200-H...
Page 70: Safety Information
Enclosure Plastic Assembly Ingress Rating IP65 Power Sensor (SDM230-Modbus V1, DTSU666) Model SDM230-Modbus V1 DTSU666 Power Supply Grid Connection Type 1P2W 3P4W Frequency 50 / 60 Hz Nominal Voltage 230 V 3 × 220 / 380 V…3 × 240 / 415 V Measurement Range Current Measuring Range 0 to 100 A...
Page 71 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. Risk of Electric Shock from Stored Energy Indicates discharge time is 6 minutes from de-energization.
Page 72 Personal Safety To reduce the risk of burns, do not touch the equipment surfaces as they may be hot. Never touch the enclosure of an operating device. · Ensure that power is off during installation. Do not install or remove a cable with power on. ·...
Page 73 RS485 Backup Loads Power Sensor Grid Anker SOLIX X1 Environmental Requirements · Do not expose the equipment to flammable or explosive gas or smoke. Do not perform any operation on the equipment in such environments. · Do not store any flammable or explosive materials near the equipment.
Page 74 60°C (140°F), sunshine or like, expose to extremely low air pressure or dispose of in fire or water. Replace only with specified batteries. Anker Innovations Limited I Unit 56, 8th Floor, Tower 2, Admiralty Centre, 18 Harcourt Road, Hong Kong...
Page 75: Appendix A. System Wiring Diagrams
13. Appendices Appendix A. System Wiring Diagrams This diagram shows the primary system for partial home backup. In this system, Anker SOLIX X1 stores energy from the grid or solar and powers selected loads during a grid outage. Main Meter...
Page 76 Symbol Description DRM1/5 DRM2/6 DRM3/7 DRM4/8 Communication with the Demand Response Enabling Device (DRED) DRM_REF DRM_COM PCS_COM2 RS485-_PCS RS485+_PCS OffGrid_SELV Cascaded connection of power modules 50Hz_Sync CANa- CANa+ PCS_COM1 RS485-_PCS RS485+_PCS OffGrid_SELV Cascaded connection of power modules 50Hz_Sync CANa- CANa+ Reserved for future use Reserved for future use Meter...
Page 77: Appendix C. Revision Log
Appendix C. Revision Log Changes between document releases are cumulative. The latest document release includes all changes made in previous releases. Revision Date Description 2024-12-06 Initial Release...

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