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RENON Xtreme LV 1.0 User Manual

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User Manual
Xtreme LV 1.0
A13 VERSION
Renon Power Technology Inc.
© Renon Power Technology Inc.
All Rights Reserved Specifications are subject to change without notice.

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  • Page 1 User Manual Xtreme LV 1.0 A13 VERSION Renon Power Technology Inc. © Renon Power Technology Inc. All Rights Reserved Specifications are subject to change without notice.
  • Page 2 PROVIDE INNOVATIVE, storage solutions to global customers. At Renon, we believe that sustainable energy is the future. We are RELIABLE, AND passionate about reducing carbon emissions and preserving our planet for future generations. That's why we invest heavily in research and...

  • Page 3: Table Of Contents

    Table of Contents 1 Safety Instructions ..........................6 1.1 General Safety Precautions ......................6 1.2 Transportation and Storage Precautions ................... 6 1.3 Installation Precautions ......................7 1.4 Usage Precautions ........................8 1.5 Response to Emergency Situations ................... 8 1.6 Qualified Personnel ........................9 2 Preparation before Installation ......................10 2.1 Safe Handling Guide ........................
  • Page 4 5.3 Function Introduction ......................36 5.3.1 Protection ........................36 5.3.2 Heating ......................... 36 5.3.3 Forced Discharge ......................36 5.3.4 Full Charge ........................36 5.3.5 Charging Self-Adaptation Control .................36 5.3.6 Safety Lock ........................36 5.4 Interface Information ......................37 5.4.1 Power Button ........................37 5.4.2 WiFi Antenna Port7 ......................
  • Page 5 6.3 Status Code ..........................54 6.3.1 Warning Codes ......................54 6.3.2 Error Codes ........................56 6.3.3 Protection Codes ......................59...

  • Page 6: Safety Instructions

    1 Safety Instructions For safety reasons, installer and user are responsible for familiarizing themselves with the contents of this document and all warnings before installation and usage. 1.1 General Safety Precautions • Please carefully read this manual before any work is carried out on the product, and keep it located near the product for future reference.

  • Page 7: Installation Precautions

    • The product must be transported in its original or equivalent package; the battery module must be placed at upright position. • The modules are heavy. Ensure adequate and secure mounting and always use suitable handling equipment for transportation. • If the product is in its package, use soft slings to avoid damage. •...

  • Page 8: Usage Precautions

    1.4 Usage Precautions • Before starting the system, the operator should strictly check the connection terminals to ensure that the terminals are firmly connected. • If there's a circuit breaker between battery and inverter, the breaker is supposed to be on before powering on the battery.

  • Page 9: Qualified Personnel

    1.6 Qualified Personnel The installation guide part described herein is intended for use by skilled staff only. Skilled staff is defined as a trained and qualified electrician or installer who has all the following skills and experience: • Knowledge of battery specification and properties. •...

  • Page 10: Preparation Before Installation

    2 Preparation before Installation 2.1 Safe Handling Guide 2.1.1 Familiar yourself with the Battery Be careful when unpacking the system. Every module of the product is heavy. Don't lift them with a pole. The weight of the modules can be found in the chapter "Specifications". Familiar yourself with battery.

  • Page 11: Safety Gear

    2.1.4 Safety Gear It is recommended to wear the following safety gear when dealing with the product: Insulated Gloves Safety Goggles Safety Shoes 2.2 System Premeasurement The battery requires adequate clearance for installation and airflow. The minimum clearance for system configuration is given below. The cable connected between battery pack and inverter should be in accordance with the installation guide or manual of the inverter.

  • Page 12: Package Items

    • There is minimal dust and dirt in the area. • Avoid installation in an area confined or with high salinity. • Do not place in an area accessible to children or pets. 2.4 Package Items After receiving the product, please unpack the boxes, and check product and packing list first.
  • Page 13 OT Terminal SC70-8 Crimps power wire (Optional) Communication RJ45 network cable Communicates between Cable T568B, 2m clusters when parallel Inverter Sets the pin order of the Communication 3.3*1.0*0.9 in communication cable of battery Box and Cable /85*26*22 mm and inverter, cooperate with 2 (Optional) standard network cable User Manual...

  • Page 14: Installation

    3 Installation 3.1 Device Installation 1) Take the device out of the box 2) Place the base on the ground, and then measure 65mm from the back of the base to the wall. Then use M8 screws to punch holes in the positions marked in the figure below and fix the base. Figure 3.1.1.
  • Page 15 Figure 3.1.3. Battery 4) Use M4 screws to install the side panels of the modules as shown in the following figure. It should be noted that the base also has a base layer to install. Figure 3.1.4. Base layer &Side panel 5) Install Mounting A and Mounting B on the back of the main control.
  • Page 16 Figure 3.1.5. Mounting position &Master three views 6) Please first draw corresponding holes on the wall according to the position of the Mounting B behind the main control. Then drill holes and put them back on the main control, use Plastic expansion screw 10×60 with M6×60 flange 304 self-tapping screw to fix to the wall.

  • Page 17: Connection

    3.2 Connection 1) Remove the side cover panel of master to connect the cable. This position is welded to the battery, only the side panel can be removed. Figure 3.2.1. Side cover panel of master &Interface 2) Connect the ground wire as the diagram shows below. Figure 3.2.2.
  • Page 18 Figure 3.2.3. Positive &Negative 4) Communication cable connection Pay attention to the marked communication knockouts, you need to remove the knockouts first before install. The knockouts consists of three parts, respectively block shot, knockouts rubber pad and plastic parts. Figure 3.2.4. INV1 port Note: Registered jack cannot go through the knockouts directly, please follow the steps below to install.
  • Page 19 Step 4: Simply tighten and install the three parts that have been sorted through the knockouts. Figure 3.2.5. Communication cable connection &Knockouts parts Figure 3.2.6. Knockout rubber gasket &Knockouts installation diagram 5) Dial code setting Step 1: Please refer to the 5.4.3 Inverter Dial Switch for inverter configuration. Step 2: Please refer to the 5.4.4 Address Dial Switch for address configuration.

  • Page 20: Application Scenarios

    3.3 Application Scenarios 3.3.1 Single Stack Step 1: Change the dial code of Inverter.Set, Address, and Function. Step 2: Connect battery INV1 to inverter CAN Bus port. Step 3: Connect the positive and negative terminal of the master to the positive and negative terminal of the slave using a 2*2/0 AWG DC cable, and then connect the two cables together to the positive and negative terminal of the battery port.

  • Page 21: Parallel

    3.3.2 Parallel Step 1: Change the dial code of Inverter.Set, Address, and Function. Step 2: Connect Link-B of the master battery to Link-A of the slave battery. Step 3: Connect battery INV1 to inverter CAN Bus port. Step 4: Connect the positive and negative terminal of the master to the positive and negative terminal of the slave using a 2*2/0 AWG DC cable, and then connect the two cables together with the positive and negative terminal of the battery port.
  • Page 22 Figure 3.3.3. The distance between two adjacent battery stack 2) Before the parallel, every cluster's main controller needs to distinguish the number of battery modules for each cluster. Press the power button of each main controller. Listen for the beep sound which means the main controller has distinguished the number of battery modules are in the cluster successfully.
  • Page 23 5) Set the first cluster and the last cluster of the system's function dial code as code 33 and set function dial code of remaining clusters to code 32. Set the inverter dial switch according to the actual usage. The address dial switch increases sequentially, please refer to the 5.4.4. Address Dial Switch for details.

  • Page 24: Cloud Platform Configuration

    Screw the antenna into the antenna connection port firmly before WiFi configuration. Figure 4.1.1. WiFi wiring position 1) Download App Download and install Renon app from Google play or App Store by searching “Renon Smart”. Figure 4.1.2. Install Renon App...
  • Page 25 Figure 4.1.3. Android QR code Figure 4.1.4. IOS QR code 2) Register For new account registration, please retrieve the Registration Code from your installer. Existing users may log in directly, while new users must create an account. Figure 4.1.5. Register & Log in 3) Log in This is a general user account.
  • Page 26 Figure 4.1.6. General user 4) Binding Merhod 1: a. Distribution To register as an end user, scan the binding QR code provided by your installer, then request device assignment to your account. Figure 4.1.7. Scan upper-level account, Confirm binding & Become end user b.
  • Page 27 Figure 4.1.8. Scanning QR code Method 2: Click "My device" to enter the “Add a device” page, scan the QR code as illustrated, then select a upper-level account to complete binding. Figure 4.1.9. My device, add & scanning...
  • Page 28 Figure 4.1.10. QR code, upper-level account & binding successfully If the above methods are not successful, please contact Renon, email address: support@renon- usa.com, Renon Power Support: +1 (833) 736-6687. Be sure to write your account name/email address and device serial number clearly. 5) WiFi configuration Set the inverter dial code to 63 (111111) as shown below before WiFi configuration.
  • Page 29 Figure 4.1.11. Bluetooth network setting Enable Bluetooth on your mobile device, then select the detected device to access its Bluetooth network configuration page Figure 4.1.12. Connect battery Bluetooth Enter your private WiFi credentials (SSID and password) to connect the master controller. Note：Devices assigned to end users will auto-populate the authentication key.
  • Page 30 Figure 4.1.13. Connecting private WiFi 6) Create a power station Navigate to the Power Station page on the app, create a new station by setting its name, type, pricing, superior view, address, and uploading station images. Figure 4.1.14. Create a new power station After successful power station creation, select the newly created station to view its details, then tap "+"...
  • Page 31 Figure 4.1.15. Manage your power station & Confirm your device The device can be managed both through the app and the web portal (contact your installer for the website URL). Figure 4.1.16. Manage your device Once WiFi connected, the device enables real-time monitoring of operational status, instantaneous power, and energy consumption (daily/cumulative) via the network platform or mobile app, while also supporting remote parameter configuration.
  • Page 32 Figure 4.1.17. Monitoring device Set the inverter dial code to match the inverter brand after WiFi configuration is complete (Please refer to the chapter 5.4.3 Inverter Dial Switch).

  • Page 33: Battery Specifications

    5 Battery Specifications The Xtreme LV series is a lithium iron phosphate (LFP) battery-based energy storage product developed and produced by RENON, it can supply reliable power for nearly all kinds of household appliances and equipment. The Xtreme LV series consists of a main controller and several battery modules, each battery module...

  • Page 34: Specifications

    5.2 Specifications 5.2.1 Specifications 1 (16 series cells) R-XL010021 Item XL015031 XL020041 XL025051 XL030061 XL035071 XL040081 (-H) (-H) (-H) (-H) (-H) (-H) (-H) Controller Model R-MC300-XTL01 Battery Module Model R-EM51100-XTL01 (-H) Battery Chemistry LiFePO4 Module Quantity Nominal Energy (kWh) 10.24 15.36 20.48 25.60...

  • Page 35: Specifications 1 (15 Series Cells)

    5.2.2 Specifications 1 (15 series cells) R-XL009021 Item XL014031 XL019041 XL024051 XL028061 XL037071 XL046081 (-H) (-H) (-H) (-H) (-H) (-H) (-H) Controller Model R-MC300-XTL01 Battery Module Model R-EM48100-XTL01 (-H) Battery Chemistry LiFePO4 Module Quantity 14.4 19.2 28.8 Nominal Energy (kWh) 33.6 38.4 Nominal Capacity (Ah)

  • Page 36: Function Introduction

    5.3 Function Introduction 5.3.1 Protection The battery system is equipped with comprehensive protection features, including but not limited to overcharge/overdischarge protection, high/low temperature protection during charging/discharging, overcurrent protection during charging/discharging, and short circuit protection, ensuring the safety and stability of the battery under various usage conditions. 5.3.2 Heating When the battery is equipped with a heating film, the system will continuously monitor cell temperature.

  • Page 37: Interface Information

    5.4 Interface Information Figure 5.4.1. Interface definition of controller module Instructions Instructions Power Button Inverter 1 Communication Port (RJ45) WiFi Antenna Port Inverter 2 Communication Port (RJ45) Inverter Dial Switch Parallel Communication Port A Address Dial Switch Parallel Communication Port B Function Dial Switch Power Negative Inverter Communication Port (connector)

  • Page 38: Wifi Antenna Port7

    Code 0~26 of this Dial Switch are used to match which brand of inverter is using. The definitions of code 0 ~ 26 are shown as below table. Code Dial Switch Position Brand Logo APP setting (Default: Renon Flex) Renon Schneider Gateway Sol-Ark Solis Studer Xtender...

  • Page 39: Address Dial Switch

    Growatt SPH Must MEGAREVO Aiswei Phocos Voltronic Power Afore Lux Power CHISAGE ESS 5.4.4 Address Dial Switch 1) Use this Dial Switch to set the address of each master controller, and then turn on to activate the system when it needs to be in parallel with other stacked units. 2) When the system only has one stack, dial the address to Cluster 1.

  • Page 40: Function Dial Switch

    Code Dial Switch Position Definition Set as Cluster 1 (communicate with inverter by this cluster) Set as Cluster 2 Set as Cluster 3 Set as Cluster 4 Set as Cluster 5 Set as Cluster 6 Set as Cluster 7 Set as Cluster 8 Set as Cluster 9 Set as Cluster 10 Set as Cluster 11...

  • Page 41: Inverter Communication Port

    Code Dial Code Switch Position Definition ① When used as single cluster; ② When used in a parallel system and not being the first or last cluster. ① When used as the first or last cluster in a parallel system. 5.4.6 Inverter Communication Port Terminal type: 6-Pin terminal block Usage: reserved for direct connection with inverter, same function as the RJ45 port (chapter "...

  • Page 42: Inverter 1 Port (Rj45)

    5.4.8 INVERTER 1 Port (RJ45) Terminal type: RJ45 Usage: Communicates with inverter, PCS, or other equipment. Installer needs to check the cable pin out before connecting inverter to the battery in order to ensure communication. Illustration of battery connection port shown below: Port RJ45 Pin Function...

  • Page 43: Parallel Communication Port A & B

    5.4.10 Parallel Communication Port A & B Terminal type: RJ45 *2 Usage: Link A & Link B are parallel communication ports with the same definition. When more than one cluster is connected in parallel, use these ports to connect the clusters one by one. Port RJ45 Pin Function...
  • Page 44 If you are using the pin order select box, please refer to the table below to set the dial switch according to the inverter brand. If the inverter brand is not shown in the table, please refer to the inverter manual or consult Renon's engineer. Dial Switch Position...
  • Page 45 Sermatec Sofar DEYE Growatt_SPF RS485 Growatt_SPH Must MEGAREVO Aiswei Phocos RS485 Voltronic Power RS485...

  • Page 46: Lcd Screen

    Afore Lux Power CHISAGE ESS 5.5 LCD Screen Figure 5.5.1 LCD Screen introduction Instructions SOC, SOH and Upgrading State Version and Accumulated Discharge Energy ESS status, Power, and Voltage Battery Operation State...

  • Page 47: Soc, Soh And Upgrading State

    5.5.1 SOC, SOH and Upgrading State 1) The SOC percentage displays when the SOC symbol displays a light underneath, and the current SOH when there is a blinking light underneath SOH. The SOC lights up in 60 second intervals, and the SOH lights up in 3 second intervals.

  • Page 48: Screen Display Code

    Status Instructions Cloud platform connection Light on WiFi connection Flashing Not connection Light off 4) Rated Capacity Rated Capacity indicates the nominal capacity of current cluster. 5.5.5 Screen Display Code Figure 5.5.2 Screen Note: If the following fault codes are not displayed on the screen, the device will operate as intended. Warning Code (Sign like “�”) Code Warning Type...
  • Page 49 High discharge temp protection Low charge temp protection Low discharge temp protection High ambient temp protection Excessive voltage difference protection Excessive temp of main control relay Overtemp protection of master DC busbar Low insulation resistance protection Low total voltage protection Low ambient temp protection High MOS temp protection Battery cell overvoltage protection...
  • Page 50 Error Code (Display as“ERR”) Code Error Type The main control discharge relay is faulty The main control charge relay is faulty Battery cell fault NTC fault Current sensor fault Pack disconnection Short circuit fault Internal total voltage detection fault Heating fault Battery module conflict Cluster address conflict Charge MOS fault...
  • Page 51 Temp NTC open circuit of master DC busbar Master drop-off fault EMS SN is empty Master SN is empty Pack SN is empty Relay voltage fault Battery cell undervoltage safety lock Battery cell high voltage safety lock Charge high temp safety lock Charge low temp safety lock Discharge high temp safety lock Discharge low temp safety lock...

  • Page 52: Troubleshooting & Maintenance

    6 Troubleshooting & Maintenance 6.1 Regular Maintenance 1) Check the battery modules every 3 months to verify whether there are damages. 2) Check the battery modules every 3 months to verify that the operating parameters are normal and there is no abnormal heating. 3) Fully charge and discharge the battery system every 3 months.
  • Page 53 1. Make sure the WiFi antenna is tightened screwed properly; 2. Make sure the WiFi configuration is correct; 3. Make sure the SSID & PASSWORD of your private WiFi is correct, Unable to find the battery on the app or the please enter information case-sensitively without space;...

  • Page 54: Status Code

    6.3 Status Code The following status codes are displayed on the cloud platform. 6.3.1 Warning Codes Code Warning type Investigation & troubleshooting Battery cell undervoltage 1. Low voltage level and needs to be charged. alarm 1. Restore to factory setting; Charge overcurrent alarm 2.
  • Page 55 Low ambient temp alarm 1. Make sure the ambient temperature of the battery is above -13℉ (-25℃). High MOS temp alarm 1. Reduce the ambient temperature and restart the battery. Battery cell overvoltage 1. High voltage level and needs to be discharged. alarm High total voltage alarm 1.

  • Page 56: Error Codes

    6.3.2 Error Codes Code Error Type Investigation & troubleshooting The main control discharge relay is 1. Restart the battery, and if error code F100 still remains or reappears, F100 faulty contact your installer. The main control charge relay is 1. Restart the battery, and if error code F101 still remains or reappears, F101 faulty contact your installer.
  • Page 57 1. Restart the battery, and if error code F114 still remains or reappears, F114 Precharge fault contact your installer. 1. Restart the battery, and if error code F115 still remains or reappears, F115 Cluster disconnection contact your installer. 1. Restart the battery, and if error code F116 still remains or reappears, F116 Battery reverse connection fault contact your installer.
  • Page 58 1. Restart the battery, and if error code F132 still remains or reappears, F132 EMS SN is empty contact your installer. 1. Restart the battery, and if error code F133 still remains or reappears, F133 Master SN is empty contact your installer. 1.

  • Page 59: Protection Codes

    6.3.3 Protection Codes Code Error Type Investigation & troubleshooting Battery cell undervoltage 1. Low voltage level and needs to be charged. protection 1. Restore to factory setting; Overcurrent charge protection 2. Make sure the inverter’s setting of max current does not exceed the max charge current of the battery.
  • Page 60 High MOS temp protection 1. Reduce the ambient temperature, and restart the battery. Battery cell overvoltage protection 1. High voltage level, and needs to be discharged. High total voltage protection 1. High voltage level, and needs to be discharged. Low SOC protection 1.
  • Page 61 P/N: 118.601.00.0113 Installation Video: CEC List Checking: UL 9540: Product Specifications: Renon Smart connection Guide:...
  • Page 62 Renon Power Technology Inc. 5900 Balcones Drive Suite 100, Austin, TX 78731 USA Renon Power Solutions Sp.z o.o. ul. ELBLĄSKA 1, 93-459, ŁÓDŹ, POLAND Renon Power Technology B.V. Rietbaan 10, 2908 LP Capelle aan den IJssel Renon Power 株式会社 東京都中央区日本橋箱崎町 20-5 VORT 箱崎 5F...

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