Goodwe BT Series Quick Installation Instructions

PART 1 QUICK INSTALLATION PART 2 BATTERY CONNECTION PART 3 Wi-Fi CONFIGURATION UPS Wi-Fi RESET PV Master APP SEMS Portal APP SEMS Portal website www.semsportal.com LinkedIn Company's offical website

Installation space Upward Downward Front Left and right side Wall bracket Self-tapping Screws Expansion Pipe ----------------------300mm ------------------500mm -------------------------300mm ---------200mm A F H I G B C E D Dimensions for drilling holes AC Calbe:6mm2 Copper Conductor Material AC cable assembly and connection DRED cable assembly Dimensions for drilling holes Fix the wall bracket Installation Step1 Instructions for quick installation Step2 SOP of battery connection Step3 Wi-Fi configuration instruction Step1 Instructions for quick installation Step2 SOP of battery connection Step3 Wi-Fi configuration instruction UPS UPS UPS UPS Grade A B C Description Outside diameter insulation Conductor core section Conductor core length Value 5.5-8.0 mm 4-6 mm2 7 mm C OFF Note: Make sure the cables (L/N/PE) are connected to right position Remote Shutdown NO Function 5 REFGEN 6 COM / DRMO NO Function 1 DRM1/5 2 DRM2/6 3 DRM3/7 4 DRM4/8 5 REFGEN 6 COM / DRMO Battery wiring assembly and connection ≥300mm ≥200mm ≥200mm ≥300mm 250mm 125mm ≥500mm 240mm 4-Φ10*80mm depth Inverter could be locked for anti-theft, if it is needed. Prepare the terminals and AC cables according to the left table DRED connection is only available for Australia and New Zealand. Remote Shutdown is only available for Europe. Note: 1. To battery communication cable (Battery fails to work while communication failure) 2. To Smart Meter communication cable. (could be extendet to max 100m) Ground cable is needed connecting to ground plate on grid side Grade A B C D Description Outside diameter Separated wire length Conductor wire length Conductor core section Value 13-18 mm 20-25 mm 7-9 mm 4-6mm2 To lithium battery Power Meter Smart Meter “To Smart Meter” Grid CT A connect to L1 CT B connect to L2 CT C connect to L3 CT C CT B CT A battery

OFF ON CT C CT B CT A GW5K-BT Please select Breaker according to the specification below 25A/400V AC breaker 25A/400V AC breaker 32A/400V AC breaker 32A/400V AC breaker GW6K-BT GW8K-BT GW10K-BT ① ① ② ② ③ ③ ④ ④ ⑤ ⑤ 40A/600V DC breaker Depends on household loads 1. For batteries with attached breaker, the external DC breaker could be omitted. 2. Please use CT A for L1, CT B for L2 and CT C for L3. And follow “House(K) →Grid(L)” direction to do the connection. Otherwise there will be an error reminded by APP. For BYD Battery-Box H6.4 / 7.7 / 9.0 / 10.2 / 11.5 with BT inverter Note: In the gridless area, battery does not support off-grid applications. (There will be no further notice if this entry is subject to change) Battery To Battery AC Breaker DC Breaker AC Breaker AC Breaker Loads Grid PE N L3 L2 L1 “To Smart Meter” AC Breaker SmartMeter AC Breaker 1-phase Loads 3-phase Loads Note: This diagram indicated wiring structure of BT series AC coupled inverter, not the electric wiring standard. Communication OK EIA/TIA568B J A Step 2. SOP of Battery connection with BT inverter 1. BYD Step1 Instructions for quick installation Step2 SOP of battery connection Step3 Wi-Fi configuration instruction Step1 Instructions for quick installation Step2 SOP of battery connection Step3 Wi-Fi configuration instruction Note: This manual only tells connection methods between battery and GoodWe inverters. Other operations on battery, please refer to battery user manual. (This Quick Reference only includes parts of batteries, if there is a subsequent increase in battery, there will be no further notice.) Make sure that the inverter and battery pack is turned off before connecting the battery pack to the inverter. Connect the other end of the power cable to the terminal block of the hybrid inverter. The other end of “To Battery” cable should be connected to CAN port of BYD BMU box. Before this, you should pick out the blue-white life and the blue line. Then, connect the blue-white line to the second hole site, and connect the blue line to the third hole site. BYD Battery Setting: You should set “Series Battery Counts” and “Invert” (GoodWe) correctly through BYD WiFi of Ethernet. (Refer to BYD QUICK REFERENCE GUIDE to connect WiFi or Ethernet) On PV Master, you should choose the right battery type used in your system by “Battery Model” selection or battery communication will fail. After all connections and settings are done, please check if battery communication is OK on PV Master→ Param → BMS Status, which should be “Communication OK” The communication cable for battery is attached on the inverter, Please use this cable as battery communication cable. To connect the cables coming from the inverter to the BYD battery pack, take the following steps. Connect the power cables to the terminal block of BYD battery management unit (BMU). Connect the negative cable to “P-” and the positive cable to “P+”.

2. Pylon Preparation Preparation Troubleshooting B A Connect to ‘Solar-WiFi’ B C E D Communication OK For Pylon Power Cube-H1-48 192/240/288/336 with inverter. Note: The SOC of battery can be charged up to 90%, but can’t be charged to 100%. (There will be no further notice if this entry is subject to change.) 1. Power Wi-Fi inverter (or Power on inverter) on. 2. Power router on. 1. Wi-Fi name: solar-Wi-Fi or Solar-WiFi (means the last 8 characters of inverter serial NO.) Password: 12345678 2. Browse website: 10.10.100.253. To connect the cables coming from the inverter to the Pylon Battery pack, take the following steps. Connect the power cables to the terminal block of Pylon BMU. Connect the positive calbe to “P+” and the negatiive to “P-”. The communication cable for battery is attached in the inverter. Please use the BMS cable as battery communication cable. The other end of “To Battery” cable should be connected to CAN/Link Port B of Pylon BMU. Turn on the battery switch, then press the red button for 2 seconds, the status light will turn green. Wait for about 30 seconds, if the BMS communication is normal, the status light remains green, and battery works soon later. Otherwise, the status light turns red, press the red button for 5 seconds. When the status light turns green again, the battery system is ready to work.(Pic.6) After all connections and settings are done, please check if battery communication is OK on PV Master → Param → BMS status, which should be “Normal”.(Pic.8) On PV Master,you should choose the right battery type used in your system by “Select Battery Model” selection or battery communication will fail. To connect the battery packs in serise, follow the instructions below. (1)Connections of the power cable: Connect “B+” of BMU(battery management unit) to “B+” of the first battery pack, and connect “B-“ of BMU to “B-“of the last battery pack. Connect “B+” with “B-” between adjacent battery packs. The orange end corresponds to “B+”, the black end corresponds to “B-”. (2) Connections of communication cable: Connect “Link Port” of BMU to “Link Port0” of the first battery pack. For the adjacent battery packs, connect “Link Port1” to the next battery packs “Link Port0” in turn. Make sure that the inverter and the battery pack is turned off before connecting the battery pack to the inverter Connetct th other end of the power cable to the terminal block of the inverter. Press “Start Setup” to enter the next step. If the router is not in the site list, please refer to No.4 in ‘Troubleshooting’. Please make sure all parameters of wireless network are matched with the router’s, including password. Note: The ‘Solar-WiFi’ signal will disappear after inverter connects to WiFi router. Turn off router or do Wi-Fi reload operation via button on inverter if you need connect to ‘Solar-WiFi’ once again. Step1 Instructions for quick installation Step2 SOP of battery connection Step3 Wi-Fi configuration instruction Note: Wi-Fi Configuration could also be done on PV Master APP, for details, please download “PV Master Operation Introduction” from www.en.goodwe.com D E F G H No. 1 2 3 4 Cannot Find Solar-WiFi Signal 1. Make sure inverter is powered on; 2. Move your smart device closer to inverter; 3. Restart inverter; 4. Do ‘WiFi Reload’ operation refer to user manual. Cannot connect to Solar-WiFi Signal Cannot login website 10.10.100.253 Cannot find router SSID Problem Checking items 1. Try password: 12345678; 2. Restart inverter; 3. Make sure there is no other device connected to Solar-WiFi; 4. Do ‘WiFi Reload’ operation and try again. 1. Make sure user name and password you use are both admin; 2. Do ‘WiFi Reload’ operation and try again; 3. Try another browser (suggest use Google, FireFox, IE, Safari etc.); 4. Make sure website you log in is 10.10.100.253 1. Move router closer to inverter or use a Wi-Fi repeater device; 2. Connect to router and login the setting page to check the channel it uses. Please make sure the channel is not bigger than 13. Otherwise, modify it. E 1. Restart inverter. 2. Connect to Solar-WiFi and login again, check the ‘SSID’, ‘Security Mode’, ‘Encryption Type’ and ‘Pass Phrase’ is matching with that of router or not; 3. Connect to router and login to check if the connection reaches the maximum amount or not, and to check the channel of it uses. Please majke sure the channel is not bigger than 13. Otherwise, modify it; 4. Restart router; 5. Move router closer to inverter or use a Wi-Fi repeater device. No. 5 6 Cannot Find Solar-WiFi Signal After configuration, WiFi Led on inverter blink four times repeatedly Problem Checking items 1. Connect to the router and visit the portal www.goodwepower.com.cn; 2. Restart router and inverter; Device information Cannot join the network, maybe caused by: router doesn’t exist, or signal is too weak, or password is incorrect. Help: Wizard will help you to complete setting within one minute. Firmwave version MAC address Wireless AP mode SSID IP address Wireless STA mode Router SSID Encryption algorithm Router Password Router Password V1.0.4.0 98D8631AA878 Enable Solar-WiFi 10.10.100.253 Disable WiFi_Burn-in WPA/WPA2-PSK AES WiFi_Burn-in Start Setup Note: The ADD must be set as shown in the picture. Troubleshooting Connect to ‘Solar-WiFi’