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Summary of Contents for SunSynk SUNSYNK-80K-SG02HP3-EU-EM6
- Page 1 THREE-PHASE HYBRID INVERTER USER MANUAL SUNSYNK-80K-SG02HP3-EU-EM6 www.sunsynk.com sales@sunsynk.com customerservices@sunsynk.com PLEASE RETAIN FOR v.2 (08/05/25) FUTURE REFERENCE...
- Page 2 The manufacturer's warranty does not cover any damage resulting from the neglect of these instructions. Sunsynk assumes no liability for damage caused by the operation contrary to what is specified in this operating manual.
- Page 3 TABLE OF CONTENTS LEGAL INFORMATION LED Indicators Function Buttons Warning Notice System LCD Operation Flow Chart Qualified Personnel Home Page Proper Use of Sunsynk Products Status Page Warranty System Flow Page Trademarks Setup Page Disclaimer of Liability Basic Setup Retention of This Manual...
- Page 4 Proper Use of Sunsynk Products The Sunsynk Hybrid Inverter is designed for use in energy storage and management in photovoltaic systems. To ensure safe and reliable operation, it is imperative to follow the instructions provided in this manual. Failure to do so may lead to unsafe operation, product damage, or invalidation of the warranty.
- Page 5 This manual contains essential information for the assembly, installation, commissioning, and maintenance of the Sunsynk Hybrid Inverter. It must be retained for future reference and made accessible to all qualified personnel involved in the operation and maintenance of this product.
- Page 6 Symbols/Safety Signs Symbol Description Symbol Description Risk of danger. Warning: Hot surface. Risk of electric shock. DO NOT touch the terminal or The battery is heavy and can cause remove the shell within 5 injury if not handled safely. minutes after disconnecting all power.
- Page 7 Symbol Description Symbol Description Indicates that this product is Direct current. recyclable. AC OUTPUT CONTINUOUS OUTPUT CURRENT Output Voltage, Input Voltage Type, Maximum Continuous Output Current, Ac Output Rated Current, Max AC Output Frequency and Voltage, & AUX Current, Output Frequency, Max AC (programmable AC output on battery ISC, Power Factor &...
- Page 8 Safety Instructions This section provides essential safety and operational guidelines. Please read carefully and keep this manual for future reference. DANGER Electric Shock Hazard from Live Components or DC Cables ƒ DC cables connected to a battery or PV module may be live, posing a severe electric shock risk. ƒ...
- Page 9 In some cases, the supplier can arrange proper disposal. PRODUCT INTRODUCTION The Sunsynk Three-Phase 80 kW Hybrid Inverter is a multifunctional energy solution that integrates an inverter, solar charger, and battery charger into a single compact and efficient unit. Designed to provide uninterrupted power support, it enables seamless integration of solar energy generation, battery storage, and grid connection, making it an ideal solution for residential and small commercial solar energy systems.
- Page 10 ƒ Load compatibility: The inverter can power both single-phase and three-phase loads, offering versatile energy support for various applications. ƒ Self-consumption & grid feed-in: Supports both self-consumption (using generated solar energy) and feeding excess power back into the grid, reducing energy bills and increasing efficiency. ƒ...
- Page 11 Product Overview 1. LCD Display 7. CAN Port 13. Function Port 2. Function Buttons 8. DRM Port 14. Load 3. Power On/Off Button 9. BMS Port 15. PV Input 4. DC Switch 10. RS485 Port 16. Battery Input 5. Meter Port 11.
- Page 12 Product Size 606.00 mm Inverter Size 518. 00 mm 314. 00 mm 4- Φ 14 12 | THREE PHASE HI 80kW | User Manual...
- Page 13 Basic System Architecture The diagram below illustrates a typical configuration of the Sunsynk Three-Phase 80 kW Hybrid Inverter within a complete operational system. The following key components are essential for optimal performance and energy management: ƒ PV Modules (Solar Panels): Capture sunlight and convert it into DC (direct current) power.
- Page 14 TECHNICAL SPECIFICATIONS Model SUNSYNK-80K-SG02HP3-EU-EM6 Battery Input Data Battery Type Li-Ion Battery Voltage Range 160 Vd.c ~ 1000 Vd.c Max. Charging Current 80+80 Ad.c Max. Discharging Current 80+80 Ad.c Charging Strategy for Li-Ion Battery Self-adaption to BMS Number of Battery Input PV String Input Data Max.
- Page 15 Protection DC Polarity Reverse Connection Protection, AC Output Overcurrent Protection, AC Output Overvoltage Protection, AC Output Short Circuit Protection, Thermal Protection, DC Terminal Insulation Impedance Monitoring, DC Component Monitoring, Ground Fault Integrated Current Monitoring, Power Network Monitoring, Island Protection Monitoring, Earth Fault Detection, DC Input Switch, Overvoltage Load Drop Protection, Residual Current (RCD) Detection, Surge Protection Level Integrated (Optional)
- Page 16 INSTALLATION Parts List Check the equipment before installation. Please make sure nothing is damaged in the package. You should have received the items in the following package: Stainless steel anti-collision Hybrid inverter Wall mounting bracket x1 bolt M12×60 Communication cable x2 Three-Phase Smart Meter L-type hexagon wrench Meter (optional)
- Page 17 Product Handling Requirements Lift the inverter out of the packing box and transport it to the designated installation location. WARNING Improper handling can result in personal injury! ƒ Ensure an adequate number of personnel are present to lift the inverter safely, considering its weight. Installation personnel should wear protective gear, including anti-impact shoes and gloves.
- Page 18 Selecting the Mounting Area The Sunsynk Hybrid Inverter is rated IP65 and is suitable for outdoor installation. However, do not install the inverter in the following locations: ƒ Coastal or high-salt areas: Salt can corrode metal parts and allow moisture to enter the unit.
- Page 19 INSTALLATION GUIDELINES ƒ Install on a vertical wall: Choose a vertical wall with sufficient load-bearing capacity, such as concrete or another non-flammable surface. This will ensure proper stability. ƒ Mount at eye level: Position the inverter at eye level to allow easy access to the LCD display for continuous monitoring and configuration.
- Page 20 Mounting the Inverter ƒ Prepare the wall for mounting: Select the recommended drill bit (as shown in the image) and drill four holes into the wall to a depth of 62–70 mm. ƒ Fit the expansion bolts: Use an appropriate hammer to insert the expansion bolts into the drilled holes, ensuring a secure fit.
- Page 21 Orange Black BAT+ Plug Connector BAT- Plug Connector WARNING Reverse Polarity Risk Before making the final DC connection or closing the DC breaker/disconnect device, ensure that positive (+) is connected to positive (+) and negative (–) to negative (–). A reverse-polarity connection to the battery will cause damage to the inverter.
- Page 22 BMS connection Thread the BMS communication cable through the magnetic ring 1,2 and wrap it around the magnetic ring four times. Recommended DC Battery Protection DC battery protection is a crucial component of any solar energy system that includes batteries and inverters. It ensures the safe operation of the system by protecting against electrical faults such as overcurrent, short circuits, and reverse polarity.
- Page 23 Inverter DC Isolator Fuses Two Pole Both cables must be the same length Max 100 AMP Max 200 AMP 23 | THREE PHASE HI 80kW | User Manual...
- Page 24 Function Port Definition DIP switch: For communication setting of parallel system. Inverter Meter Parallel_1 Parallel_2 BMS1 BMS2 RS485 1 2 3 4 5 6 1 2 3 4 5 6 7 8 9 10 1112 SHUT DOWN CT-L1 CT-L2 CT-L3 Meter: For energy meter communication.
- Page 25 Thread the end of the CT's wires through the magnetic ring 4 and wrap the wires around it five lap. Fix the magnetic ring near the wiring terminals, as shown in the above diagram. Repeat this operation for the other two CTs. Grid, Load, and Generator Connections Before connecting the inverter, ensure the installation of dedicated AC breakers on the Grid, Load, and GEN/ AUX connections.
- Page 26 WARNING ƒ During final installation, ensure that a breaker certified according to IEC 60947-1 and IEC 60947-2 is installed with the equipment. ƒ All wiring must be carried out by qualified personnel to ensure system safety and proper operation. ƒ Use appropriate cables for the AC input connection as specified below. ƒ...
- Page 27 LOAD E-BAR LOAD GRID Thread the end of wires through the Thread the end of wires through the magnetic ring 7 and connect these wires to magnetic ring 8 and connect these wires to the terminals of LOAD port corresponding Thread the end of wires through the the terminals of GEN port corresponding to the indication of polarity.
- Page 28 CAUTION Compressor-based appliances, such as air conditioners, require a restart delay of 2–3 minutes to allow refrigerant pressure to stabilise. If power is interrupted and restored too quickly, this may damage the appliance’s internal components. Recommendations: ƒ Always follow proper torque values for secure terminal tightening. ƒ...
- Page 29 NOTICE Surge protection devices cannot replace the need for proper grounding. Always verify that the inverter, SPD, and distribution board are connected to a properly tested earth point to ensure complete system safety. PV Connection Before connecting the PV modules to the inverter, a separate DC circuit breaker must be installed between the inverter and the solar array.
- Page 30 4. Use the MC4 connectors supplied by Sunsynk with the inverter: Ensure that you use the MC4 connectors provided by Sunsynk, as they are specifically designed for compatibility with the inverter. These connectors ensuring safe and reliable connections between the inverter and the PV system.
- Page 31 Please utilise an approved DC cable for the PV system. Cross Section Cable Type Range Recommended Value Industry generic PV cable 2.5~4 (12~10AWG) 2.5 (12AWG) (model: PV1-F) The correct steps in assembling the DC connector are explained below: 1. Strip 7 mm of the plastic coating off the DC wire and disassemble the connector cap nut, thread one PV wire DC- Female Connector DC+ Male Connector through the cap nut of the connector.
- Page 32 ƒ Failure to do so may result in life-threatening electric shock. PV Protection The Sunsynk PV Combiner Box is an integral component of the solar power system, providing both protection and simplification for connecting multiple solar panel strings to the inverter. The PV Combiner Box combines the outputs of multiple PV strings, ensuring optimal operation and safeguarding the system against overvoltage and overcurrent conditions.
- Page 33 NOTICE The Sunsynk PV Combiner Box is pre-configured and ready for installation. No additional assembly is required by the installer, making the installation process quicker and safer. Ensure that qualified personnel perform the installation and that all electrical connections are made according to local regulations.
- Page 34 CT Coil Connection The CT (Current Transformer) coil is a crucial component of the Sunsynk Parity inverter, responsible for enabling the Zero Export feature. This feature prevents the inverter from feeding excess power back to the grid by monitoring the flow of power.
- Page 35 NOTICE When the inverter is in the off-grid state, the N line needs to be connected to the earth. For systems utilizing three or more inverters drawing over 300 A from the grid, it's advisable to employ larger CTs (Current Transformers). It's recommended utilizing a 1200 A/5 A CT when the grid current exceeds 300 A. Meter Connection without CTs Grid Inverter...
- Page 36 Grid LÉ Inverter Meter P8r866e621 P8r866e62É LÉ Grid RS485B RS485& Grid L8d (1,2,3,4) (5,6,7,8) RS 485 RS 485 B RS 485 A GND Eastron SDW63aRWoQPIs T2 Eastron meter 36 | THREE PHASE HI 80kW | User Manual...
- Page 37 Meter Connection with CTs 37 | THREE PHASE HI 80kW | User Manual...
- Page 38 NOTICE In the final installation, a breaker certified according to IEC 60947-1 and IEC 60947-2 shall be installed with the equipment. 38 | THREE PHASE HI 80kW | User Manual...
- Page 39 Thread the meter communication cable through the magnetic ring 3 and wrap it around the magnetic ring four times. Earth Connection (MANDATORY) To ensure electrical safety and compliance, an Earth Cable must be connected to the earth plate on the grid side of the inverter.
- Page 40 CAUTION If a permanent earth bond is used between neutral and earth in a hybrid system, it may cause unwanted RCD tripping unless properly managed. NOTICE - For South Africa ƒ It is recommended to install a permanent PE/N bond on the Load Output terminal. ƒ...
- Page 41 Wiring Diagram with N Line Ungrounded This diagram is an example for an application in which neutral is separated from the PE in the distribution box. For countries such as China, Germany,the Czech Republic, Italy, etc., please follow local wiring reguations! DC Breaker Distribution box AC Breaker...
- Page 42 Typical Application Diagram of On-Grid 42 | THREE PHASE HI 80kW | User Manual...
- Page 43 Typical Application of Diesel Generator 43 | THREE PHASE HI 80kW | User Manual...
- Page 44 Three-Phase Parallel Connection NOTICE ƒ High Voltage Inverters are compatible exclusively with High Voltage Lithium Batteries. ƒ Please set dip switches on for master and when more than 2 inverters all dip switches on. 44 | THREE PHASE HI 80kW | User Manual...
- Page 45 Three-Phase Parallel Grid-Tied Connection ƒ There are no active connections to the GEN and LOAD ports. ƒ Inverters cannot be connected in parallel configuration. Since there are no batteries, they can only operate with the GRID and SOLAR and will always remain synchronized when the grid is connected. ƒ...
- Page 46 OPERATION Switching ON/OFF Before switching on the inverter, ensure that all wiring is complete and the battery connection is secure. ƒ To turn on the inverter, press the ON/OFF button located on the left side of the inverter case. ƒ When the inverter is powered by PV or grid supply but has no battery connected, the LCD screen will still illuminate, even if the ON/OFF button is off.
- Page 47 LCD Operation Flow Chart Solar Page Solar Graph Grid Page Grid Graph Inverter Page Battery Page BMS Page HOME PAGE Load Page Load Graph Basic Setting Battery Settings Grid Settings System Mode System Setup Advanced Settings Aux Load Settings Fault Codes Li BMS Settings 47 | THREE PHASE HI 80kW | User Manual...
- Page 48 Home Page Press the Esc button any page to access the home page: 1. Customer name. 2. Access the settings menu page. 3. Access solar page. 4. Access load page. 5. Access battery page. SOLAR/TURBINE AC load 6. Access grid page. 7.
- Page 49 What this page displays: ƒ Solar Column: ƒ Total solar power produced – Displays the overall solar power generated. ƒ MPPT 1 power/voltage/current – Shows the power, voltage, and current for MPPT 1. ƒ MPPT 2 power/voltage/current – Shows the power, voltage, and current for MPPT 2. ƒ...
- Page 50 ƒ Generator Column: ƒ Generator power – Displays the total power being supplied by the generator. ƒ Generator frequency – Displays the operating frequency of the generator. ƒ L1, L2 and L3 generator voltage – Displays the voltage output from the generator on each phase. ƒ...
- Page 51 Essential Loads Setup Page To access Settings, click on the gear icon on the right top of the navigation menu. What this page displays: ƒ Serial number. ƒ Software version. Solar/Turbine AC load 2.20 ƒ Time, Date, and MCU. Hours What you can do from this page: ƒ...
- Page 52 Basic Setup Set Time (Clock) To set time, click on the BASIC icon and then on ‘Time’ What this page displays: ƒ Time: The current time of the inverter. ƒ Date: The current date. ƒ AM/PM: The time period format (AM or PM). What you can do from this page: ƒ...
- Page 53 (default password: 1234) to proceed. ƒ Locked Inverter: When activated, this function locks the inverter completely, preventing any changes or configurations. It requires a 5-digit code, which is only available through Sunsynk's technical support team. This ensures secure operation.
- Page 54 Inverter Remote Control To control the inverter remotely, tick the box that allows it. What this page displays: ƒ Remote control option: The setting that allows or disables remote control. What you can do from this page: ƒ Allows remote control of the inverter: Tick the box to enable remote control functionality.
- Page 55 Generator & Battery Charge Page To configure battery charging: 1. Press the BATTERY icon. 2. Select the Batt charge tab. CHARGING SOURCE OPTIONS ƒ Gen Amps: Charging current rate of 40 A from the generator. ƒ Grid Amps: Charging current rate of 5 A from the grid. ƒ...
- Page 56 Generator Connection & Auto Start A generator may be connected to either of the following: ƒ The Grid Input: The inverter treats generator input as grid power. Important: In this case, ensure that all power is used for Load only and is not exported, as this could damage the generator. ƒ...
- Page 57 57 | THREE PHASE HI 80kW | User Manual...
- Page 58 Battery Discharge Page To configure inverter shutdown behaviour based on battery status: 1. Tap the BATTERY icon. 2. Select the "Shut Down" tab. What this page displays: ƒ Shutdown 20%: The inverter will automatically shut down if the battery SOC (State of Charge) drops below 20%.
- Page 59 It is crucial to consult the manuals provided by the battery manufacturer. Doing so significantly reduces the risk of configuration errors during installation and ensures correct operation. Below is a list of batteries that have been tested and approved by Sunsynk for use with hybrid inverters. 59 | THREE PHASE HI 80kW | User Manual...
- Page 60 Support RS485 or Inverter Brand Model Inverter Notes Setup Parallel CAN H: Pin 5 Sunsynk-G HV-Series CAN L: Pin 4 SUNSYNK CAN H: Pin 4 SUN-BATT-80 CAN L: Pin 5 BN624V-105-66K HV BN728V-105-77K HV CAN H: Pin 7 BN572V-280-160K HV...
- Page 61 Support RS485 or Inverter Brand Model Inverter Notes Setup Parallel BN624V-105-66K HV BN728V-105-77K HV CAN H: Pin 7 BN572V-280-160K HV BLUE NOVA BN624V-280-175K HV CAN L: Pin 8 BN676V-280-189K HV BN728V-280-204K HV CAN H: Pin 7 FREEDOM LITE BUSINESS 60/48HV CAN L: Pin 8 SS7017 CAN H: Pin 4...
- Page 62 System Work Mode Setup Menu To configure charge and discharge time settings, click on the System Mode icon, then select the gear icon to access the timer settings. What this page displays: 1. Use Export Controller: Select this option to prevent power from being exported back to the grid. The CT coil detects power flowing back to the grid and will reduce the inverter’s output to only supply local load.
- Page 63 ZERO EXPORT + LIMIT TO LOAD ONLY: In this mode, the Sunsynk hybrid inverter supplies power exclusively to the connected backup loads. It will not provide energy to any other household loads, nor will it export power back to the grid. The built-in current transformer (CT) continuously monitors any power flowing from the inverter to the grid.
- Page 64 Solar Backup Load On-Grid Home Load Grid Battery Example 1: From 8 a.m. to 11 a.m., the battery is charged to 100% using both solar PV and grid power. After reaching full charge, the system supplies up to 4 kW of power to essential loads via the Load Port until the battery’s state of charge (SOC) drops to 50%.
- Page 65 Example: During 01:00-05:00, when the battery SOC is lower than 80%, it will use the grid to charge the battery until the battery SOC reaches 80%. During 05:00-08:00 and 08:00-10:00, when battery SOC is higher than 40%, the hybrid inverter will discharge the battery until the SOC reaches 40%.
- Page 66 Grid Supply Page 220VAC 220VAC 220VAC Rz: Large resistance ground resistor. Or the system doesn't have a Neutral line. To configure the grid supply settings, click on the GRID icon in the Settings menu. What this page displays: ƒ Grid Mode: Select the grid mode according to your local grid regulations (General Standard - for example, UL1741 &...
- Page 67 ƒ Reconnection Time: Defines the waiting period for the inverter before attempting to reconnect to the grid after a disconnect event. ƒ Power Factor: This parameter allows the inverter to adjust its reactive power output to match the grid’s requirements, ensuring efficient grid integration. What this page displays: ƒ...
- Page 68 Example: ƒ Over-voltage (HV1 set to 265.0 V, HV2 set to 265.0 V, HV3 set to 265.0 V): The inverter will disconnect from the grid if the voltage exceeds 265.0 V for a duration greater than the set trip time. ƒ...
- Page 69 What this page displays: ƒ V(W): This adjusts the inverter’s active power based on the set grid voltage. ƒ V(Q): This adjusts the inverter’s reactive power according to the grid voltage. It modifies both the active and reactive output power when grid voltage changes. ƒ...
- Page 70 Paralleling Inverters Advanced Settings NOTICE Parallel feature is max up to 10 inverters. In parallel operation, the setting “Limit to load only” falls away, and the inverter can only be used to power essential and non-essential loads, and the CT position needs to be correct. To configure multi-inverter settings, click on the ADVANCE icon.
- Page 71 Grid input can also be connected in parallel to accommodate multiple inverters. TROUBLESHOOTING AND FAQS FOR PARALLELING INVERTERS For additional assistance, please visit the Sunsynk website at www.sunsynk.com, where you will find training videos and Frequently Asked Questions (FAQs). Important: Before installation, ensure that the firmware on all inverters is updated to the latest version. It is crucial that all inverters in parallel or in a three-phase system run the same firmware to avoid compatibility issues.
- Page 72 Connecting the DRM’s 80000W To configure and enable DRMs (Demand Response Management) functionality, you can access the related settings under the Advanced Settings menu. *For AS4777 Standard. What this page displays: ƒ In the Advanced Settings menu, select DRMs Enable to activate DRM functionality. ƒ...
- Page 73 Solar Power Generated This page displays the solar power produced on a daily, monthly, yearly, and total basis. To access this page, click on the Solar/Turbine icon on the Home Page. What this page displays: ƒ Return/Day/Month/Year/Total: This shows the total solar energy generated for the current day, month, year, and overall total.
- Page 74 Grid Power This page displays the daily, monthly, yearly, and total grid power export or consumption. To access this page, click on the Solar/Turbine icon on the Home Page. What this page displays: ƒ Return/Day/Month/Year/Total: Shows the total grid power exported or consumed for the current day, month, year, and overall total.
- Page 75 Advanced Settings for Auxiliary Load 80000W To configure Auxiliary Load (previously known as “smart load”) settings, click on the AUX LOAD icon in the menu. What this page displays: ƒ Use of the Gen (Aux) input or output: Allows you to select whether the generator peak shaving function is active.
- Page 76 FOR AUX LOAD OUTPUT MODE ƒ Aux Load Output: This mode utilizes the Gen input connection as an output, which only receives power when the battery State of Charge (SOC) and PV power are above a user-programmable threshold. ƒ For example: Power=500W, ON: 100%, OFF=95%. When the PV power exceeds 500W, and the battery bank SOC reaches 100%, the Smart Load Port will automatically switch on to power the connected load.
- Page 77 OPERATION MODES Mode I: Basic DC Breaker Ground BaSSerT P8 Com(iner Bo7 LÅ LÇ Grid AC Breaker LÅ On-Grid LÇ Home Load AC Breaker LÅ Backup LÇ AC Breaker Load Solar Mode II: Generator DC Breaker Ground Batterd LÅ P€ Compiner Boy LÇ...
- Page 78 Mode III: With Smart-Load DC Breaker Ground BatterW LÅ Ps Comciner Bor LÇ Grid AC Breaker LÅ LÅ On-Grid LÇ LÇ Smart Home Load AC Breaker AC Breaker Load LÅ Backup LÇ Load AC Breaker Sowar Mode IV: AC Couple Grid-Connected + AC Couple DC Breaker Ground...
- Page 79 Mode V: Grid-Tied PT ComDiner BoS LÅ On-Grid Gro7nd LÇ Home Load AC Breaker LÅ LÇ Grid AC Breaker Solar WARNING The system's first priority power source is always solar (PV) power. The second and third priority power sources are the battery bank or grid power, depending on the configuration settings. Generator power will be used as a last resort if available.
- Page 80 Error Code Description Solutions Reserved 1. Check the operating status of the fan. FAN_IN_Warn 2. If the fan is running abnormally, open the cover of the inverter to check the connection of the fan. 1. Check the phase sequence connection of the power grid. Grid_phase_warn 2.
- Page 81 Error Code Description Solutions AC_MainContactor_Failure Restart the inverter 3 times and restore the factory settings. AC_SlaveContactor_Failure Restart the inverter 3 times and restore the factory settings. 1. When the grid type and frequency changed it will report F13. 2. When the battery mode was changed to "No Battery" mode, it will report F13.
- Page 82 Error Code Description Solutions PV isolation resistance is too low 1. Check if the connection of PV panels and inverter are firmly DC_Insulation_Fault connected. 2. Check if the earth bond cable on inverters is connected to the ground. DC_Feedback_Fault Restart the inverter 3 times and restore the factory settings. 1.
- Page 83 Error Code Description Solutions Grid voltage out of range AC_UV_UnderVolt_Fault 1. Check the voltage is in the range of specification or not. 2. Check whether AC cables are firmly and correctly connected. Grid frequency out of range AC_OverFreq_Fault 1. Check the frequency is in the range of specification or not. 2.
- Page 84 COMMISSIONING Start-Up / Shutdown Procedure The inverter must be installed by a qualified and licensed electrical engineer, following the relevant national wiring regulations. Prior to powering on, the installation engineer must complete the following checks: ƒ Earth bond test. ƒ RCD (Residual Current Device) test. ƒ...
- Page 85 Ensure you are familiar with this, if you fully This is the heart of the understand the controller See section ‘Program Charge / system, this controls you will fully appreciate Discharge Times’. everything. the capabilities of there inverter. If paralleling inverters in 3-Phase check you If using a wind turbine please This is for paralleling...
- Page 86 APPENDIX C The Sunsynk Three-Phase Hybrid Inverter is compatible with the Sunsynk Connect app via Wi-Fi or GSM data logger (see Sunsynk Connect instruction manual for setup details). This integration allows for remote monitoring and control of the inverter system, ensuring ease of use and real-time data access.
- Page 87 2. Use the type specified in the inverter manufacturer’s instructions or as labelled on the inverter. We recommend the use of an RCD on all circuits and sub-circuits connected to the Sunsynk Inverter. Below are the recommended specifications for a Residual Current Breaker with Overcurrent Protection (RCDO).
- Page 88 Room 702-704, 7/F Texwood Plaza, 6 How Ming Street, Kwun Tong, Kowloon, Hong Kong Sunsynk UK Ltd, 17 Turnstone Business Park, Mulberry Avenue, Widnes, Cheshire, WA8 0WN Unit 2, 3 & 4, 80 Highview Blvd, Ferndale, Randburg, 2160, South Africa...
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