Sungrow SH5T User Manual
  1. Manuals
  2. Brands
  3. Sungrow Manuals
  4. Inverter
  5. SH5T
  6. User manual
Sungrow SH5T User Manual

Sungrow SH5T User Manual

3–phase hybrid inverter
Hide thumbs Also See for SH5T:
Table of Contents

Advertisement

Quick Links

Download this manual
User Manual
3–Phase Hybrid Inverter
SH5T/6T/8T/10T/12T/15T/20T/25T
SH5_6_8_10_12_15_20_25T-UEN-Ver15-202408
3–Phase Hybrid Inverter
User Manual
SH5T/6T/8T/10T/12T/15T/20T/25T
SH5_6_8_10_12_15_20_25T-UEN-Ver15-202408

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the SH5T and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for Sungrow SH5T

Summary of Contents for Sungrow SH5T

  • Page 1 User Manual SH5T/6T/8T/10T/12T/15T/20T/25T 3–Phase Hybrid Inverter User Manual SH5_6_8_10_12_15_20_25T-UEN-Ver15-202408 3–Phase Hybrid Inverter SH5T/6T/8T/10T/12T/15T/20T/25T SH5_6_8_10_12_15_20_25T-UEN-Ver15-202408...

  • Page 2: All Rights Reserved

    Software Licenses • It is prohibited to use data contained in firmware or software developed by SUNGROW, in part or in full, for commercial purposes by any means. • It is prohibited to perform reverse engineering, cracking, or any other operations that...

  • Page 3: About This Manual

    (PV) system. Readers can get additional information at www.sungrowpower.com or on the webpage of the respective component manufacturer. Validity This manual is valid for the following model of low-power grid-connected PV string inverters: • SH5T • SH6T • SH8T • SH10T • SH12T •...
  • Page 4 Please read this manual carefully before using the product and keep it properly at a place for easy access. All contents, pictures, marks, and symbols in this manual are owned by SUNGROW. No part of this document may be reprinted by the non-internal staff of SUNGROW without written authorization.
  • Page 5 NOTICE Indicates potential risks that, if not avoided, may lead to device malfunctions or financial losses. “NOTE” indicates additional information, emphasized contents or tips that may be helpful, e.g., to help you solve problems or save time.

  • Page 6: Table Of Contents

    Contents All Rights Reserved......................I About This Manual......................II 1 Safety Instructions ....................1 1.1 Unpacking and Inspection..................2 1.2 Installation Safety....................3 1.3 Electrical Connection Safety.................3 1.4 Operation Safety....................6 1.5 Maintenance Safety....................7 1.6 Disposal Safety.....................8 2 Product Description ....................
  • Page 7 3.2.2 DRM (“AU”/“NZ”)..................23 3.2.3 Regular Operational Voltage Range............23 3.2.4 Regular Operational Frequency Range............24 3.2.5 Reactive Power Regulation..............24 3.2.6 Load Control..................... 24 3.3 Battery Management..................24 3.3.1 Charge Management................26 3.3.2 Discharge Management................27 3.4 Communication and Configuration..............27 4 Unpacking and Storage ..................28 4.1 Unpacking and Inspection..................
  • Page 8 6.6.1 PV Input Configuration................64 6.6.2 Installing the PV Connectors..............65 6.7 Battery Power Connection..................68 6.7.1 Battery Connection Requirements............68 6.7.2 Installing the Battery Connector............... 68 6.8 Communication Connection................70 6.8.1 WiNet-S2 Connection................71 6.8.1.1 WLAN Communication..............71 6.8.1.2 Ethernet Communication..............72 6.8.2 COM2 Terminal Communication Connection........... 74 6.8.2.1 Smart Energy Meter Connection............75 6.8.2.2 Battery Communication Connection..........80 6.8.2.3 DO Connection................82...
  • Page 9 8.9 Records......................110 8.9.1 Chart....................... 111 8.9.2 Fault Alarm Record................111 8.9.3 Event Records..................112 8.10 More........................113 8.10.1 System Parameters................113 8.10.2 Running Time..................114 8.10.3 Fault Recovery..................115 8.10.4 Regular Parameters................115 8.10.5 Off-grid Parameters................115 8.10.6 Active Power Regulation..............116 8.10.7 Reactive Power Regulation..............
  • Page 10 10.2.3 Replacing the Button Cell..............139 11 Appendix ......................140 11.1 Technical Data....................140 11.2 The Compatibility for Backup under Off-grid Scenario........151 11.3 Quality Assurance...................152 11.4 Contact Information..................153...

  • Page 11: Safety Instructions

    Level 6 or stronger winds. SUNGROW shall not be held liable for any damage to the device due to force majeure, such as earthquakes, floods, volcanic eruptions, mudslides, lightning strikes, fires, wars, armed conflicts, typhoons, hurricanes, tornadoes, and other extreme weathers.

  • Page 12: Unpacking And Inspection

    • SUNGROW shall not be held liable for any damage to the product caused by the negligence, intent, fault, improper operation, and other behaviors of users or third-party organizations.

  • Page 13: Installation Safety

    If there are problems with the above inspection items, do not install the device and contact your distributor first. If the problem persists, contact SUNGROW in time. 1.2   Installation Safety DANGER •...
  • Page 14 1 Safety Instructions User Manual DANGER The PV string will generate lethal high voltage when exposed to sunlight. • Operators must wear proper personal protective equipment during electrical connections. • Must ensure that cables are voltage-free with a measuring instrument before touching DC cables.
  • Page 15 User Manual 1 Safety Instructions WARNING Damage to the product caused by incorrect wiring is not covered by the warranty. • Electrical connection must be performed by professionals. • Please use measuring devices with an appropriate range. Overvoltage can damage the measuring device and cause personal injury. •...

  • Page 16: Operation Safety

    1 Safety Instructions User Manual 1.4   Operation Safety DANGER When routing cables, ensure a distance of at least 30 mm between the cables and heat-generating components or areas to protect the insulation layer of cables from aging and damage. When the product is working: •...

  • Page 17: Maintenance Safety

    User Manual 1 Safety Instructions 1.5   Maintenance Safety DANGER Risk of inverter damage or personal injury due to incorrect service! • Before maintenance, disconnect the AC circuit breaker on the grid side and then the DC switch. If a fault that may cause personal injury or device damage is found before maintenance, disconnect the AC circuit breaker and wait until the night before operating the DC switch.

  • Page 18: Disposal Safety

    1 Safety Instructions User Manual NOTICE • If the paint on the inverter enclosure falls or rusts, repair it in time. Otherwise, the inverter performance may be affected. • Do not use cleaning agents to clean the inverter. Otherwise, the inverter may be damaged, and the loss caused is not covered by the warranty.

  • Page 19: Product Description

    2   Product Description 2.1   System Introduction WARNING • The inverter must only be operated with PV strings with class II protection in accordance with IEC 61730, application class A. It is not allowed for the positive pole or the negative pole of the PV strings to be grounded. This can cause the inverter to be destroyed.
  • Page 20 2 Product Description User Manual figure 2-1 Inverter Appearance Name Description LED indicator panel Indicates the current working state of the inverter. Used to disconnect PV - only when there is no PV DC switch production. Includes DC terminals, AC terminals, battery terminals, Electrical connection communication terminals and additional grounding area...

  • Page 21: Symbols On The Product

    User Manual 2 Product Description Inverter W(mm) H(mm) D(mm) Weight(kg) SH5/6/8/ 10/12T SH15/20T SH25T 2.3   Symbols on the Product Symbol Explanation RCM mark of conformity. TÜV mark of conformity. CE mark of conformity. EU/EEA Importer Do not dispose of the inverter together with household waste. The inverter does not have a transformer.

  • Page 22: Led Indicator

    2 Product Description User Manual 2.4   LED Indicator The LED panel with a display screen and an indicator is on the front of the inverter. figure 2-3 LED Panel (a) Normal state (b) Error state Name Description E-day Today’s energy yield Real-time AC output power Battery SOC (State of Charge) To indicate the working state of the inverter.

  • Page 23: Pv Energy Storage System (Pv Ess)

    User Manual 2 Product Description LED Color state Definition Both the AC and DC sides are powered down. Gray WARNING Voltage may still be present in AC side circuits after the indicator is off. Pay attention to the electricity safety when operating. 2.5  ...

  • Page 24: Declaration For Backup Function

    This product is not suitable for supplying power to life-sustaining medical devices since power outages may result in danger to life. The following statement involves SUNGROW general policies about the hybrid inverters described in this document. 1. For hybrid inverters, the electrical installation typically includes connection of the inverter to both PV modules and batteries.

  • Page 25: Energy Management

    User Manual 2 Product Description SUNGROW shall hold no liability for any consequences arising from failing to observe this instruction. 2. When the inverter is working in backup mode, it supports up to 1.25kW single-phase half-wave loads. 3. Normally, the backup switching time is less than 10 ms. However, some external factors or local regulations may cause the system to fail on backup mode.
  • Page 26 2 Product Description User Manual - First,battery will discharge and provide the energy missing. - Moreover,inverter will draw power from the mains if the power from the PV and battery is less than the load power. With current No current Energy Management during Night During night, with energy available, the battery will discharge to supply power for loads.

  • Page 27: Parallel System

    User Manual 2 Product Description With current No current 2.6   Parallel System 2.6.1 Grid-connected Parallel System(not available for AU market) SH5-25T are three phase units which are not available for test combinations for Section5 of AS/NZS 4777.2:2020. Maximum two hybrid inverters of the same type can be connected in parallel in the PV ESS via RS485 communication.

  • Page 28: Retrofitting The Existing Pv System

    App. For more information about the parallel connection of inverters, please contact SUNGROW. 2.7   Retrofitting the Existing PV System The hybrid inverter is compatible with any three-phase PV grid-connected inverters. An...
  • Page 29 User Manual 2 Product Description On-grid Port to Retrofit the Existing PV System figure 2-6 On-grid Port to Retrofit the Existing PV System The AC terminal of the PV inverter and the GRID terminal of the hybrid inverter are connected in parallel. The power generation from the existing PV inverter will be firstly provided to the loads and then charge the battery.

  • Page 30: Whole Home Backup

    3. If the system adopts third-party inverters, the electric meter requires 2 CTs for monitoing, with CT1 connected to the grid port and CT2 connected to the AC port of the thrid-party inverters. If SUNGROW inverters are adopted, only 1 CT is required, and the CT shall be connected to the grid port.
  • Page 31 User Manual 2 Product Description Item Description Note Battery (optional) A Li-ion battery. Loads Household loads, connected to inverter LOAD terminal. Note: 1. In this scenario, the household load should be connected to the LOAD terminal. 2. The power of household loads connected should not exceed the maximum backup output of the inverter.

  • Page 32: Function Description

    3   Function Description 3.1   Safety Function 3.1.1 Protection Several protective functions are integrated in the inverter, including short circuit protection, grounding insulation resistance surveillance, residual current protection, anti-islanding protection, DC overvoltage / over-current protection, etc. 3.1.2 Earth Fault Alarm The inverter has integrated a multiple-function dry-contact (DO relay), which can be used for the external alarm for earth fault.

  • Page 33: Drm ("Au"/"Nz")

    User Manual 3 Function Description 3.2.2 DRM (“AU”/“NZ”) The inverter provides a terminal block for connecting to a demand response enabling device (DRED). The DRED asserts demand response modes (DRMs). The inverter detects and initiates a response to all supported demand response commands within 2s. The following table lists the DRMs supported by the inverter.

  • Page 34: Regular Operational Frequency Range

    User may set the control mode according to individual demand. 3.3   Battery Management Li-ion battery from SUNGROW are compatible with the PV ESS，further battery models will be made compatible in the future. The currently supported battery brands and models are shown in the following table.
  • Page 35 • If a third-party battery product is to be used, please consult the manufacturer for the battery's charge and discharge performance. SUNGROW cannot guarantee that the use of a third-party battery product would allow the optimal performance of the hybrid inverter.

  • Page 36: Charge Management

    3-4 Default SOC Conditions for Li-ion Battery Backup Charge Type Trigger SOC Finishing SOC SUNGROW SOC ≤ 2 % SOC ≥ 4 % Normal Charge Management When the battery voltage is within the normal range, the inverter can charge the battery if the PV power is higher than the load power and can ensure that the battery is never over- charged.

  • Page 37: Discharge Management

    User Manual 3 Function Description • If the PV voltage is higher than 950 V, the battery cannot charge. • The hybrid inverter will start to charge the battery when the export power value exceeds a pre-defined threshold value of 70 W. 3.3.2 Discharge Management Discharge management can effectively protect the battery from deep discharging.

  • Page 38: Unpacking And Storage

    • Check the scope of delivery for completeness according to the packing list. • Check the inner contents for damage after unpacking. Contact SUNGROW or the transport company in case of any damage or incompleteness, and provide photos to facilitate services.

  • Page 39: Scope Of Delivery

    User Manual 4 Unpacking and Storage 4.2   Scope of Delivery figure 4-1 Scope of delivery Item Name Quantity Inverter Wall-mounting bracket Expansion plug set M5×12 screws and washers COM2 connector set COM1 connector set AC connector set PV connectors Cord end terminal* 10–33 Battery connectors*...

  • Page 40: Inverter Storage

    4 Unpacking and Storage User Manual Item Name Quantity 120Ω resistor Manual Changeover Switch(63A)*** Protective Cover*** Documents * The images shown here are for reference. The actual product and quantity are based on delivery. ** The Australia and New Zealand region is equipped with 6 x 100A/0.333V CT as standard, and the other areas are equipped with 3 x 100A/0.333V CT as standard.

  • Page 41: Mechanical Mounting

    For specific requirements for the installation environment, see 5.2.1 Installation Environment Requirements. In case the environment where the product is installed does not meet the requirements, SUNGROW shall not be held liable for any property damage arising therefrom. CAUTION Improper handling may cause personal injury! •...

  • Page 42: Location Requirements

    5 Mechanical Mounting User Manual NOTICE During installation, ensure that no device in the system causes it hard for the DC switch and the AC circuit breaker to act or hinders maintenance personnel from operating. If drilling is required during installation: •...

  • Page 43: Carrier Requirements

    • Good heat dissipation is very important to the inverter. Please install the inverter in a ventilated environment. • Please consult SUNGROW before installing inverters outdoors in areas prone to salt damage, which mainly are coastal areas within 500 meters of the coast. The...

  • Page 44: Angle Requirements

    5 Mechanical Mounting User Manual Do not install the inverter on a carrier that may vibrate in resonance, so as to avoid making bigger noise. The structure should meet the following requirements: 5.2.3 Angle Requirements Install the inverter vertically. Never install the inverter horizontally, or at forward/backward tilted, side tilted, or upside down.
  • Page 45 User Manual 5 Mechanical Mounting In case of multiple inverters, reserve specific clearance between the inverters.

  • Page 46: Installation Tools

    5 Mechanical Mounting User Manual 5.3   Installation Tools Installation tools include but are not limited to the following recommended ones. If necessary, use other auxiliary tools on site. Goggles Earplugs Dust mask Safety gloves Safety shoes Utility knife Slotted screwdriver Phillips screwdriver (M4、M2) (M5)

  • Page 47: Moving The Inverter

    User Manual 5 Mechanical Mounting Heat gun Crimping tool Wrench for Battery Multimeter 4–6mm terminal ≥ 1000V DC 10mm Open-end wrench RJ45 crimping tool (24 mm, 35 mm) 5.4   Moving the Inverter Before installation, remove the inverter from the packing case and move it to the installation site.
  • Page 48 5 Mechanical Mounting User Manual The expansion plug set shown below is recommended for the installation. (1) Self-tapping screw (2) Expansion tube (3) Fender washer (4) Spring washer step 1 Place the wall-mounting bracket to a proper position on the wall. Mark the positions and drill the holes.
  • Page 49 User Manual 5 Mechanical Mounting step 3 Install the bottom bracket to avoid the inverter tilting forward. step 4 Lift the inverter and slide it down along the wall-mounting bracket to make sure they match perfectly. Use two screw sets to lock both left and right sides. - - End...

  • Page 50: Electrical Connection

    6   Electrical Connection 6.1   Safety Instructions DANGER The PV string will generate lethal high voltage when exposed to sunlight. • Operators must wear proper personal protective equipment during electrical connections. • Must ensure that cables are voltage-free with a measuring instrument before touching DC cables.
  • Page 51 User Manual 6 Electrical Connection WARNING Damage to the product caused by incorrect wiring is not covered by the warranty. • Electrical connection must be performed by professionals. • Operators must wear proper personal protective equipment during electrical connections. • All cables used in the PV generation system must be firmly attached, properly insulated, and adequately dimensioned.

  • Page 52: Terminal Description

    6 Electrical Connection User Manual • If excessive loads are connected to the inverter backup port, the inverter will shut down for protection. Please remove some loads and restart the inverter. • The cable colors in figures in this manual are for reference only. Please select cables according to local cable standards.
  • Page 53 6-1 The Label Description of COM1 Terminal Label Description The RS485 communication port is used only for the parallel connection of SUNGROW SH5-25T hybrid inverters. It should RS485 (A1, B1) not be used for other purposes or the parallel connection of third-party devices.
  • Page 54 6 Electrical Connection User Manual table 6-2 The label of RJ45 terminal RJ45–METER RJ45–BAT table 6-3 The label description of COM2 terminal Label Description • DO (COM1, NO1): Grounding fault/alarm • DO (COM2, NO2): Reserved AI Input Reserved Connect to the Smart Energy Meter (If installing a single inverter Meter (A2, B2) or if installing the master inverter in a string of parallel inverters.) RSD (RSD-1, RSD-2)

  • Page 55: Electrical Connection Overview

    User Manual 6 Electrical Connection *The length of the RS485 communication cable cannot exceed 1200m (1200m is supported for the default baud rate of 9600 only). 6.3   Electrical Connection Overview System Wiring Diagram The system wiring diagram is shown below: (A) Battery (B) PV string (C) Inverter...
  • Page 56 6 Electrical Connection User Manual Specification No. Cable Type Outer Cross section diameter(mm) PV cable, complying with DC cable 6.4~8.0 1,000V standard (12 ~ 10AWG) SH5–12T: SH5–12T: 6~10 14.4~23 (10 ~ 7AWG) Outdoor multi-core copper AC cable * wire cable SH15–25T: SH15–25T: 10~16 21~27.5...
  • Page 57 User Manual 6 Electrical Connection Wire Sizes for Different Terminals table 6-5 Wire sizes for different terminals Terminal Wire cross-se ctional 0.5mm 0.75mm 10mm 16mm 16mm area Communicat Communicat Cable AC cable AC cable AC cable ion cable ion cable Backup Wiring Diagram (Australia and New Zealand) The neutral cable of GRID side and BACK-UP side must be connected together according to the wiring rules AS/NZS_3000.
  • Page 58 6 Electrical Connection User Manual SH5/6T SH8/10/12T SH15T SH20/25T ② 25~63A/400V 32~63A/400V 40~63A/400V 63A/400V TypeB TypeB AC TypeB AC TypeB AC AC breaker breaker breaker breaker ③ Depends on loads ④ Depends on loads ⑤ Depends on household loads and inverter capacity ⑥⑦...
  • Page 59 User Manual 6 Electrical Connection SH5/6T SH8/10/12T SH15T SH20/25T ③ Depends on loads ④ Depends on loads ⑤ Depends on household loads and inverter capacity ⑥ 30mA RCD (Comply with local regulation) ⑦ 63A/230V manual changeover switch* *The manual changeover switch is included in the scope of delivery. A 63A manual changeover switch is required for the whole home backup scenario.
  • Page 60 6 Electrical Connection User Manual SH5/6T SH8/10/12T SH15T SH20/25T ⑧ 300mA RCD (Comply with local regulation) 1. *If the battery is integrated with a readily accessible internal DC breaker, no additional DC breaker is required. 2. The values in the table are recommended values and can be set to other values according to actual conditions.
  • Page 61 User Manual 6 Electrical Connection *The manual changeover switch should be prepared by users separately. A 63A manual changeover switch is required for the whole home backup scenario. When switching to "LOAD" using the changeover switch, household loads will be supplied by the PV installation and battery.
  • Page 62 6 Electrical Connection User Manual 3. To improve the safety of the system, set the “Import Power Limit” for the inverter immediately after completing the wiring. The formula used to calculate the import power limit should be: Set value of Import Power Limit (kW) ≤ 3*230*0.8*rated current of the house's main switch.

  • Page 63: External Protective Grounding Connection

    User Manual 6 Electrical Connection 6.4   External Protective Grounding Connection DANGER • There are large currents during the inverter's operation. If the inverter is powered on and put into operation without being grounded, it may lead to electric shock hazards or failures of major protective functions such as surge protection.

  • Page 64: External Protective Grounding Requirements

    AC side grounding terminal are reliably grounded. The grounding connection can be made by other means if they are in accordance with the local standards and regulations, and SUNGROW shall not be held liable for the possible consequences. 6.4.1 External Protective Grounding Requirements All non-current carrying metal parts and device enclosures in the PV power system should be grounded, for example, brackets of PV modules and inverter enclosure.
  • Page 65 User Manual 6 Electrical Connection step 1 Prepare the cable and OT/DT terminal. (1) Heat shrink tubing (2) OT/DT terminal After being crimped, the OT terminal must wrap the wires completely, and the wires must contact the OT terminal closely. When using a heat gun, protect the device from being scorched.

  • Page 66: Ac Cable Connection

    6 Electrical Connection User Manual step 2 Remove the screw on the grounding terminal and fasten the cable with a screwdriver. step 3 Apply paint to the grounding terminal to ensure corrosion resistance. - - End 6.5   AC Cable Connection 6.5.1 AC Side Requirements Only with the permission of the local grid department, the inverter can be connected to the grid.

  • Page 67: Installing The Ac Connector

    User Manual 6 Electrical Connection Residual Current Monitoring Device With an integrated universal current-sensitive residual current monitoring unit included, the inverter will disconnect immediately from the mains power once a fault current with a value exceeding the limit is detected. 6.5.2 Installing the AC Connector The inverter's GRID and LOAD terminals are integrated into one port, as shown below.
  • Page 68 6 Electrical Connection User Manual step 1 Unscrew the swivel nut of the AC connector. step 2 Take out the terminal plug from the housing. step 3 Thread the AC cable of appropriate length through the swivel nut and the housing.
  • Page 69 User Manual 6 Electrical Connection step 4 Strip the cable by 80 mm. If the cold-pressed terminal is to be crimped onto the cable, the cable stripping length should be 2~3 mm plus the length of the metal body of the terminal. If the cold- pressed terminal is not used, strip the cable by 14~16 mm.
  • Page 70 6 Electrical Connection User Manual step 6 When wiring, the five wires (LOAD or GRID) should be correctly positioned according to the marks and inserted into the terminal at the same time. After finishing wiring, make sure the cold- pressed terminal does not protrude from the outside surface of the AC terminal. WARNING When performing AC wiring (LOAD or GRID), check carefully if the cable wires match the ports properly.
  • Page 71 User Manual 6 Electrical Connection step 8 Insert the AC connector into the GRID and LOAD terminal on the inverter until there is an audible sound. DANGER High voltage may be present in inverter! Ensure all cables are voltage-free before electrical connection. Do not connect the AC circuit breaker until all inverter electrical connections are completed.

  • Page 72: Dc Cable Connection

    6 Electrical Connection User Manual step 9 Lock the AC connector using a slotted screwdriver. Remove the AC connector only if the AC and DC sides and the battery are powered off. Do not pull out the cable while the load is operating. To remove the AC connector, use a screwdriver to unlock it first, as shown in the figure below.
  • Page 73 User Manual 6 Electrical Connection WARNING • Make sure the PV array is well insulated to ground before connecting it to the inverter. • Make sure the maximum DC voltage and the maximum short circuit current of any string never exceed inverter permitted values specified in "Technical Data". •...

  • Page 74: Pv Input Configuration

    6 Electrical Connection User Manual 6.6.1 PV Input Configuration Note:The output voltage of strings should all exceed the lower limit of the full load MPPT voltage range. For SH5/6/8T, each PV input operates independently and has its own MPPT. In this way, string structures of each PV input may differ from each other, including PV module type, number of PV modules in each string, angle of tilt, and installation orientation.

  • Page 75: Installing The Pv Connectors

    User Manual 6 Electrical Connection Prior to connecting the inverter to PV inputs, the following electrical specifications must be met simultaneously: Model Open-circuit Voltage Max. current for Input Limit Connector SH5/6/8/10/12/15/20/25T 1000 V 30 A NOTICE Take the SH25T inverter for example: 1.
  • Page 76 6 Electrical Connection User Manual To ensure IP65 protection, use only the supplied connector. step 1 Strip the insulation from each DC cable by 7 mm–8 mm. step 2 Assemble the cable ends with the crimping pliers. 1: Positive crimp contact 2: Negative crimp contact step 3 Lead the cable through cable gland, and insert the crimp contact into the insulator until it snaps into place.
  • Page 77 User Manual 6 Electrical Connection step 5 Rotate the DC switch to “OFF” position. step 6 Check the cable connection of the PV string for polarity correctness and ensure that the open circuit voltage in any case does not exceed the inverter input limit of 1,000V. step 7 Connect the PV connectors to corresponding terminals until there is an audible click.

  • Page 78: Battery Power Connection

    6 Electrical Connection User Manual 6.7   Battery Power Connection 6.7.1 Battery Connection Requirements This section mainly describes the cable connections on the inverter side. Refer to the instructions supplied by the battery manufacturer for the connections on the battery side and configuration.
  • Page 79 User Manual 6 Electrical Connection step 1 Strip the insulation from each DC cable by 7~8 mm. step 2 Assemble the cable ends with the crimping pliers. 1: Positive crimp contact 2：Negative crimp contact step 3 Lead the cable through cable gland, and insert the crimp contact into the insulator until it snaps into place.

  • Page 80: Communication Connection

    6 Electrical Connection User Manual step 4 Tighten the cable gland and the insulator. step 5 Check for polarity correctness. step 6 Insert the connector into the BAT+ and BAT- terminals. If another model of battery is used, please refer to the corresponding product manual. - - End 6.8  ...

  • Page 81: Winet-S2 Connection

    User Manual 6 Electrical Connection RS485 function The RS485 communication interfaces are used to establish communication connection with monitoring devices. 6.8.1 WiNet-S2 Connection The WiNet-S2 module supports Ethernet communication and WLAN communication. It is not recommended to use both communication methods at the same time. (A) Inverter (B) Router/Switch (C) iSolarCloud server...

  • Page 82: Ethernet Communication

    6 Electrical Connection User Manual step 1 Remove the waterproof lid from the WLAN terminal. step 2 Install the module. Slightly shake it by hand to determine whether it is installed firmly, as shown below. step 3 Refer to the guide delivered with the module for the set-up. - - End 6.8.1.2 Ethernet Communication step 1 (Optional) Strip the insulation layer of the communication cable with an Ethernet wire stripper,...
  • Page 83 User Manual 6 Electrical Connection step 2 Unscrew the swivel nut from the communication module and take out the inner sealing ring. step 3 Unscrew the housing from the communication module. step 4 Thread the network cable through the swivel nut and gasket. Afterwards, route the cable into the opening of the sealing.

  • Page 84: Com2 Terminal Communication Connection

    6 Electrical Connection User Manual step 5 Insert the RJ45 plug into the front plug connector until there is an audible click and tighten the housing. Install the gasket and fasten the swivel nut. step 6 Remove the waterproof lid from the WLANterminal and install WiNet-S2. step 7 Slightly shake it by hand to determine whether it is installed firmly.

  • Page 85: Smart Energy Meter Connection

    The Smart Energy Meter DTSU666–20 is used (provided in the box), please connect Pin A on the meter to Pin A2 on the inverter and Pin B on the meter to Pin B2 on the inverter. Contact SUNGROW to ensure that the Smart Energy Meter model is available locally.
  • Page 86 6 Electrical Connection User Manual NOTICE When wiring, make sure the arrow on the CT points in the direction from Grid to Load. Steps for connecting the Smart Energy Meter to the inverter with a communication cable 1. Unscrew the swivel nut from the connector and take out the terminal block.
  • Page 87 User Manual 6 Electrical Connection 2. Remove the seal and lead the cable through the cable gland. 3. Remove the cable jacket and strip the wire insulation.
  • Page 88 6 Electrical Connection User Manual 4. If the communication distance (L) ≤ 10m, use a RS485 communication cable for connection directly. Plug the wires into the A2, B2 terminal of the COM2 terminal. If 10m < L ≤ 50m, add an extra 120Ω resistor to improve the communication quality.
  • Page 89 User Manual 6 Electrical Connection 5. Insert the terminal block into the connector until it snaps into place with an audible click and fasten the swivel nut. 6. Remove the waterproof lid from the COM2 terminal, insert the COM2 connector into COM2 terminal of the inverter until there is an audible click.

  • Page 90: Battery Communication Connection

    6 Electrical Connection User Manual NOTICE For more information about the Smart Energy Meter, please refer to the corresponding product manual. 6.8.2.2 Battery Communication Connection Pin terminal or RJ45 plug can be used to connect the battery for communication. Pin terminal connection 1.
  • Page 91 User Manual 6 Electrical Connection RJ45 connection 1. Plug the wires into the RJ45–BAT terminal of the COM2 terminal.

  • Page 92: Do Connection

    6 Electrical Connection User Manual NOTICE If another model of battery is used, please refer to the corresponding product manual. 6.8.2.3 DO Connection The inverter has one DO relay with multiple functions as follows: DO(COM1, NO1): • Consumer load control. In this case the DO relay will control a contactor that will open or close in certain condition.
  • Page 93 User Manual 6 Electrical Connection • Reserved. Relay Trigger condition Description The load control mode The relay is activated once the conditions Consumer load has been set via the of the control mode are satisfied. See control iSolarCloud App. 8.10.10 Load Control.

  • Page 94: Drm Connection

    6 Electrical Connection User Manual NOTICE • The current of the DO dry contact should not be larger than 3 A. • The DO mode is not controlled once the inverter is powered off. Connect the AC contactor by the manual switch, so as to control the loads. Procedure Plug the wires into the DO (COM1, NO1)、DO (COM2, NO2) terminal of the COM2 terminal.
  • Page 95 User Manual 6 Electrical Connection Mode Asserted by Shorting Terminals DRM1 D1/5 & C DRM2 D2/6 & C DRM3 D3/7 & C DRM4 D4/8 & C DRM5 D1/5 & R DRM6 D2/6 & R DRM7 D3/7 & R DRM8 D4/8 & R The inverter only supports DRM0 and the information is marked on the label located in the top of COM2 terminal.
  • Page 96 6 Electrical Connection User Manual Ripple Control In Germany, the grid company uses the Ripple Control Receiver to convert the grid dispatching signal and send it as a dry contact signal. Wiring of the ripple control receiver dry contact cables is shown in the figure below: table 6-7 Method of Asserting DI Mode S1 S2 Switch Operation on...

  • Page 97: Protective Cover Installation (Optional)

    User Manual 6 Electrical Connection 6.9   Protective Cover Installation (Optional) NOTICE Please install the protective cover after finishing all electrical connections of the inverter. The installation procedure of the protective cover is as follows: step 1 The protective cover consists of a left cover, a right cover and a top cover. step 2 Slot the left cover and the right cover into the top cover until there is an audible "click".
  • Page 98 6 Electrical Connection User Manual step 3 After the electrical connection of the inverter is completed, install the protective cover to the inverter bottom and make sure that the threaded holes in buckles of the protective cover are aligned with the holes on the sides of the inverter.
  • Page 99 User Manual 6 Electrical Connection step 4 Use a screwdriver to secure screws with a torque of 1.5 N.m. step 5 The installation of the protective cover is completed. - - End...

  • Page 100: Commissioning/Startup Procedure

    7   Commissioning/Startup Procedure 7.1   Inspection Before Commissioning Check the following items before starting the inverter: • All equipment has been reliably installed. • DC switch(es) and AC circuit breaker are in the "OFF" position. • The ground cable is properly and reliably connected. •...

  • Page 101: App Preparation

    8.3 Account Registration. If you have got the account and password from the distributor/installer or SUNGROW, skip this step. step 3 Download the firmware package to the mobile device in advance. Refer to “Firmware Upadate”. This is to avoid download failure due to poor on-site network signal.
  • Page 102 7 Commissioning/Startup Procedure User Manual step 1 Open the App, tap More in the upper right corner of the interface, and select the correct access address. figure 7-1 Select Access Address...
  • Page 103 User Manual 7 Commissioning/Startup Procedure step 2 Open the iSolarCloud App. Enter the account name and password on the login screen --> log into the account --> tap Create Plant --> fill in the general information of the plant --> save the settings.
  • Page 104 7 Commissioning/Startup Procedure User Manual Parameter Description The location of the plant, which can be set in the following two ways: • Manual setting: Enter the location of the plant in the Detailed Address* input box. • Auto acquisition: Tap to get the current location automatically.
  • Page 105 User Manual 7 Commissioning/Startup Procedure step 4 Connect the communication device to the home network, so that data can be transferred to the iSolarCloud server over the home network. Tap Network –> select the target home network and enter the password –> press the button on the communication device once by following the onscreen instructions –>...
  • Page 106 7 Commissioning/Startup Procedure User Manual step 5 Tap Device Initialization in “Commissioning” --> select a Country/Region based on the location of the inverter --> choose a power company as needed --> tap Continue, and device initialization will be completed.
  • Page 107 User Manual 7 Commissioning/Startup Procedure step 6 Set your preferred currency in Unit —> set Feed-in Tariff and Consumption Tariff —> save the settings. step 7 Tap Complete. Now the steps for creating a plant are completed.
  • Page 108 7 Commissioning/Startup Procedure User Manual step 8 After a plant is successfully created, return to the App home page to view the plant information. step 9 After the plant has been created, you can choose Settings→Advanced Settings→Power Control to view or change the settings of power control parameters. You can also choose Settings→Advanced Settings→Protection Parameters to view or change the settings of 10–min Overvoltage Protection.

  • Page 109: Isolarcloud App

    App. * To achieve direct login via WLAN, the wireless communication module developed and manufactured by SUNGROW is required. The iSolarCloud App can also establish communication connection to the inverter via Ethernet connection.

  • Page 110: Account Registration

    8 iSolarCloud App User Manual The App icon appears on the home screen after installation. 8.3   Account Registration The account distinguishes two user groups, owners and retailer/installer. • The owner can view plant information, create plants, set parameters, share plants, etc. •...
  • Page 111 User Manual 8 iSolarCloud App step 1 Tap REGISTER to enter the registration screen. step 2 Select the relevant server for your area. step 3 Select Owner or Retailer/Installer to enter the corresponding screen.

  • Page 112: Login

    8 iSolarCloud App User Manual step 4 Fill in the registration information, including email, verification code, password and affirmance and country (region). The retailer/installer has the permission to fill in the company name and the code of upper level retailer/installer. The code of upper level retailer/installer can be obtained from the upper level retailer/ installer.
  • Page 113 User Manual 8 iSolarCloud App step 4 Tap Confirm, then enter the password and tap LOGIN.Or tap MANUAL CONNECTION at the bottom of the interface and select WiNet-S2 , then enter the password and tap LOGIN. • If the WiFi signal, serial number or inverter related data information cannot be found, unplug and reinsert the WiNet-S2 or press the multi-function button of the WiNet-S2 three times.

  • Page 114: Initial Settings

    8 iSolarCloud App User Manual figure 8-3 WLAN Local Access step 6 After finishing the settings, tap TUNR ON DEVICE at the upper right corner and the device will be initialized. The App will send start instructions and the device will start and operate. step 7 After initialization settings, the App will return automatically to the home page.
  • Page 115 User Manual 8 iSolarCloud App table 8-1 Descriptions of reactive power regulation mode: Mode Descriptions The PF is fixed at +1.000. The reactive power can be regulated by the parameter PF (Power Factor). The reactive power can be regulated by the parameter Q-Var limits (in %). Q(P) The PF changes with the output power of the inverter.
  • Page 116 8 iSolarCloud App User Manual Default Parameter Explanation Range Output power at P3 on the Q(P) QP_P3 100% 20% ~ 100% mode curve (in percentage) Power factor at P1 on the Q(P) QP_K1 mode curve Curve Power factor at P2 on the Q(P) A/C: 0.8 ~ 1 QP_K2 mode curve...
  • Page 117 User Manual 8 iSolarCloud App table 8-3 “Q(U)” Mode Parameter Descriptions: Default Parameter Explanation Range Select corresponding curve Q(U) curve A, B, C according to local regulations Hysteresis Voltage hysteresis ratio on the 0 ~ 5% Ratio Q(U) mode curve Grid voltage limit at P1 on the QU_V1 80% ~ 100%...

  • Page 118: Function Overview

    8 iSolarCloud App User Manual figure 8-5 Q(U) Curve 8.6   Function Overview The App provides parameter viewing and setting functions, as shown in the following figure. figure 8-6 App Function Tree Map 8.7   Home Home page of the App is shown in the following figure.
  • Page 119 User Manual 8 iSolarCloud App figure 8-7 Home table 8-4 Home page description Name Description Shows the PV power generation power, feed-in power, etc. The line with an arrow indicates energy Load flow chart flow between connected devices, and the arrow pointing indicates energy flow direction.

  • Page 120: Run Information

    8 iSolarCloud App User Manual 8.8   Run Information Tap Run Information on the navigation bar to enter the corresponding screen, as shown in the following figure. figure 8-8 Run Information The run information includes the PV information, inverter information, input, output, grid information, load information, and battery information.

  • Page 121: Chart

    User Manual 8 iSolarCloud App 8.9.1 Chart Tap Chart to enter the screen showing daily power generation, as shown in the following figure. figure 8-10 Power Curve The App displays power generation records in a variety of forms, including daily power generation graph, monthly power generation histogram, annual power generation histogram, and total power generation histogram.

  • Page 122: Event Records

    8 iSolarCloud App User Manual figure 8-11 Fault Alarm Record Click " " to select a time segment and view corresponding records. Select one of the records in the list and click the record, to view the detailed fault info as shown in following figure.

  • Page 123: More

    User Manual 8 iSolarCloud App figure 8-13 Event Records 8.10   More Tap More on the navigation bar to enter the screen, as shown in the following figure. The More screen supports the following operations: • Set parameters including inverter system parameters and energy management parameter.

  • Page 124: Running Time

    8 iSolarCloud App User Manual figure 8-14 System Parameters * The image shown here is for reference only. Boot/Shutdown Tap Boot/Shutdown to send the boot/shutdown instruction to the inverter. Date Setting/Time Setting The correct system time is very important. Wrong system time will directly affect the data logging and power generation value.

  • Page 125: Fault Recovery

    User Manual 8 iSolarCloud App Parameter Explanation Default Range The time that the inverter takes to recover Reconnect from the fault state to normal state (the 0s ~ 3600s ing Time inverter is not running) 8.10.3 Fault Recovery Tap Settings > Operation Parameters > Fault Recovery to enter the corresponding screen, on which you can see the fault recovery records.

  • Page 126: Active Power Regulation

    8 iSolarCloud App User Manual figure 8-18 Off-grid Parameters Refer to the description in 8.5.2 Backup Mode 8.10.6 Active Power Regulation Tap Settings > Power Regulation Parameters > Active Power Regulation to enter the screen, as shown in the following figure. figure 8-19 Active Power Regulation table 8-8 Description of active power regulation Parameter...

  • Page 127: Reactive Power Regulation

    User Manual 8 iSolarCloud App Parameter Description Default Range Switch for activating/deactivating Active Power the function of active power setting On/Off Setting Persistence persistence Active Power Limit Switch for limiting active power On/Off Active Power Limit The ratio of active power limit to rated 100.0% 0 ~ 100% Ratio...

  • Page 128: Battery Forced Charge Time

    8 iSolarCloud App User Manual figure 8-21 Battery Discharge Time 8.10.9 Battery Forced Charge Time Tap Settings > Energy Management Parameters > Battery Forced Charge Time to enter the corresponding screen. These are the times of day at which the inverter will start charging the battery with rated AC power.

  • Page 129: Load Control

    User Manual 8 iSolarCloud App 8.10.10 Load Control Tap More > Settings > Energy Management Parameters > Load Control to enter the corresponding screen, on which you can set Load Control Mode. Load Control Mode includes Timing Mode, Switch Mode, and Intelligent Mode. figure 8-23 Load Control Timing Mode In this mode, set the Load Timing Start Time 1 and Load Timing End Time 1, the system...

  • Page 130: Communication Parameters

    8 iSolarCloud App User Manual Intelligent Mode The system will control the load operation according to the power optimization algorithm of energy management. During the setting interval, the DO function will be enabled to power on the load if the excess PV energy exceeds the optimized power value.
  • Page 131 User Manual 8 iSolarCloud App step 1 Enable the "Mobile data" of the mobile device. step 2 Open the App, enter the account and password on the login screen. Tap Login to enter the home screen. step 3 Tap More > Firmware Download to enter corresponding screen on which you can view the device list.

  • Page 132: Grounding Detection

    SUNGROW. Unauthorized personnel are not allowed to log in with this account. Otherwise, SUNGROW shall not be held liable for any damages caused. Tap More > Settings > Operation Parameters > Grounding Detection to enter the corresponding screen.

  • Page 133: Parallel Configuration

    User Manual 8 iSolarCloud App If the grounding detection is enabled, the DO relay will switch on automatically to signal the external alarm if the value exceeds the grounding detection alarm value. The buzzer inside the inverter will beep. The PV insulation resistance fault (fault sub-code 039) will trigger the DO relay to signal the external alarm.

  • Page 134: Import Power Limit

    8 iSolarCloud App User Manual If PV inverters are connected on the AC side during battery-backup operation, the hybrid inverter must be able to limit their output power. This limitation becomes necessary when, for example, the hybrid inverter's battery is fully charged and the power available from the PV system exceeds the power requirement of the connected loads.

  • Page 135: Energy Management Mode

    User Manual 8 iSolarCloud App Parameter Default value Range Import Power Limit 43.47kW 0-50kW The formula used to calculate the import power limit should be: Set value of Import Power Limit (kW) ≤ 3*230*0.8*rated current of the house's main switch. 8.10.17 Energy Management Mode Tap Settings >...

  • Page 136: Do Configuration

    8 iSolarCloud App User Manual Parameter Description The normal operation mode of the inverter, where the inverter will cover the house load with PV and battery Self-Consumption Mode power. if the PV is higher than the load and the battery is full, the power will be injected in the grid according to the Feed-in Limitation settings.

  • Page 137: System Decommissioning/Shutdown Procedure

    9   System Decommissioning/Shutdown Procedure 9.1   Decommissioning the Inverter 9.1.1 Disconnecting the Inverter CAUTION Danger of burns! Even if the inverter is shut down, it may still be hot and cause burns. Wear protective gloves before operating the inverter after it cools down. For maintenance or other service work, the inverter must be switched off.

  • Page 138: Disposal Of Inverter

    9 System Decommissioning/Shutdown Procedure User Manual Before dismantling the inverter, disconnect both AC and DC connections. If there are more than two layers of inverter DC terminals, dismantle the outer DC connectors before dismantling the inner ones. If the original packing materials are available, put the inverter inside them and then seal them using adhesive tape.
  • Page 139 User Manual 9 System Decommissioning/Shutdown Procedure step 3 Wait for about 1 minute and then use the multimeter to measure the port voltage of the battery. step 4 If the battery port voltage is zero, disconnect the power cables from the battery module. - - End For disposal of this product, please call the phone number listed in the warranty booklet provided at the time of purchase.

  • Page 140: Troubleshooting

    App or the LCD. Modify the overvoltage protection values with the consent of the local electric power operator. 3. If the fault still exists, contact SUNGROW. Generally, the inverter will be reconnected to the grid after the grid recovers. If the alarm occurs frequently: 1.

  • Page 141: Troubleshooting And Maintenance

    App. 3. If the fault still exists, contact SUNGROW. 1. Check whether the corresponding string is of reverse polarity. If so, disconnect the DC switch and...
  • Page 142 Shield it if so; 4. Check whether the fan is running properly. Replace the fan if not; 5. If the fault still exists, contact SUNGROW. Wait for the inverter to return to normal. If the fault occurs repeatedly: 1. Check whether the ISO resistance protection value is excessively high via the app, and ensure that it complies with the local regulations.
  • Page 143 516–518, and take corresponding corrective measures when 994, 996 necessary. 3. If the alarm persists, please contact SUNGROW. Meter 1. Check whether the communication cable and the Communication terminals are abnormal. If so, correct them to ensure Abnormal Alarm reliable connection.
  • Page 144 616, 620, 624, 995 Contact the distributor if the measures listed in the “Troubleshooting Method” column have been taken but the problem persists. Contact SUNGROW if the distributor fails to solve the problem. Meter Communication Abnormal Alarm(Fault Code: 514) Step 1: Check whether the communication cables between the inverter and the meter are...
  • Page 145 User Manual 10 Troubleshooting and Maintenance table 10-1 The label description of COM2 terminal Meter communication port Inverter communication port COM2-A2 COM2-B2 Step 2: If the communication cables are connected correctly, check the communication line for open circuits or short circuits. Step 3: If the communication wiring is normal, check whether the meter communication address has been modified (the default address is 254).
  • Page 146 10 Troubleshooting and Maintenance User Manual When input digits, “ ” can be used as cursor “ - ”motion button, “ ”is “add” button, “ ”is Exit the programming operation interface or switch to the character interface from digit modification interface, add from the beginning after setting the digit to the maximum value. Grounding Cable Fault (Fault Code: 106) Step 1: Check whether the PE wire at the LOAD terminal is connected properly in compliance with the standard wiring diagram.

  • Page 147: Maintenance

    User Manual 10 Troubleshooting and Maintenance 10.2   M aintenance 10.2.1   M aintenance Notices The DC switch can be secured with a lock in the OFF position or a certain angle beyond the OFF position.(For countries “AU” and “NZ”)
  • Page 148 To avoid the risk of electric shock, do not perform any other maintenance operations beyond those described in this manual. If necessary, contact your distributor first. If the problem persists, contact SUNGROW. Otherwise, the losses caused is not covered by the warranty.

  • Page 149: Routine Maintenance

    Lethal voltage still exists in the inverter. Please wait at least 10 minutes and then perform maintenance work. There is a button cell on the inner PCB board. Contact SUNGROW for replacement when the relevant fault alarm occurs. Check the fastener, appearance, voltage, and resistance quarterly and annually.

  • Page 150: Technical Data

    11   A ppendix 11.1   T echnical Data Parameters SH5T SH6T Input (DC) Max. PV input power 10000 Wp 12000 Wp Max. PV input voltage* 1000 V Min. PV input voltage / 150 V / 180 V Startup input voltage...

  • Page 151: Appendix

    User Manual 11 Appendix Parameters SH5T SH6T AC voltage range 270 - 480 V Rated grid frequency 50 / 60Hz Grid frequency range 45 - 55Hz / 55 - 65Hz Harmonic (THD) <3% (of rated power) Power factor at Rated power / >...
  • Page 152 11 Appendix User Manual Parameters SH5T SH6T Protective class Protective class I Overvoltage category III[AC];II[PV];[BATTARY] Active anti-islanding method Frequency shift Dimensions (W x H x D) 620 * 480 * 195 mm Weight 32kg Mounting method Wall-mounting bracket Operating ambient -25 ℃...
  • Page 153 User Manual 11 Appendix Parameters SH8T SH10T Rated PV input voltage 600 V MPPT operating voltage 150 V - 950 V range MPP voltage range for rated 355 V - 850 V 300 V - 850 V power No. of independent MPP trackers No.
  • Page 154 11 Appendix User Manual Parameters SH8T SH10T Max. output power for backup 43000W load 3*63A (25℃) Max. output current for backup load Backup data（off-grid mode） Rated voltage 3 / N / PE, 220 / 380 V; 230 / 400 V; 240 / 415 V (± 2 %) Rated frequency 50Hz / 60Hz (±...
  • Page 155 User Manual 11 Appendix Parameters SH8T SH10T Allowable relative humidity 0% - 100% range(Non-condensing) Cooling method Natural convection Max. operating altitude 2000m Noise（Typical） 35dB(A) Display Communication RS485, WLAN, Ethernet, CAN DI / DO DI * 4 / DO * 2 / DRM0 MC4 compatible connector ( PV, Max.6mm²...
  • Page 156 11 Appendix User Manual Parameters SH12T SH15T Max. PV input current 48 A (32 A / 16 A) 80 A (32 A / 32 A / 16 A) Max. DC short-circuit current 60 A (40 A / 20 A) 100 A (40 A / 40 A / 20 A) Max.
  • Page 157 User Manual 11 Appendix Parameters SH12T SH15T Rated output power 12000 W / 12000 VA 15000 W / 15000 VA Peak output power *** 16800 W / 16800 VA,10s 25500 W / 25500 VA,10s Efficiency Max. efficiency / European 98.0 % / 97.5 % 98.1% / 97.6 % efficiency Protection &...
  • Page 158 11 Appendix User Manual Parameters SH12T SH15T MC4 compatible connector ( PV, Max.6mm² ) / DC connection type Plug and play connector ( battery, Max.10mm² ) AC connection type Plug and play connector ( Max.16mm² ) Country of manufacture China * Input voltage exceeding the MPPT operating voltage range triggers inverter protection.
  • Page 159 User Manual 11 Appendix Parameters SH20T SH25T Max. charge / discharge 30000 W / 20000 W 30000 W / 25000 W power Input and Output (AC) Max. AC power from grid 43000 VA Rated AC output power 20000 W 25000 W Max.
  • Page 160 11 Appendix User Manual Parameters SH20T SH25T Leakage current protection DC switch (solar) Surge Protection DC Type II / AC Type II **** PID Zero Parallel operation on grid port Master-slave mode Battery input reverse polarity protection General Data Topology (solar / battery) Transformerless / Transformerless Degree of protection IP65...

  • Page 161: The Compatibility For Backup Under Off-Grid Scenario

    11.2   T he Compatibility for Backup under Off-grid Scenario The information below is about the compatibility for backup of SUNGROW SH15/20/25T inverter under off-grid scenario. Please refer to this information before you use the back-up model of the four inverters under off-grid situation.

  • Page 162: Quality Assurance

    Conditioner (Frequency conversion) For those loads that not covered in this document, please contact SUNGROW to make sure the compatibility of the specific loads under off-grid scenario. SUNGROW will not be held responsible for the usage of any load without confirmation. We will keep updating this document, please contact SUNGROW if there are any relevant issues.

  • Page 163: Contact Information

    User Manual 11 Appendix • The fault or damage is caused by the use of non-standard or non-SUNGROW components or software. • The installation and use range are beyond stipulations of relevant international standards. • The damage is caused by unexpected natural factors.
  • Page 164 Sungrow Power Supply Co., Ltd. www.sungrowpower.com...

This manual is also suitable for:

Sh6tSh8tSh10tSh12tSh15tSh20t ... Show all

Table of Contents