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Summary of Contents for TSUNESS TSOL-H3.0K-S
- Page 1 TSOL-H3.0K-S TSOL-H3.6K-S TSOL-H4.0K-S TSOL-H4.6K-SE TSOL-H5.0K-SE TSOL-H6.0K-SE TSOL-H4.6K-S TSOL-H5.0K-S TSOL-H6.0K-S - 1 -...
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Page 2: Table Of Contents
Content 1 Safety Precautions ..................................- 3 - 1.1 Scope of Application ......................................- 3 - 1.2 Safety Instructions ........................................ - 3 - 1.3 Target Group ......................................... - 3 - 2 Preparation ....................................- 4 - 2.1 Safety Instructions ........................................ - 4 - 2.2 Explanations of Symbols ...................................... -
Page 3: Safety Precautions
1 Safety Precautions 1.1 Scope of Application This User Manual describes instructions and detailed procedures for installing, operating, maintaining, and troubleshooting of the following TSUN hybrid solar inverters: TSOL-H3.0K-S TSOL-H3.6K-S TSOL-H4.0K-S TSOL-H4.6K-S TSOL-H5.0K-S TSOL-H6.0K-S TSOL-H4.6K-SE TSOL-H5.0K-SE TSOL-H6.0K-SE Please keep this manual all time available in case of emergency. -
Page 4: Preparation
2 Preparation 2.1 Safety Instructions DANGER · There is possibility of dying due to electrical shock and high voltage. · Do not touch the operating component of the inverter, it might result in burning or death. · To prevent risk of electric shock during installation and maintenance, please make sure that all AC and DC terminals are plugged out. -
Page 5: Explanations Of Symbols
2.2 Explanations of Symbols Symbol Description Dangerous electrical voltage This device is directly connected to public grid, thus all work to the inverter shall only be carried out by qualified personnel. Danger to life due to high electrical voltage! There might be residual currents in inverter because of large capacitors. Wait 5 MINUTES before you remove the front lid. -
Page 6: Product Information
3 Product Information 3.1 Application Scope of Products TSOL-H series products are hybrid solar inverters without transformers, and the inverters are important components of energy storage systems. The TSOL-H inverters converts the DC generated by solar panels into AC which is in accordance with the requirements of public grid and send the AC into the grid, reduce the load pressure of the grid. -
Page 7: Datasheet
3.4 Datasheet TSOL- TSOL- TSOL- TSOL- TSOL- TSOL- MODEL H3.0K-S H3.6K-S H4.0K-S H4.6K-SE H5.0K-SE H6.0K-SE Input(DC) Max.PV Array Power[Wp]@STC 4500 5400 6000 6900 7500 9000 Max. DC Voltage [V] MPPT Voltage Range [V] 90～550 Nominal DC Voltage[V] Start Voltage [V] Min. - Page 8 Euro Efficiency 97.0% Max. Battery to Load Efficiency 94.6% Protection AC Short Circuit Protection Integrated Integrated Overload Protection DC Overvoltage/ Integrated AC Overvoltage/ Integrated AC Overfrequency/ Integrated Over Thermal Protection Integrated Anti-islanding protection Integrated Peak-to-trough Period Setting Integrated Interface PV Connection Type Battery Connection Type Terminal Block AC Connection Type...
- Page 9 MODEL TSOL-H4.6K-S TSOL-H5.0K-S TSOL-H6.0K-S Input (DC) Max. PV Array Power [Wp]@STC 6900 7500 9000 Max. DC Voltage [V] MPPT Voltage Range [V] 90-550 Nominal DC Voltage [V] Start Voltage[V] Min. DC Voltage[V] Max. DC Input Current [A] 12.5 / 12.5 Number of MPPT Number of DC Connection Sets per MPPT...
- Page 10 Euro Efficiency 97.0% Max. Battery to Load Efficiency 94.6% Protection AC Short-circuit Protection Integrated Overload Protection Integrated DC Overvoltage/ Integrated Undervoltage Protection AC Overvoltage/ Integrated Undervoltage Protection AC Over frequency/ Integrated Under frequency Over Thermal Protection Integrated Island Protection Integrated Peak-to-trough Period Setting Integrated Interface...
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Page 11: Instructions For Installation
4 Instructions for installation 4.1 Safety Instructions DANGER · Dangerous to life due to potential fire or electricity shock. · Do not install the inverter near any inflammable or explosive items. · This inverter will be directly connected with HIGH VOLTAGE power generation device; the installation must be performed by qualified personnel only in compliance with national and local standards and regulations. -
Page 12: Mounting Procedure
(1) The equipment employs natural convection cooling, and it can be installed indoor or outdoor. (2) Please install the equipment under the guidance of Figure4.1. Vertical installation on floor level is recommended. Mount vertically or tilted backwards by max. 15°. Never install the inverter tilted forwards, sideways, horizontally or upside down. - Page 13 Figure 4.3 Dimensions of rear panel of TSOL-H inverter 4.4.2 Drill Holes and Place the Expansion Tubes Following the given guides, drill 4 holes in the wall (in conformity with position marked in Figure 4.4, and then place expansion tubes in the holes using a rubber mallet. Ø...
- Page 14 Figure 4.5 Mount the Rear Panel of TSOL-H inverter 4.4.4 Mount the Inverter Carefully mount the inverter to the rear panel as shown in Figure 4.6. Make sure that the rear part of the equipment is closely mounted to the rear panel. Figure 4.6 Mount TSOL-H inverter - 14 -...
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Page 15: Electrical Connection
5 Electrical Connection 5.1 Safety Instruction for Hot-line Job Electrical connection must only be operated on by professional technicians. Please keep in mind that the inverter is a bi-power supply equipment. Before connection, necessary protective equipment must be employed by technicians including insulating gloves, insulating shoes and safety helmet. DANGER ·... -
Page 16: Ac Grid Wire And Backup Output Connection
Code Name Battery Input RS232 /4G/GPRS/Wi-Fi Port RS485 & DRM Port DC Input DC Switch Grid Terminal Backup Plug Terminal Ground Connection Table 5.1 Specifications for Interface 5.3 AC grid wire and backup output Connection Caution：For safety operation and regulation compliance, it`s requested to install a breaker (63A) between grid and inverter. - Page 17 5.3.2 Connect the cables according to connection marks of L, N and PE. Figure 5.3 Connect the Cables 5.3.3 Secure all parts of the grid and backup connector tightly. Figure 5.4 Screw the Connector 5.3.4 During off-network operation time, null line at the BACK-UP end will remain to be connected with the null line at the power grid end inside the machine.
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Page 18: Pv Connection
5.4 PV Connection Cable Cross-sectional area（mm²） External diameter（mm） Range Recommend Range Recommend 4.0~6.0 4.2~5.3 Table5.3 Recommended Specifications of DC Cables DC connector is made up of the positive connector and the negative connector 1. Insulated Enclosure 2. Lock Screw 3. Positive Connector Figure 5.5 Positive Connector 1. - Page 19 1. Positive Cable 2. Negative Cable Figure 5.7 Connecting Cables （3）Feed the positive and negative cables into corresponding lock screws. （4）Put the metal positive and negative terminals into positive cable and negative cable whose insulated enclosure has been stripped off, and crimp them tightly with a wire crimper. Make sure that the withdrawal force of the pressed cable is larger than 400N.
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Page 20: Battery Connection
NOTICE · Before insert the connector into DC input terminal of the inverter, please make sure that the DC switch of the inverter is OFF. ·Please use the original H4 terminal to install. 5.5 Battery connection Caution：For safety operation and regulation compliance, it`s requested to install a breaker (≥125A) between battery and inverter. -
Page 21: Communication Connection
5.5.2 Fixing the battery cable on the battery’s copper terminal by positive and negative in order. 比例 Figure 5.10 Connect the Battery Cable 5.6 Communication Connection Left Right EXT SYNC DRM 1/5 RS485 DRM 2/6 NONE DRM 3/7 CANH DRM 4/8 CANL RefGen Com/DRM 0... -
Page 22: Smart Meter Connection
Figure 5.11 Connection of communication cable 5.7 Smart Meter Connection Notice: The hybrid inverter is with zero injection function, which can be realized by connecting TSUN recommended smart meter to the hybrid energy storage system. Users can contact TSUN for further details for the smart meters. - Page 23 Figure 5.13 Connection diagram (3) Fixing Meter (DIN 35mm track mounting) There is buckle at the back of the meter. Buckle it on the track and fix it stably. (4) Power on the meter and check if the meter is running. (5) Confirm communication address of meter and hybrid inverter: For both meter and hybrid inverter, the default communication address is 1.
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Page 24: Ground Connection
once wait Long press once once wait once Figure 5.15 Single-phase meter address setting ① Power on the meter to the display interface and long press button to enter meter switching interface, select and wait for 2s to enter meter address interface automatically. ②... - Page 25 5.17 Inverter ground protection - 25 -...
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Page 26: Debugging Instructions
6 Debugging Instructions 6.1 Introduction of Human-computer Interface D E F G Figure 6.1 Human-computer Interface Object Description Power status Solid Green : The inverter is powered on. Run/Fault Solid Yellow : Working normally status Solid Red : Working abnormally COM status Flash Yellow and Blue : Communicating or updating Table 6.1 Instructions of the Interface... -
Page 27: First Run Setup
6.2 First Run Setup 6.2.1 System time setting Firstly, set the date and local time in the inverter. Press “ ” or “ ” to change the values and press “ENT”. Figure 6.2 Date & Time Setting 6.2.2 Set the Battery After the time setting, set the battery parameter in the inverter. -
Page 28: Main Interface
Note: The configuration of the country of usage must be set before inverter starts to run for its first time, otherwise the inverter will not operate correctly. The User can enter the menu of "System Info " to check whether the setting is correct. 6.3 Main Interface Figure 6.5 Main Interface 6.3.1 Basic Information... - Page 29 The status of battery is shown as below: Status Explanation discharging charging Table 6.4 Battery status 6.3.3 PV Information “C” shows the PV information of this inverter. The PV information includes status and input power of each input. The status of each input is shown as below: Status Explanation PV Input...
- Page 30 Figure 6.6 PV power and daily generation Figure 6.7 Power Trading of Grid and daily generation Figure 6.8 Load power and daily generation The figure above shows the PV, loads or trading of Grid in all day long. E-Today represents the daily power generation.
- Page 31 Figure 6.9 Daily generation in this month In figure 6.9, it shows the daily PV input in this month. Figure 6.10 Daily sell to Grid in this month. In the figure above, it shows the daily output in this month. Figure 6.11 Daily load consumption in this month In the figure above, it shows the daily output from load all days in this month.
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Page 32: Menu List
Figure 6.12 Monthly PV, trading with Grid, load consumption in this year In the figure above, it shows monthly power of PV, Grid (Trading power), and load output. It also shows the accumulate PV, Grid, and load power in this year. Figure 6.13 Totally PV, Trading power and load consumption In the figure above, it shows the annual power of PV, Grid (trading power) and load output in recent 6 years. - Page 33 6.4.1.2 Language Setting Language can be set here. Press “ ” or “ ” to choose the language and press “ENT”. More language will be selectable in the future. Figure 6.15 Language Setting 6.4.1.3 Display Setting Brightness and backlight time can be set here. Press “ ”...
- Page 34 6.4.1.5 Password Setting Password can be reset here. This function needs to enter the current password first. The default password is “123456”. Press “ ” or “ ” to change the values and press “ENT”. Figure 6.18 Enter Current Password Figure 6.19 Enter New Password 6.4.1.6 Auto-test Fast Auto-test Fast can be started here.
- Page 35 Figure 6.20 Auto-test Std result If the test is failed, it will also show the trip value and trip time. And the inverter will stop output power to the power grid. Figure 6.21 Auto-test Fail 6.4.1.7 Auto-test Std Auto-test Std can be started here. Press “ ”...
- Page 36 Figure 6.23 Parameter setting of time-of-use mode Timing Mode: Battery charging period and discharging period can be set, during charging period, battery can only be charged, while in discharging period, battery can only be discharged, the rest of the period, battery will behave as auto mode.
- Page 37 6.4.2.2 Battery Setting Battery can be set here, include Battery Type, Depth of Discharge and Current Limit. Press “ ” or “ ” to change the values and press “ENT”. Battery Type 1. Pylon RS485 2. NONE/ Pb Figure 6.26 Battery type setting Depth of Discharge Standard : XX %...
- Page 38 Figure 6.29 Total Energy Setting 6.4.2.4 Clear Events All the events can be cleared here. Press “ ” or “ ” to choose “Yes” and press “ENT”. Figure 6.30 Clear Events 6.4.2.5 Country Setting Safety standard can be reset here. Press “ ”...
- Page 39 6.4.2.6 MPPT Scan Setting MPPT scan function can be set here. Press “ ” or “ ” to choose the “Enable”, then press “ENT” and change the time. Figure 6.32 MPPT Scan Setting Or choose “Scan Now” to scan the MPPT right now. 6.4.2.7 Derating Setting Derating function can be set here.
- Page 40 Figure 6.34 Reactive Setting 6.4.2.9 Zero Injection Setting Zero injection function can be set here. Press “ ” or “ ” to choose the “Enable”, then press “ENT” and change the value. Figure 6.35 Zero Injection Setting 6.4.2.10 P(f) Setting P(f) function can be turned on or off here.
- Page 41 Figure 6.36 Insulation Threshold Setting 6.4.2.14 Grid Parameter Setting Grid parameters can be set here. Press “ ” or “ ” to change the values, then press “ENT”. Figure 6.37 Grid Parameter Setting 6.4.2.15 EPS Setting EPS output can be turned on or off here. Press “ ”...
- Page 42 Model: TSOL-H6.0K-S Power: 6000W Serial Number: xxxxxxxx Software Version: Vx.xx Service Code: xxxxxxxxx Country: Italy Modbus Address: xx Input Mode: Independent Insulation Resistance: xxx Mohm Derating: Enable; xx% Power Factor: Reactive Power: xxx Var; Overexcited Grid parameter: OV1: xxx V OV2: xxx V UV1: xxx V UV2: xxx V...
- Page 43 Last Week Energy and Today Energy. Figure 6.40 Statistics 6.4.6 Status Status can be checked here, include PV Status, Grid Status, EPS Status and Battery Status. Figure 6.41 PV Status Figure 6.42 Grid Status - 43 -...
- Page 44 Figure 6.43 EPS Status Figure 6.44 Battery Status 6.5 Monitoring Operation The equipment is equipped with a RS232 interface, and the RS232 interface can be connected to Wi-Fi module, GPRS module which can be used to monitor the operation status. The equipment can be connected to local internet via a Wi-Fi module and the Wi-Fi web server which is embedded in the machine;...
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Page 45: Fault Code And Troubleshooting
7 Fault Code and Troubleshooting Code Fault Information Explanation Fault type Master Device Error Relay Err Relay Error Error GFCI Device Err GFCI Devices Error Error Fan Err Fan Error Error Eeprom Err Storer Error Error Lost Com.M<->S Err Interior Communication Error ISO Err Insulation Error... - Page 46 Out Volt. Low Warn Output under-voltage Alarm Slave Device Error Bat Input Short Err Battery input short circuit Error Bat Volt.High Err Battery over-voltage Error Fan Err Fan erroe Error Bus SoftTimeOut Err Bus soft start time out Error Lost Com.M<->S Err Lost interior communication Error Reserved (bit 38) Err...
- Page 47 Fault Information Troubleshooting Relay Error If this error occurs frequently, please contact your distributor or phone TSUN. Storer Error If this error occurs frequently, please contact your distributor or phone TSUN. Check whether the radiator is blocked, whether the inverter is in too high or too Temperature High Error low temperature, if the above mentioned are in normal, please contact your distributor or phone TSUN.
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Page 48: Recycling And Disposal
display board. If the above mentioned are in normal, please contact your distributor or phone TSUN. Table 7.2 Troubleshooting 8. Recycling and Disposal This device should not be disposed as residential waste. An Inverter that has reached the end of its life and is not required is to be returned to your dealer or you must find an approved collection and recycling facility in your area. - Page 49 - 49 -...
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