Tsun TSOL-ACU3.0K User Manual
  1. Manuals
  2. Brands
  3. Tsun Manuals
  4. Inverter
  5. TSOL-ACU3.0K
  6. User manual

Tsun TSOL-ACU3.0K User Manual

Ac coupled unit; hybrid storage unit; storage battery
Hide thumbs Also See for TSOL-ACU3.0K:
Table of Contents

Advertisement

Quick Links

Download this manual
AC Coupled Unit
Hybrid Storage Unit
Storage Battery

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the TSOL-ACU3.0K and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for Tsun TSOL-ACU3.0K

Summary of Contents for Tsun TSOL-ACU3.0K

  • Page 1 AC Coupled Unit Hybrid Storage Unit Storage Battery...

  • Page 2: Table Of Contents

    Content 1 Notes on this Manual ..........................3 1.1 Scope of Validity ......................... 3 1.2 Target Group ..........................3 1.3 Symbols Used ..........................3 2 Safety ..............................4 2.1 Important Safety Instructions ..................... 4 2.2 Explanation of Symbols ......................5 2.3 Emergency situation ........................
  • Page 3 6.7 Start up the System ........................46 6.8 Shut Down the System ......................46 7 Monitoring Configuration ........................47 7.1 Visit the platform and download the APP ................47 7.2 Get an Account ......................... 47 7.2.1 Distributor Account ....................... 47 7.2.2 Installer Account ......................

  • Page 4: Notes On This Manual

    1 Notes on this Manual 1.1 Scope of Validity This manual is an integral part of TSUN Storage Unit. AC Coupled Unit TSOL-ACU3.0K TSOL-ACU3.6K TSOL-ACU4.0K TSOL-ACU4.6K TSOL-ACU5.0K TSOL-ACU6.0K Hybrid Storage Unit TSOL-HSU3.0K TSOL-HSU3.6K TSOL-HSU4.0K TSOL-HSU4.6K TSOL-HSU5.0K TSOL-HSU6.0K Storage Battery TSOL-B100E-S This manual describes the assembly, installation, commissioning, maintenance and failure of the product.

  • Page 5: Safety

     Risks of chemical burn electrolyte or toxic gases.  Do not place heavy objects on the top of the system.  Do not connect any un-dedicated battery pack to TSUN storage unit.  If the moisture penetrates the system (e.g., due to casing damage), please do not install or operate the system.

  • Page 6: Explanation Of Symbols

     To ensure property and personal safety, the batteries and inverter shall be well grounded. Caution!  Do not modify or tamper with storage unit and other components of the system.  Risk of injury by hoisting or falling system ...

  • Page 7: Emergency Situation

    Danger of hot surface The components inside the device will release a lot of heat during operation. Do not touch metal plate housing of the inverter during operating. Danger. Risk of electric shock! An error occurred Read the usage manual to troubleshoot problems This device SHALL NOT be disposed of in residential waste Please go to Chapter Seven “Battery maintenance”...
  • Page 8 Warning!  If a fire has just occurred, try to disconnect the battery circuit breaker and cut off the power supply first, but only if you can do so without endangering yourself.  If the battery is on fire, do not attempt to extinguish the fire and evacuate the crowd immediately.

  • Page 9: Introduction

    3 Introduction 3.1 Scope of application TSUN provide two kinds of storage unit product, AC Coupled Unit and Hybrid Storage Unit. AC Coupled Unit doesn’t have PV inputs and is used in energy storage retrofits. Hybrid Storage Unit has two PV inputs and is used in new installation systems.

  • Page 10: Product Model Description

    TSOL - ACU 3.0K ① ② ③ ① TSUN product. ② ACU represents the AC Coupled Unit. HSU represents the Hybrid Storage Unit. ③ 3.0K indicates the rated power of the product, such as 3.0K for 3KW. TSOL – B 100 E - S ①...

  • Page 11: Datasheet

    3.3 Datasheet Type TSOL-ACU3.0K TSOL-ACU3.6K TSOL-ACU4.0K Battery Data Battery Type LiFePO Battery Capacity per Kit [Wh] 5120 Rated Voltage [V] 51.2 Voltage range [V] 44.8-57.6 ≤90% Depth Of Discharge [DOD] ≥6000 Cycle Life Max. Charging Power [W] 3000 3600 4000 Max.
  • Page 12 Type TSOL-ACU4.6K TSOL-ACU5.0K TSOL-ACU6.0K Battery Data Battery Type LiFePO Battery Capacity per Kit [Wh] 5120 Rated Voltage [V] 51.2 Voltage range [V] 44.8-57.6 ≤90% Depth Of Discharge [DOD] ≥6000 Cycle Life Max. Charging Power [W] 4600 5000 6000** Max. Charging Current [A] 120** Max.
  • Page 13 Type TSOL-HSU3.0K TSOL-HSU3.6K TSOL-HSU4.0K PV Input Max. PV Array Power [Wp]@STC 4500 5400 6000 Max. DC Input Voltage [V] MPPT Voltage Range [V] 90~500 Rated DC Voltage [V] Start Voltage [V] Max. DC Input Current [A] 14/14 Max. DC Short Circuit Current [A] 16/16 Quantity of MPPT Battery Data...
  • Page 14 Type TSOL-HSU4.6K TSOL-HSU5.0K TSOL-HSU6.0K PV Input Max. PV Array Power [Wp]@STC 6900 7500 9000 Max. DC Input Voltage [V] MPPT Voltage Range [V] 90~500 Rated DC Voltage [V] Start Voltage [V] Max. DC Input Current [A] 14/14 Max. DC Short Circuit Current [A] 16/16 Quantity of MPPT Battery Data...
  • Page 15 Type TSOL-B100E-S Electrical Parameter Battery Type LiFePO Battery Capacity per Kit [Wh] 5120 Usable Energy [Wh] 4600 Rated Voltage [V] 51.2 Voltage range [V] 44.8-57.6 Max. Charging and Discharging Rate ≤90% Depth Of Discharge [DOD] General Data Communication Mode RS485/CAN2.0 Operating Temperature Range 0°C~+50°C Storage Temperature Range...

  • Page 16: Installation Instructions

    4 Installation Instructions 4.1 Safety Tips Danger!  Potential fires and electric shocks that are life threatening.  Do not place any flammable or explosive materials beside storage unit.  Equipment connected to high-voltage power generation equipment must be performed by qualified personnel in compliance with national and local standards and regulations.
  • Page 17 6*OT Terminals 2*Waterproof terminal Packing List Qualified Certificate Hybrid Storage Unit (Inverter) 1 * HSU(Inverter) 1* User Manual 1* Monitor Module 1* CT 4*M5-15 Assembling Bolt, 1* Mounting Bracket 4* Expansion screw (M6) 1*Positioning Bracket 4*M5 Hexagon nuts with flange (To fix Positioning Bracket) 2*Secured Metal terminals to PV+ input power...

  • Page 18: Determine The Installation Method And Location

    BAT+ and BAT Grounding Cable Packing List Qualified Certificate Cable 4.3 Determine the installation method and location Inverter dimension: Battery dimension:...
  • Page 19 Storage unit is cooled by natural wind convection. It is recommended to install in indoors or sheltered areas to avoid direct sunlight, rain and snow. Vertical ground mounting method is recommended and it’s allowed to be installed by maximum tilting 15° backward. Do not install it horizontally or reversely.
  • Page 20 Please ensure that the air at the installation point is circulated. Bad air ventilation will affect the working performance of internal electronic components and shorten the service life of storage unit. The following sites are not allowed for installation:  within 600mm of any exit.

  • Page 21: Installation Steps For Storage Unit

     within 600mm of any vertical side of a window or building ventilation that ventilates a habitable room.  in celling spaces.  in wall cavities or under stairways.  on roofs, except for were specially deemed suitable.  under access walkways. ...
  • Page 22 Note！  Every storage unit provide a positioning bracket. Use this positioning bracket to keep the same distance between every two mounting brackets. Step 3: Positioning the Mounting bracket to the wall. Mark the proper positions of mounting bracket and drill holes on those positions (8mm in diameter, 50mm in depth) by using the mounting bracket as a template, and then use a rubber hammer to drive the screw fixing seat into the holes to fix the bracket.
  • Page 23 Note！  If more than one battery needs to be installed, follow above steps to install battery mounting brackets. Step 4: Before hanging the inverter and battery on the mounting bracket, please remove the plug from the waterproof nut of the inverter and battery, then put on the cable gland but not tighten it up yet.

  • Page 24: Electrical Connections

    5 Electrical Connections 5.1 Electrical Interface Description Object Description Object Description CT Port BAT+ Wire Hole DRMs Port BMS LINK-OUT WiFi Port BAT- Wire Hole Load Connection ACU Grounding Grid Connection Battery PE Battery Switch Battery Power Button...

  • Page 25: System Wiring Schematic

    Object Description Object Description PV1 input (only Hybrid) PV2 input (only Hybrid) DC Switch (only Hybrid) 5.2 System Wiring Schematic AC Coupled Unit:...

  • Page 26: Pv Input Wring (Only Hybrid)

    Hybrid Storage Unit: Warning!  Don’t connect the backup loads side with the grid or battery 5.3 PV Input Wring (only Hybrid) Note！  Use 4 mm2 DC cable for the DC input cable. Step 1：Prepare PV positive and negative power cables； 1.

  • Page 27: Ac Output Wiring

    Step 2：Insert the crimped photovoltaic positive and negative power cable into the corresponding photovoltaic connector. 3. Positive connector 4. Negative connector Step 3： Insert the positive and negative connectors into the corresponding PV region of the HSU unit until a click is heard. Warning！...

  • Page 28: Battery Wiring

    Step 2: Lead one cable through the waterproof nut (GRID) and then connect the wires to the terminal of GRIDL, GRIDN and PE properly. Note！  Use 2.5 mm2 AC cable for the AC output cable. Step 3: Lead another cable through the waterproof nut (LOAD) and then connect the wires to the terminal of LOAD-L, LOAD-N and PE accordingly.
  • Page 29 Unscrew the screws and remove the cover plate of battery Step 1: Step 2: Lead battery cables through the waterproof nuts of the inverter and battery respectively, make sure the cables are connected correctly (BAT+ of inverter to BAT+ of battery, BAT- of inverter to BAT- of battery).
  • Page 30 Step 3: Lead the RJ45 communication cable through the waterproof nut of battery. Connect this cable from the communication port of inverter to the LINK- IN port of Battery. Step 4: If there are more than one battery, lead battery cables through the waterproof nuts of two batteries respectively, make sure the cables are connected correctly (BAT+ to BAT+, BAT- to BAT-).
  • Page 31 Step 6: Set the DIP switch of each battery. DIP switch configuration can be found below: Configuration Battery (No.1) Battery (No.2) Battery (No.3) Battery (No.4) 1*Inverter 1* Battery 1*Inverter 2* Battery 1*Inverter 3* Battery 1*Inverter 4* Battery...

  • Page 32: Drm Port Description

    Step 7: Use a wrench to fasten cable gland of the inverter and battery (30kgf.cm (torque) is recommended.) And it is recommended to apply fire resistance paint onto the cable between ACU and Expansion Battery cable glands. Step 8: screwing up the plates, then screw up the cover plates back to the inverter and battery respectively (14kgf.cm (torque) is recommended.) Step 9: Screw the grounding cable into the grounding port of inverter enclosure and battery enclosure.

  • Page 33: Ct Installation

    Object Corresponding Pins Requirement DRM0 5 & 6 The inverter is on standby mode DRM1 1 & 6 The inverter is not consuming power DRM2 2 & 6 The inverter is consuming less than 50% of rated power 3 & 6 The inverter is consuming less than 75% of rated power AND DRM3 source reactive power if capable...

  • Page 34: External Ac Circuit Breaker And Residual Current Device

    Grid Load 5.8 External AC Circuit Breaker and Residual Current Device Please install a circuit breaker to ensure the inverter is able to disconnect from grid safely. The inverter is integrated with a RCMU; however, an external RCD is needed to protect the system from tripping, either type A or type B RCD are compatible with the inverter.

  • Page 35: Local Configuration

    6 Local Configuration 6.1 Local Interface Introduction TSUN Storage Unit has a touch screen on the front of inverter. Home Page Detail Info Page Fault Page Statistics Page Setting Page 6.2 Home Page This page shows the total PV input power, AC grid power, battery power and...

  • Page 36: Detail Info Page

    6.3 Detail Info Page 6.3.1 PV Info Page (only Hybrid) This page shows the voltage, current and power of two different PV inputs. 6.3.2 Grid Info Page This page shows the voltage, current, power and frequency of AC grid. 6.3.3 Load Info Page This page shows the voltage, current and power of the loads.

  • Page 37: Battery Info Page

    6.3.4 Battery Info Page This page shows the voltage, SOC, temperature, current, power and charging/discharging limit of the battery. 6.3.5 Inverter Info Page This page shows the BUS voltage, internal temperature of the inverter.

  • Page 38: Fault Page

    6.4 Fault Page This page shows the real-time fault alarm and fault history of the storage unit. 6.5 Statistics Page These two pages show statistics info of Grid, Battery, PV and Load.

  • Page 39: Setting Page

    6.6 Setting Page 6.6.1 Brightness Setting Page This page shows the brightness setting and screen off time setting. The value range is shown as below: Item Description Range Brightness the brightness of screen Min - Max Screen off time the time to turn off the screen 5 –...
  • Page 40 1) System Setting This page shows the work mode setting, PV input setting, EPS Enable setting, battery awaken setting, zero export setting, Arc detection setting, date setting and time setting. The value range is shown as below: Item Description Default Setting Range ①...
  • Page 41 Password Reset the password 12345 10000 - 65535 Note！  The “CV” mode in the PV Input setting is used for the factory test. Don’t choose it during the installation.  The “Date” should be set with 8 numbers. First 4 numbers are “year”. Second 2 numbers are “Month”.
  • Page 42 Item Description Range Start Start time of charge/discharge 0000 – 2359 End time of charge/discharge 0000 – 2359 Note！  The “Start” and “End” should be set with 4 numbers. First 2 numbers are “hour”. Second 2 numbers are “minute”. For example: “1201” means 12:01 ...
  • Page 43 Bat Priority Mode: 2) Batt Setting This page shows the battery type setting, on-grid DOD setting, off-grid DOD setting, charge current setting, Hysteresis setting, battery communication setting and grid rate setting. The value range is shown as below: Item Description Default Setting Range ①...
  • Page 44 ① 220 V Single ② 120V/240V Grid-Rate type of the AC power grid 220V Single ③ 120V/208V ④ 120V Single Note！  The “Batt Type” should be set as “Lithium”. Don’t choose others during the installation.  The “Batt Comm” should be set as “CAN”. Don’t choose others during the installation.

  • Page 45: Version Page

    Note！  The Grid Standard is shown as below and it will keep updating with the certificate testing. 4) Grid Setting This page shows the voltage reset setting, frequency reset setting, leak current setting, active island setting and insulation detection setting. Item Description Default Setting...

  • Page 46: Clear Page

    6.6.4 Clear Page This page needs a password. The default password is “12345”. Installer can change it in the inverter setting. This page shows the clear options of the storage. Note！  All the data can not be restored after the clearance!

  • Page 47: Start Up The System

    6.7 Start up the System The system shall be turned ON in the correct sequence as follows: Turn ON the BAT switch at the right side of the inverter. Press power button at the right side of the batteries to turn on batteries, the order should be Battery No.4>...

  • Page 48: Monitoring Configuration

    Or you can visit Apple Store and search for Talent Pro APP (iOS Version). 7.2 Get an Account 7.2.1 Distributor Account Distributors must contact the superior distributor or TSUN to get a distributor account. The default password is “123456”. Each distributor account is defined as “Manager” Role. Each organization only has one “Manager”...
  • Page 49 Operation and Operation and maintenance user can add, delete, modify, Maintenance and control the plants and devices in the organization, and User can process tickets, but cannot dispatch tickets. Installer can add, delete, modify, check and control the Installer plants and devices in the organization, but there is no ticket function.

  • Page 50: Installer Account

    7.2.2 Installer Account Installers must contact the distributor or TSUN to get an account. The default password is “123456”. Each organization has an Organization Code. Find it in the Talent APP or Talent monitoring platform. Visit Organization → Organization Name →...

  • Page 51: Wi-Fi Configuration

    7.3 Wi-Fi Configuration Step1: Assemble collector to the WiFi port of storage unit. Step2: Press the config button on the collector for 1~2 second. The collector will enter the network mode for 60s. The NET light will be quick flashing. Note！...

  • Page 52: Create A Solar Plant (App)

    Step6: Click “Start Config”. The networking operation will be done automatically. 7.4 Create a Solar Plant (APP) Step1: Use the end user account to login the Talent App. Enter the “Plants” page. Step2: Find the “…” in the up-right corner and click “Create Plant”. Step3: Finish the information of the solar plant.

  • Page 53: Add A Collector (App)

    Note！  The “Business Type” should be “HESS”.  The “Organization Code” should be provided by installer. This code will have a huge influence on the after-sales service. 7.5 Add a Collector (APP) Step1: Enter the “Plant List” page. Click the “Add Collector”. Step2: Set the monitoring type as “Wi-Fi Stick ”.

  • Page 54: Delete A Collector (App)

    Note！  If there are more than one storage unit, Click “Add” to add more SN of collectors. 7.6 Delete a Collector (APP) Step1: Enter the “Plants List” page. Find the plant and device list. Click the monitoring SN to enter the “Collector Detail” page. Step2: Find the “…”...

  • Page 55: Create A Solar Plant (Web)

    7.7 Create a Solar Plant (WEB) Step1: Use the end user account to login the Talent monitoring platform. Visit Plants → HESS. Step2: Find the “+New Plant” in the up-right corner and click it. Step3: Finish the information of the solar plant.

  • Page 56: Add A Collector (Web)

    7.8 Add a Collector (WEB) Step1: Enter the “Plant” page. Find the “New Collector” in the up-right corner and click it. Step2: Set the monitoring type as “Wi-Fi Stick”. Then enter the monitoring SN. Click “+” and “Submit”.

  • Page 57: Delete A Collector (Web)

    Note！  If there are more than one storage unit, click “+” to add more SN of collector. 7.9 Delete a Collector (WEB) Step1: Enter the “Plants” page. Visit Devices → Collector → Collector SN. Step2: Find the “Unbind” in the up-right corner and click it.

  • Page 58: Fault Codes And Common Troubleshooting

    8 Fault Codes and Common Troubleshooting Content Codes Explanation Solution Nothing needs to do, wait one minute for the inverter to restart. Battery discharge over Check whether the load is in Dischg Over current. When the battery compliance with the specification. is loaded, the load is too Cut off...
  • Page 59 Battery charge current over (1) Restart the inverter and wait until it functions Chg over cur than the Inverter maximum normally. voltage. Check if the INV voltage is abnormal. Inv under vol Restart the inverter and wait until it functions INV voltage is abnormal normally.

  • Page 60: Battery Maintenance

    9 Battery Maintenance 9.1 Transportation Lithium batteries are dangerous goods. Passed the test of UN38.3, this product meets the transportation requirements for dangerous goods for lithium batteries. After the installation of the battery on site, the original packaging (contains the lithium battery identification) should be kept. When the battery needs to be returned to the factory for repair, please pack the battery with the original packaging to reduce unnecessary trouble.

This manual is also suitable for:

Tsol-acu3.6kTsol-acu4.0kTsol-acu4.6kTsol-acu5.0kTsol-acu6.0kTsol-hsu3.0k ... Show all

Table of Contents