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ubbink M6KH3UB-P5000HUB-Pro Operating Instructions Manual

Battery energy storage system
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UBBINK BATTERY ENERGY
STORAGE SYSTEM
Translation of the original
Operating instructions
Version 1.1R

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Summary of Contents for ubbink M6KH3UB-P5000HUB-Pro

  • Page 1 UBBINK BATTERY ENERGY STORAGE SYSTEM Translation of the original Operating instructions Version 1.1R...
  • Page 2 ç Follow this Operating instructions for proper and safe use. ç Keep it in a safe place for later use. Notations used Instructions Do this. 2. Do that. ɯ This is the interim result. 3. Do the other. L You have carried out the action. Hazard classes and notes DANGER ç...

  • Page 3: Product Overview

    Product overview Pos. Designation Battery fuse Main switch - system On / Off Inverter Display with touchscreen Battery module - maximum 5 battery modules in series 4 levelling feet PV connection On / Off EMS (gateway) Cable inlet and terminals Serial terminal plug...

  • Page 4: Table Of Contents

    Precautions for children and persons with limited abilities ............13 Basic safety regulations ........................... 13 1.7.1 Hazard-conscious working ......................13 1.7.2 Modifications to the Ubbink Battery Energy Storage System ........14 Risks and dangers .............................. 14 1.8.1 Slipping or tripping ..........................14 1.8.2 Electric shock ............................
  • Page 5 EMS integration and activation ........................71 4.6.1 Before installation ..........................71 4.6.2 During installation: Connect the EMS to the Ubbink Battery Energy Storage System ............................... 71 4.6.3 Connect the EMS to the home network via Wi-Fi (optional) ........73 4.6.4 During installation: Connecting devices to the EMS ............
  • Page 6 Electrical Grid Standards ....................... 92 9.1.13 Function Settings ..........................92 9.1.14 Operational Settings 1 ........................93 9.1.15 Operational Settings 2 ........................93 9.1.16 Time settings ............................94 9.1.17 Faults ................................ 94 Ubbink Battery Energy Storage System Version 1.1R 6 | 95...

  • Page 7: Safety

    Safety Intended use Safety Intended use The Ubbink Battery Energy Storage System is used in the residential sector and is intended for the installation and operation indoors and in areas protected from the weather only. The Ubbink Battery Energy Storage System is a home storage system with an integrated inverter that converts solar energy into direct current and stores the energy in batteries.

  • Page 8: Misuse

    "1.1 Intended use" on page 7 is considered not intended use and is therefore improper. This applies in particular to the use of the Ubbink Battery Energy Storage System with components other than the original system components.

  • Page 9: Warning Signs

    Overhead or suspended load Explosive materials Flammable material Hot surface Non-ionising radiation Magnetic field Electrostatic Discharge (ESD) Hand injury Risk of tripping, floor-level obstacle Slippery surface Warning signs Table 1 Ubbink Battery Energy Storage System Version 1.1R 9 | 95...

  • Page 10: Mandatory Signs

    Refer to instruction manual Wear head protection Wear eye protection Wear a dust mask Wear insulating protective clothing Wear insulating protective gloves Waer insulating foot protection Mandatory sign Table 2 Ubbink Battery Energy Storage System Version 1.1R 10 | 95...

  • Page 11: Target Group Of This Operating Instructions

    Serious injury or death caused by untrained personnel handling the Ubbink Battery Energy Storage System. ç The Ubbink Battery Energy Storage System may only be handled by persons who have were trained by Ubbink International in the handling of the Ubbink Battery Energy Storage System.

  • Page 12: Qualification For Individual Activities

    Table 3 1.5.3 Personal protective equipment Use the following personal protective equipment during transport, assembly, installation, set-up, servicing, maintenance, troubleshooting, uninstallation, dismantling and disposal of the Ubbink Battery Energy Storage System: Protective goggles, ƒ Insulating protective clothing, ƒ Insulating protective gloves, ƒ...

  • Page 13: Precautions For Children And Persons With Limited Abilities

    1.7.1 Hazard-conscious working Perform all work with or on the Ubbink Battery Energy Storage System carefully. Only operate the Ubbink Battery Energy Storage System: As per intended use, aware of the risks and in compliance ƒ...

  • Page 14: Modifications To The Ubbink Battery Energy Storage System

    Safety Risks and dangers 1.7.2 Modifications to the Ubbink Battery Energy Storage System Modifications to the Ubbink Battery Energy Storage System are strictly prohibited. Only use the accessories and cables supplied. Do not open housings or power-supply units. If modifications are necessary, please contact Ubbink International in advance and obtain written confirmation of your authorisation.

  • Page 15: Electric Shock

    Risks and dangers 1.8.2 Electric shock Danger to life due to electricity hazard. ç Have work on the Ubbink Battery Energy Storage System performed by qualified electricians only. ç Make sure that the DC input voltage is below the maximum value.

  • Page 16: Batteries

    ç Keep a distance of more than 20 cm to the Ubbink Battery Energy Storage System. ç If you need to get closer than 20 cm to the Ubbink Battery Energy Storage System for certain work, minimise the time you spend there.

  • Page 17: Magnets

    Charge the battery fully at regular intervals, especially if you are operating the Ubbink Battery Energy Storage System in peak load self-consumption mode. If the Ubbink Battery Energy Storage System is in operation Operation and the battery is disconnected from the grid and the PV system for >...

  • Page 18: It Security And Data Protection

    ç Tue EMS data is not suitable for billing purposes. Behaviour in an emergency If it is safe to do so, switch off the Ubbink Battery Energy Storage System and disconnect the Ubbink Battery Energy Storage System from the power supply: In case of risk of injury, ƒ...

  • Page 19: Firefighting

    ç Install safety devices immediately after completing work that requires them to be dismantled. Safety devices may only be removed if: There are no persons in the danger zone of the Ubbink ƒ Battery Energy Storage System, The Ubbink Battery Energy Storage System is switched off, ƒ...

  • Page 20: Surge Protective Device With Surge Arrester

    In case of grid malfunctions or power failures, the grid- connected inverter switches off automatically to ensure safe disconnection from the grid. Ubbink Battery Energy Storage System Version 1.1R 20 | 95...

  • Page 21: Inverter Bypass

    Protective and warning devices 1.10.3 Inverter bypass The inverter of the Ubbink Battery Energy Storage System is provided with a bypass function. In case of a malfunction in the inverter, it switches to bypass mode. In bypass mode, the electrical current is fed directly from the input source to the output and there is no reversal or conditioning.

  • Page 22: Description Of The Ubbink Battery Energy Storage System

    Description of the Ubbink Battery Energy Storage System General functional description The Ubbink Battery Energy Storage System is a home storage system with an integrated inverter that converts solar energy into direct current and stores the energy in batteries. The Ubbink Battery Energy Storage System is used for: Optimisation of your own energy consumption, ƒ...
  • Page 23 Description of the Ubbink Battery Energy Storage System General functional description Figure 1 Overview of the Ubbink Battery Energy Storage System Pos. Designation Battery fuse Main switch - system On / Off Inverter Display with touchscreen Battery module 4 levelling feet...
  • Page 24 Description of the Ubbink Battery Energy Storage System General functional description Figure 2 Inverter of the Ubbink Battery Energy Storage System Figure 3 EMS structure Pos. Designation Status LEDs 1 … 5 RJ45, Ethernet USB-C, power supply Power LED Micro-USB Ubbink Battery Energy Storage System Version 1.1R...

  • Page 25: Directives And Standards

    Description of the Ubbink Battery Energy Storage System Directives and standards Directives and standards Ubbink Battery Energy Storage Product name / designation System Serial number, type number or See chap. "2.2.4 Nameplate" on batch number page 30 93/68/EU ƒ 2014/30/EU ƒ...

  • Page 26: Interfaces To External Systems

    EPS 1/2 GRID CT-L1 CT-L2 CT-L3 Figure 4 Wiring diagram of the Ubbink Battery Energy Storage System Pos. Designation Critical loads Critical EPS loads are limited to the rated power of the inverter EPS circuit breaker (on site) PV2 circuit breaker (on site)

  • Page 27: Notes On The Installation Site

    ç Maintain the required clearance around the Ubbink Battery Energy Storage System to ensure adequate ventilation. ç Install the Ubbink Battery Energy Storage System close to the PV system to keep cable runs as short as possible and minimise DC losses.

  • Page 28: Signs On The Ubbink Battery Energy Storage System

    Description of the Ubbink Battery Energy Storage System Directives and standards 2.2.3 Signs on the Ubbink Battery Energy Storage System Figure 5 Signs on the Ubbink Battery Energy Storage System Pos. Designation Warning no. 1 QR code to the digital version of this Operating instructions Warning no.
  • Page 29 Description of the Ubbink Battery Energy Storage System Directives and standards Warning no. 1 (pos. 1) Warning! ç Switch off the battery system isolator to isolate the device. Warning no. 2 (pos. 3) Notice! ç The components may still be energised even when the main switch is switched off.

  • Page 30: Nameplate

    Description of the Ubbink Battery Energy Storage System Directives and standards 2.2.4 Nameplate The following figures show examples of the nameplates of the Ubbink Battery Energy Storage System. Ubbink inverter M15KH3UB PV input port Max. PV input power 22.5kW Max. PV input voltage...
  • Page 31 Description of the Ubbink Battery Energy Storage System Directives and standards Ubbink battery P5000HUB-Pro Rated voltage 102.4V Operation voltage 92.8V ~ 116.8V Charge / Discharge temperature 0°C ~ 50°C Rated capacity 5 120Wh Battery type LiFePO4 Rated current Charging voltage 105V ~ 116.8V...

  • Page 32: Scope Of Delivery

    Description of the Ubbink Battery Energy Storage System Scope of delivery Scope of delivery 2.3.1 Standard scope of delivery Figure 8 These components are standard in the Ubbink Battery Energy Storage System The following components are included in the scope of delivery: Pos. Designation Inverter...
  • Page 33 Description of the Ubbink Battery Energy Storage System Scope of delivery Accessories and assembly material Figure Designation 1x EMS - communication cable | RS485 - Micro-USB 1x EMS - grid cable | USB-C - USB-A 1x CT cable Standard battery plug...

  • Page 34: Variants Of The Ubbink Battery Energy Storage System

    Description of the Ubbink Battery Energy Storage System Scope of delivery 2.3.2 Variants of the Ubbink Battery Energy Storage System Depending on the order, 2 or 3 battery modules may be included in the scope of delivery. Expansion pack With the expansion pack you can connect up to 5 battery modules to the Ubbink Battery Energy Storage System.

  • Page 35: Technical Data

    Description of the Ubbink Battery Energy Storage System Technical data Expansion pack accessories Figure Designation Battery cover for serial connection Serial connection cable Technical data 2.4.1 Ambient conditions Parameters Inverter Battery Operating temperature [°C] +0 … +50 +0 … +50 +0 …...

  • Page 36: Inverter Data

    Description of the Ubbink Battery Energy Storage System Technical data 2.4.3 Inverter data Parameters M6KH3UB M8KH3UB M10KH3UB M15KH3UB Rated power [kVA] Phases < 10 min 16.5 Max. peak power < 85 sec [kVA @ n s] < 20 msec 22.5 Min.

  • Page 37: Recommended Cables

    Description of the Ubbink Battery Energy Storage System Technical data 2.4.4 Recommended cables Figure 12 Cable inlet and terminals on the inverter AC connection Green / GRID / Colour Brown Black Grey Blue yellow GEN / EPS-1 / Cross-section [mm²]...

  • Page 38: Battery Data

    Description of the Ubbink Battery Energy Storage System Technical data 2.4.5 Battery data Parameters P5000HUB - 1 battery module Cell chemistry LiFeO4 / LFP Rated capacity [Ah] Rated discharge power [W] 5 120 Rated charge power [W] 2 560 Operating voltage [V DC] 92.8 …...

  • Page 39: Operating Concept

    Description of the Ubbink Battery Energy Storage System Operating concept Operating concept 2.5.1 Controls, buttons and switches Figure 13 Controls on the inverter of the Ubbink Battery Energy Storage System Pos. Designation PV connection On / Off Display with touchscreen...

  • Page 40: Device Displays

    Description of the Ubbink Battery Energy Storage System Operating concept 2.5.2 Device displays Figure 14 Battery module indicator light Each battery module has an indicator light on the side. Colour / status Meaning Battery switched off / undervoltage Green, glowing...

  • Page 41: Touch Display And Operation Of The Inverter

    Description of the Ubbink Battery Energy Storage System Touch display and operation of the inverter Touch display and operation of the inverter 2.6.1 Home (start screen) Figure 16 Home (start screen) Pos. Designation Battery overview (SoC and capacity) Currently set language...

  • Page 42: Settings

    About contains the system identification number of the Ubbink About Battery Energy Storage System and the QR code with a link to this Operating instructions. Reset allows you to reset the Ubbink Battery Energy Storage System to the Reset / factory settings factory settings.

  • Page 43: Display Of Operating Parameters

    Description of the Ubbink Battery Energy Storage System Profiles / scenarios 2.6.3 Display of operating parameters Figure 18 Example: Information page for EPS1 On the various subpages you will find detailed information on the individual power sources, the battery and power consumption. You cannot make any settings on these pages.
  • Page 44 Description of the Ubbink Battery Energy Storage System Profiles / scenarios Solar energy not sufficient, additional energy from the battery Battery discharging Grid Inverter Battery Consumer Figure 20 Solar energy not sufficient, additional energy from the battery Solar energy is supplied to the connected consumers. If the solar energy is not sufficient to supply all connected consumers, additional energy is taken from the battery.

  • Page 45: Peak Shift

    Description of the Ubbink Battery Energy Storage System Profiles / scenarios 2.7.2 Peak shift PV system, grid and battery available Sufficient solar energy, surplus energy for consumers and into the grid Battery charging and grid feed Grid Inverter Battery Consumer...
  • Page 46 Description of the Ubbink Battery Energy Storage System Profiles / scenarios Battery and grid available (separate from PV system) Energy for battery charging from the grid Battery charging and energy from the grid Grid Inverter Battery Consumer Figure 27 Energy for battery charging from the grid During the charging process, energy from the grid is used to recharge the battery and supply the connected consumers.

  • Page 47: Battery Priority

    Description of the Ubbink Battery Energy Storage System Profiles / scenarios 2.7.3 Battery priority PV system, grid and battery available Sufficient solar energy, surplus energy for consumers and into the grid Battery charging and grid feed Grid Inverter Battery Consumer...

  • Page 48: Transport, Storage, Unpacking

    ç Damage caused by deep discharging may invalidate the warranty. Store the Ubbink Battery Energy Storage System in a covered, dry and swept clean indoor area. Follow the information on storage temperature and humidity, see chapter "2.4.1 Ambient conditions" on page 35.

  • Page 49: Operation Preparation

    Instruction video on assembly and installation Assembly WARNING Danger to life possible due to incorrect assembly. ç Have the Ubbink Battery Energy Storage System installed and electrically connected by qualified electricians only. ç Assemble the Ubbink Battery Energy Storage System with at least two people.
  • Page 50 6. Place the battery module vertically on the feet. 7. Use the carry handles to transport the battery module to the wall to which the Ubbink Battery Energy Storage System is attached. 8. Check the alignment of the battery module using a spirit level.
  • Page 51 17. Drill 2 holes in the wall using a Ǿ6 mm impact drill. Figure 35 Assembling the wall bracket 18. Attach the 2 wall brackets to the sides of the battery modules with 4 M5x12 screws each. Ubbink Battery Energy Storage System Version 1.1R 51 | 95...
  • Page 52 26. Drill 2 holes in the wall using a Ǿ6 mm impact drill. Figure 37 Assembling the wall bracket 27. Attach the 2 wall brackets to the sides of the battery modules with 4 M5x12 screws each. Ubbink Battery Energy Storage System Version 1.1R 52 | 95...
  • Page 53 34. Tighten one expansion screw in each of the drill holes in the wall to 9 Nm. You have assembled the inverter and attached it to the wall. Ubbink Battery Energy Storage System Version 1.1R 53 | 95...

  • Page 54: Electrical Connection

    Operation preparation Electrical connection Electrical connection Figure 38 Wiring diagram Pos. Designation Battery PV system Inverter RCD (integrated) ESP 1 ESP 2 Grid Generator Consumer Ubbink Battery Energy Storage System Version 1.1R 54 | 95...
  • Page 55 ç Do not place any metal parts, e.g. tools, on the batteries. ç Use insulated tools only. Prerequisite: The power supply to the grid and PV system is separate. ƒ The Ubbink Battery Energy Storage System is assembled and ƒ attached to the wall. Necessary tools: ƒ...
  • Page 56 12. Connect the positive pole of the PV system to the positive pole of the inverter. 13. Connect the negative pole of the PV system to the negative pole of the inverter. Ubbink Battery Energy Storage System Version 1.1R 56 | 95...
  • Page 57 35. Connect the L1, L2 and L3 bus cables to the L1, L2 and L3 lines of the grid cable one after the other. 36. Screw the earthing cable to the wall or floor. L You have connected the Ubbink Battery Energy Storage System. Ubbink Battery Energy Storage System Version 1.1R...
  • Page 58 EPS 1/2 GRID CT-L1 CT-L2 CT-L3 Figure 40 Wiring diagram of the Ubbink Battery Energy Storage System Pos. Designation Critical loads Critical EPS loads are limited to the rated power of the inverter EPS circuit breaker (on site) PV2 circuit breaker (on site)

  • Page 59: Checks

    Checks Checks 4.3.1 Electrical checks Perform the following electrical checks before putting the Ubbink Battery Energy Storage System into operation: All cables are labelled according to their function. ƒ All cables are colour-coded in accordance with local electrical ƒ regulations and are marked with the correct current.

  • Page 60: Configuration Checks

    3. Press the main switch. ɯ The inverter is supplied with current. ɯ The Ubbink Battery Energy Storage System starts up. L You have switched on the Ubbink Battery Energy Storage System. Ubbink Battery Energy Storage System Version 1.1R 60 | 95...

  • Page 61: Initial Commissioning

    Operation preparation Commissioning 4.4.2 Initial commissioning For initial commissioning of the Ubbink Battery Energy Storage System proceed as follows: Figure 41 Main menu Select Parameters in the main menu to open the menu. Figure 42 Settings | Profiles 2. Select Settings | Profiles.
  • Page 62 Peak Shift, • Battery Priority. 4. Touch the arrow at the bottom right to return to the main menu. Figure 44 Settings | Battery Settings 5. Select Settings | Battery Settings. Ubbink Battery Energy Storage System Version 1.1R 62 | 95...
  • Page 63 8. Specify the maximum voltage. 9. Touch Apply. 10. Touch the arrow at the bottom right to return to the main menu. Figure 46 Settings | Grid Standards 11. Select Settings | Grid Standards. Ubbink Battery Energy Storage System Version 1.1R 63 | 95...
  • Page 64 12. Select your country. 13. Touch the arrow at the bottom right to return to the main menu. Figure 48 Settings | Function Settings 14. Select Settings | Function Settings. Ubbink Battery Energy Storage System Version 1.1R 64 | 95...
  • Page 65 15. Check the system settings. 16. Touch the arrow at the bottom right to return to the main menu. Figure 50 Settings | Function Settings 17. Select Settings | Function Settings. Ubbink Battery Energy Storage System Version 1.1R 65 | 95...
  • Page 66 18. Check the system settings. 19. Touch the arrow at the bottom right to return to the main menu. Figure 52 Settings | Operational Settings 20. Select Settings | Operational Settings. Ubbink Battery Energy Storage System Version 1.1R 66 | 95...
  • Page 67 21. Check the system settings. 22. Touch the arrow at the bottom right to return to the main menu. Figure 54 Settings | Time Settings 23. Select Time Settings in the main menu. Ubbink Battery Energy Storage System Version 1.1R 67 | 95...
  • Page 68 24. Enter the current date and time. 25. Touch Apply. 26. Touch the arrow at the bottom right to return to the main menu. L You have completed the initial commissioning of the Ubbink Battery Energy Storage System. Ubbink Battery Energy Storage System Version 1.1R...

  • Page 69: Setting Profiles

    In the main menu, select Parameters | Settings | Profiles. Figure 57 Selecting a profile 2. Select the desired profile, see chapter "2.7 Profiles / scenarios" on page 43: • Self Consumption, • Peak Shift, • Battery Priority. Ubbink Battery Energy Storage System Version 1.1R 69 | 95...

  • Page 70: Recommissioning

    7. Touch the arrow at the bottom right to return to the main menu. L You have defined the profiles. Recommissioning Prerequisite: The Ubbink Battery Energy Storage System is installed and electrically ƒ connected. Recommission the Ubbink Battery Energy Storage System: Switch on the PV input.

  • Page 71: Ems Integration And Activation

    5. Click on Send. L You have registered as an installer for the Voltara Installer Centre. 4.6.2 During installation: Connect the EMS to the Ubbink Battery Energy Storage System Assemble the EMS: Take the EMS and all accessories from the packaging.
  • Page 72 4. Connect the EMS to the inverter using the micro-USB cable. Figure 61 Connecting the EMS to the inverter 5. Connect the EMS to the router via the Ethernet cable. Ubbink Battery Energy Storage System Version 1.1R 72 | 95...

  • Page 73: Connect The Ems To The Home Network Via Wi-Fi (Optional)

    ɯ The user interface of the gateway is displayed. Hint ç If no connection is established, try the process in a private window of the browser or in another browser. Ubbink Battery Energy Storage System Version 1.1R 73 | 95...

  • Page 74: During Installation: Connecting Devices To The Ems

    During installation: Connecting devices to the EMS Prerequisite: The Ubbink Battery Energy Storage System has been commissioned. ƒ The Ubbink Battery Energy Storage System is connected to the EMS ƒ via RS485. EMS is connected to the home network via Ethernet or Wi-Fi.

  • Page 75: After The Installation: Using The Voltara Installer Centre As An Installer

    4. Correct connection errors and replace damaged cables. 5. If the fault persists, contact Ubbink Customer Support. If the inverter is found but does not send any or no plausible values: Check that the inverter is connected to the RS485 interface of the gateway.
  • Page 76 Select the Customers tab and search for the desired customer. 2. In the Actions column, select the option Apps. 3. Click on the app you wish to use. L You have accessed the customer application. Ubbink Battery Energy Storage System Version 1.1R 76 | 95...

  • Page 77: Operation

    Operation Normal operation No operation by the user is required during normal operation. Remote Control You can control the Ubbink Battery Energy Storage System remotely via the "Voltara Home" app. Ubbink Battery Energy Storage System Version 1.1R 77 | 95...

  • Page 78: Malfunctions, Messages And Faults

    Always correct malfunctions: Make sure that there is no danger to persons or property. If danger is imminent, switch off the Ubbink Battery Energy Storage System and disconnect the power supply. 2. Determine the cause of the malfunction using the fault table.

  • Page 79: Troubleshooting

    3. Connect the load. ɯ The devices are restarted. 4. Check whether the fault has been rectified. 5. If the fault persists, contact Ubbink Customer Support. Check that the load is within the permissible values, see chapter "2.4.1 Ambient conditions" on page 35.
  • Page 80 2. Disconnect the power supply to greater than the Bat Over Vol restart the devices. maximum voltage of 3. If the fault persists, contact Ubbink the inverter Customer Support. Check whether the grid is abnormal. Wait until the grid normalises.
  • Page 81 2. Wait until the functions have is higher than the Chg over cur normalised. maximum voltage of 3. If the fault persists, contact Ubbink the inverter Customer Support. Check that the input and output mode settings are correct. Restart the inverter.
  • Page 82 Grid phase error Check the wiring to the grid. Check the PV modules and cables. Arc fault on the PV Arc Fault 2. If the fault persists, contact Ubbink system Customer Support. bus soft fail Restart the inverter. inv soft fail 2.

  • Page 83: Servicing And Maintenance

    If a battery module enters the deep discharging protection state, this is regarded as "misuse" by Ubbink International. The warranty is void if this happens again. A chargeable service call is required to restore the battery module to normal operation.

  • Page 84: Repair And Replacement Of Parts

    Servicing and maintenance Repair and replacement of parts Repair and replacement of parts If the Ubbink Battery Energy Storage System needs to be repaired, please contact Customer Support: Service@Ubbink.com For shipping, please note that the battery module may only be transported in the original packaging or a newly delivered Ubbink return packaging as per the UN38.3 dangerous goods transport requirements.

  • Page 85: Decommissioning, Dismantling, Disposal

    2. Switch off the battery fuse (lever down). 3. Switch off the PV input. ɯ The Ubbink Battery Energy Storage System shuts down. ɯ The inverter is no longer supplied with current. L You have decommissioned the Ubbink Battery Energy Storage System.
  • Page 86 7. Disconnect the L1, L2 and L3 bus cables from the L1, L2 and L3 lines of the grid cable one after the other. 8. Unscrew the 4 M5x12 screws from the cable inlet cover on the Ubbink Battery Energy Storage System.

  • Page 87: Dismantling

    ç Do not place any metal parts, e.g. tools, on the batteries. ç Use insulated tools only. ç Wear a dust mask. Prerequisite: The Ubbink Battery Energy Storage System is electrically insulated. ƒ Necessary tools: ƒ • Open-end spanner size 10, •...

  • Page 88: Disposal And Recycling

    L You have dismantled the Ubbink Battery Energy Storage System. Disposal and recycling The Ubbink Battery Energy Storage System must not be disposed of with household waste / residual waste. Ensure safe and proper disposal, especially of parts or materials that are harmful to the environment. The disposal of the Ubbink Battery Energy Storage System is governed by local disposal regulations and environmental laws.

  • Page 89: Appendix

    Parameters in the Battery screen 9.1.3 Solar power Parameters Unit Description Voltage (V) Live Solar Voltage Current (A) Live solar power Power (W) Live Solar Power Table 23 Parameters in the Solar Power screen Ubbink Battery Energy Storage System Version 1.1R 89 | 95...

  • Page 90: Power Grid 1

    EPS 2 Parameters Unit Description Day Discharge Daily energy drawn from the EPS Discharge Total EPS energy drawn over the entire service life Table 27 Parameters on the EPS 2 screen Ubbink Battery Energy Storage System Version 1.1R 90 | 95...

  • Page 91: Settings

    Description Discharge of Depth (%) Settings for the lowest depth of discharge Max. charge current (A) Settings for the maximum charging current Table 31 Parameters in the Battery Settings screen Ubbink Battery Energy Storage System Version 1.1R 91 | 95...

  • Page 92: Electrical Grid Standards

    PV1 and PV are part of one PV string and share Parallel Mode the same set of strings PV connection is connected to a DC voltage Constant voltage source used for testing Table 33 Parameters in the Function Settings screen Ubbink Battery Energy Storage System Version 1.1R 92 | 95...

  • Page 93: Operational Settings 1

    PWR-VOLT RES Reaction of the discharge network to the voltage PWR-FREQ RES Frequency response of the discharge grid Table 35 Parameters in the Operational Settings 2 screen Ubbink Battery Energy Storage System Version 1.1R 93 | 95...

  • Page 94: Time Settings

    System information Reset Menu for resetting the system to factory settings Date Identification number of the system Info QR code for this Operating instructions Table 37 Parameters in the Faults screen Ubbink Battery Energy Storage System Version 1.1R 94 | 95...
  • Page 95 • phone +39 045 602 0433 • at info@ubbink.it Ubbink International at info@ubbink.com • globe www.ubbink.com Copyright © 2024 Ubbink | Content is subject to change without notice; no liability for errors and misprints. Availability and configurations may differ per country | UB-2024-08-V01 100000072416...

This manual is also suitable for:

M8kh3ub-p5000hub-proM10kh3ub-p5000hub-proM15kh3ub-p5000hub-pro

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