Related Manuals for Myenergi LIBBI-305Sh
Summary of Contents for Myenergi LIBBI-305Sh
- Page 1 Model No. LIBBI-305Sh, LIBBI-310Sh, LIBBI-315Sh, LIBBI-320Sh, LIBBI-505Sh, LIBBI-510Sh, LIBBI-515Sh, LIBBI-520Sh Installation Manual Revision 6.0 April 2023 UNITED KINGDOM PM-00002...
- Page 2 Text and images correspond to the technical product damage or property loss caused by the following level at the time of going to press. We reserve the right to conditions: make changes.
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Page 3: Table Of Contents
Contents 1. Introduction ............4 9. Product Registration (Installer Portal) ....25 Safety ............... 4 10. Product Registration (Customer app and myaccount) .................26 Regulatory Information ........5 11. Commissioning ............26 2. Product Description ..........6 12. Routine Maintenance & Cleaning ......26 2.1 Product Introduction ..........6 12.1 Emergency Power Down Procedure .... -
Page 4: Introduction
The inverter can keep a life-threatening voltage even after • new hazardous goods packaging if needed, pack it and let disconnecting it from the DC and/or AC side it be picked up by myenergi or a 3 party arranged by Do not touch uninsulated cable ends •... -
Page 5: Regulatory Information
EU rules. separately and recycled in an environmentally responsible Electrical Safety manner. Ensure that you return your used device to myenergi The libbi controller is designed for 230Vac± 10%. A suitable or obtain information regarding a local, authorised collection capacity fuse, maximum 3A, shall be located in the supply. -
Page 6: Product Description
Model No. LIBBI-520Sh libbi can be installed as a standalone product, but will work in Inverter Size: 5kW Inverter Size: 5kW conjunction with other myenergi products: zappi, eddi, harvi, Battery Capacity: 15kWh Battery Capacity: 20kWh for a super ‘eco-smart’ home. -
Page 7: Box Contents
2.3 Box Contents Part Code Description LIBBI-HS3680 3.68kW Inverter LIBBI-HS5000 5kW Inverter LIBBI-B05h 5kWh Battery Module LIBBI-C110W Controller LIBBI-EK051 Cable Pack for 5kWh System ... -
Page 8: System Topologies
‘eco-smart’ home. libbi uses a hybrid inverter so can be used with AC Coupled or DC Coupled battery systems. -
Page 9: System Appearance
Battery Light Indicators You will be controlling your system using the libbi controller and the myenergi app so it isn’t necessary to go into the inverter on board display menu. However, we decribe below what you can expect to see on your inverter display and what those light indicators mean. -
Page 10: Controller
(communication cable length will depend on this, up to a max. of 100 metres) Move down a menu item | Decrease Distance between the controller and other myenergi • value devices (if applicable) Select item | Confirm value and 5.2 Floor Stand Support... - Page 11 Option 3: If you are installing a 10.2kWh system (2 batteries) AND this is the second of the two Take two M6 washers and two ST6.3x50mm screws, one at a time, place the washer against the front of the battery mounting bracket before inserting...
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Page 12: Inverter
5.1kWh System 10.2kWh System (1 battery) (2 batteries) 6) Hang the inverter onto the inverter mounting bracket and adjust to align with the battery(ies). 15.3kWh System 20.4kWh System (3 batteries) (4 batteries) 5.4 Inverter Whether you have the 3.68kW or 5kW inverter, installation will be the same. -
Page 13: Electrical Connections
2) Place the back of the controller against the wall where you If you are using the backup function, the main supply will be installing the device, ensure level and then mark the cable into the libbi inverter should be suitably sized three holes (2) onto the wall, in preparation for drilling. - Page 14 e) Push the two plug parts together until a ‘click’ is heard. The supplied MC4 plugs are one time use only. Please ensure you fully understand how to make up the plug before beginning. PV supply can be wired directly into the libbi inverter. MC4 plugs are supplied with the libbi and MUST be Lock the swivel nut in place by screwing shut.
- Page 15 5.1kWh (1 battery) System 10.2kWh (2 battery) System Cable Pack for 5.1kWh (1 Battery) Communication 300mm Power Cable - Negative Cable Pack for 10.2kWh (2 Battery) 250mm Power Cable – Positive (Red) Communication 300mm 250mm PE Cable 570mm 700mm Power Cable – Negative (Black) a) Insert the black battery power cable (250mm) into the 250mm negative terminal on the left side of the inverter.
- Page 16 a) Insert the black battery power cable (250mm) into the 15.3kWh (3 battery) System negative terminal on the left side of the inverter. Then, insert the other end into the top negative terminal on the left side of the battery. b) Insert the black battery power cable (485mm) into the bottom negative battery terminal of your first battery.
- Page 17 Power Cable – Negative (Black) the other end into the top COM terminal of the second battery. Insert the grey/black communication cable (1700mm) into 250mm the bottom COM terminal of the second battery. Then, insert the other end into the bottom COM terminal of the third battery.
- Page 18 Cable Pack for 20.4kWh (4 Battery) System insert the other end into the top positive terminal on the left side of the fourth battery. Communication Cable Insert the red battery power cable (485mm) into the bottom positive battery terminal of the fourth battery. Then, insert the other end into the top positive battery 300mm terminal of the third battery.
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Page 19: Controller
CTs can be wired to any myenergi device with CT inputs (e.g. libbi, eddi, zappi or harvi). This enables flexible installation as the CT can be wired to the nearest device. -
Page 20: Fitting The Controller Cover
All other CTs Arrow should point towards the consumer unit • CT Can do’s Can be wired to ANY myenergi device in the network • harvi can be used to make ANY CT wireless. However, t is • not currently G100 compliant to use harvi on Grid CT with... -
Page 21: Wiring Overview Diagram
7. Wiring Overview Diagram... -
Page 22: Initial Configuration
“Connected To libbi”. If the customer 8.3.1 Overview PV with it’s own separate inverter, If libbi is being installed as a standalone myenergi device you select “Connected Elsewhere”. If no can skip this section. PV is present, select “Not Present”. -
Page 23: Device Settings
It is recommended that, where the Grid CT is directly • 'network'. If you have a myenergi libbi, this will be shown in connected to the eddi, that this device is chosen as the your Devices list. -
Page 24: Internet Connectivity
2) Connect your smartphone or computer to the myenergi of the amount stipulated by the DNO. access point by entering your phone or computer WiFi To do this, in the libbi controller menu, navigate to;... -
Page 25: Grid Limit
“Export Limited”. 9. Product Registration (Installer Portal) It is the installers responsibility to ensure each libbi installed is registered in the myenergi installer portal. Registration of the libbi within the installer portal commences the Product Warranty. -
Page 26: Product Registration (Customer App And Myaccount)
First myenergi device If generation CT has been installed, check that the • If this is the customer’s first myenergi device they will need to generated power is shown in the top left of the main register for an account. -
Page 27: Emergency Power Down Procedure
• worn whilst maintaining the libbi 12.1 Emergency Power Down Procedure If you are ever advised by myenergi Tech Support or by the fault code instruction to power down the libbi, follow the below procedure to do this safely. https://myenergi.com/support-centre/ 1) Open the cable box cover. - Page 28 2) Check pairing of all devices and re-pair, if necessary. 2) If issue persists, contact myenergi Tech Support. 3) Check all device are on the same channel. 4) If issue cannot be resolved, call myenergi Tech Support. Code 166: BMS Charge Over Current Code 151: Inverter Undervoltage Reboot battery.
- Page 29 3) Check all wiring, including back up circuit. 4) Check integrity of the cable. 4) If problem still persists contact myenergi Tech Support. 5) If problem persists contact myenergi Tech Support Code 212: Inverter DC Over Code 184: Controller Undervoltage Power down following the power down procedure.
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Page 30: Specifications
5) Check backup circuit wiring. Code 251: Upgrading DSP 6) If issue persists, contact myenergi Tech Support. Status only - DSP upgrade on inverter has started - Will clear when upgrade is complete. Code 232: SCI Fault Power down following the power down procedure. - Page 31 Controller Specification Enclosure Material: Painted Zintec Steel Mounting Location: Indoor Dimensions: 146 x 165 x 51mm or 146 x 217.5 x 51mm including antenna Supply Cable Entry: Rear or Bottom Supply Frequency: 50Hz Display: Graphical Backlit LCD Max. Current: 0.1A Nominal Current: 25mA Rated Supply Voltage: 230V AC Single Phase (+/- 10%)
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Page 32: Appendix A - Libbi Eess Installation Schematics
Appendix A – libbi EESS Installation Schematics Typical Arrangements Distribution board #1 - Normal loads Router / Switch Distribution board #2 - Renewables Distribution board #3 - Backup Circuit PV Array #1 PV Array #2 libbi Controller Main Main MCB/ MCB/ Switch Ethernet Cable... -
Page 33: Appendix B - Libbi N-E Bond Relay
Appendix B – libbi N-E Bond Relay Distribution board #3 - Backup Circuit MCB/ Note 4 RCBO Load Circuits Isolator Libbi (Internal N-E bond Relay) N-E Circuit for Off-Grid Conditions Distribution board #3 - Backup Circuit MCB/ Note 4 RCBO Load Circuits Isolator Libbi...
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