SENEC HOME LI Translation Of Installation Instructions
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SENEC HOME LI Translation Of Installation Instructions

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SENEC.HOME LI
TRANSLATION OF
INSTALLATION INSTRUCTIONS
Valid for :
Document version:
Publication date:
Document number:
Country:
SENEC.Home Li 10.0 - Energy Storage DEV-SH-300_V2
1.0
10.01.2017
TD140-010
Australia

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Summary of Contents for SENEC HOME LI

  • Page 1 SENEC.HOME LI TRANSLATION OF INSTALLATION INSTRUCTIONS Valid for : SENEC.Home Li 10.0 - Energy Storage DEV-SH-300_V2 Document version: Publication date: 10.01.2017 Document number: TD140-010 Country: Australia...
  • Page 2 Wittenberger Straße 15 04129 Leipzig Phone: +49 341 87057-0 Fax: +49 341 87057-300 Email: info@senec-ies.com Website: www.senec-ies.com These installation instructions may only be reprinted or reproduced – even in extract – with the express written permission of Deutsche Energieversorgung GmbH.

  • Page 3: Table Of Contents

    2.4 General safety instructions .............................10 2.5 Safety-related components .............................12 2.6 Safety symbols ...............................13 2.6.1 Safety symbols on the SENEC.Inverter ......................13 2.6.2 Safety symbols on the identification plate ....................13 2.6.3 Safety symbols on the battery module ......................14 2.6.4 Further safety symbols ..........................14 2.7 Personal protective equipment ..........................14...
  • Page 4 13.4 Shutting down the battery modules if they are not to be used for some time ............67 13.5 Operation of local monitoring ..........................67 13.6 Online monitoring mein-senec.de.........................69 13.6.1 Creating an account ............................69 13.6.2 Functions on mein-senec.de ........................69 13.7 Status displays ..............................69 13.8 Operating statuses ...............................72 14 Maintenance/servicing..............................73 14.1 Servicing the battery modules ..........................73...

  • Page 5: Change History

    Change history Version of the instructions From system serial number Amendments DE-V2-01Li10-00001 Initial version...

  • Page 6: Basic Information

    Setting up, installation, commissioning and maintenance as well as the use of the SENEC.Home Li cannot be monitored by the manufacturer. For this reason, Deutsche Energieversorgung GmbH (DEV) accepts no responsibility or liability for damage, costs and losses arising as a result of incorrect installation, incorrect operation, use not as intended or faulty main- tenance.

  • Page 7: Storage

    Level 1 list Level 1 list 1.5 Storage Keep the instructions close to the SENEC.Home Li at all times so that you can quickly get the necessary information in case of a fault. 1.6 Modification on the product Unauthorized modifications to the SENEC.Home Li are expressly prohibited, unless confirmed in writing by DEV (Deutsche Energieversorgung GmbH).
  • Page 8 Figure 1 Identification plate with serial number and installer’s data The SENEC.Home Li’s identification plate may be found both on the left-hand side of the complete system (to be affixed and completed by the installer) and inside it beneath the SENEC.Inverter. It contains the most important safety instructions and brief information regarding conformity and technology.

  • Page 9: Safety

    2.2 Use not as intended The use of the SENEC.Home Li on or in the water (e.g. boats, ships, offshore installations), in the air or for mo- bile uses is expressly prohibited. Modifications to the SENEC.Home Li, which are not expressly authorised by DEV in writing, are not permitted.

  • Page 10: General Safety Instructions

    Please read the following safety instructions carefully to prevent injury and damage. Only in this way can long-term safe operation of the SENEC.Home Li be guaranteed. The safety instructions must be observed in full for any work on the SENEC.Home Li.
  • Page 11 • Charge state: Only charge the modules under the prescribed conditions (temperature range, voltage and current). Heat generation, smoke, fire or an explosion may result if you do not charge the modules under the prescribed conditions. • Reversed polarity: Do not fit or insert the battery modules with reversed polarity. Check the polarity, if the battery module cannot be easily inserted into the storage case.

  • Page 12: Safety-Related Components

    SENEC.Inverter Safety fuse (AC) SENEC.Inverter Insulation monitor (optional) in the case, on the top-hat rail SENEC.Inverter temperature regulation by fan in the SENEC.Inverter Thermal sensors on the MCU Grid connection protection for monitoring in the SENEC.Inverter mains and frequency Overcurrent protection SENEC.Inverter...

  • Page 13: Safety Symbols

    2.6 Safety symbols 2.6.1 Safety symbols on the SENEC.Inverter Symbol Meaning Do not reach inside! Warning against electrical voltage! Warning against hot surface! 2.6.2 Safety symbols on the identification plate Symbol Meaning Wear eye protection! Observe the operating instructions! Earth prior to use!

  • Page 14: Safety Symbols On The Battery Module

    2.6.3 Safety symbols on the battery module Symbol Meaning Danger to life. The product bearing this label must not be disposed of in the domestic waste. 2.6.4 Further safety symbols Symbol Bedeutung Danger of life due to unloaded capacitors! After disconnecting the unit from the mains and the PV generator, wait at least one minute before opening the system.

  • Page 15: Transport/Installation/Storage

    3.2.1 Installation location The floor shall be designed to take the weight of the SENEC.Home Li. The area of the floor in which a person would be within an arm’s reach of the battery module shall be sufficiently conductive that electrostatic charge is avoided.

  • Page 16: Temperature Adjustment After Transport

    Only install the SENEC.Home Li if there is no condensation on the surfaces. ä Condensate can form inside the storage system if the temperature of the SENEC.Home Li on delivery is below the ambient temperature of the installation location. In this event, do not start using the SENEC.Home Li until you have left it standing for at least 24 hours with the side panels open.

  • Page 17: Storage

    Note! The SENEC.Home Li has an air outlet on its upper side through which the hot air can escape. Components may be damaged if the ventilation outlet is covered. Do not set down any objects on the ventilation outlet. ä...

  • Page 18: Scope Of Delivery

    SENEC.Home 10.0: 4 x lithium ion modules (not included in delivery) • including side panels: 2 x side panels, 1 x front panel with SENEC logo, 1 x rear panel with cable bushing • 1 x power flow direction sensor 1 - 63 A direct measurement •...

  • Page 19: Material Required

    Cat.6 data cable with RJ45 plug connector for configuring the monitoring system • Cat.6 data cable with RJ45 plug connector for cascading multiple SENEC storage units and/or SENEC.Heat Connection from the house wiring to the power flow direction sensor and SENEC.Home Li: •...

  • Page 20: Product Description

    2 4 6 8 (14) AC-1: 24A /3~400V 16KW/3~400V AC-3: 4KW/3~400V EC/EN60947-4-1 NA003 - www.tele-online.com EC/EN61095 PROG EH 04 |4 |5 Figure 2 Product view of SENEC.Home Li (without cabling), front view (on left) and right-hand side (on the right)
  • Page 21 ____ A fuse. SENEC.IES is a brand name of Deutsche Energieversorgung GmbH. Made in Germany Rev. 1.0 Figure 3 Product view of SENEC.Home Li (without cabling), rear view (on left) and left-hand side (on the right) Display Battery module Buffer module CP-B 24/3.0...

  • Page 22: Control Elements And Indicators

    Description Display Various status messages and operating modes are shown on the display. The dis- Passive play is found on the front of the SENEC. Charge Discharge Home Li at the top. Malfunction Always switch the SENEC.Home Li off via the display.

  • Page 23: Bus System

    Bus 4 COM 1/COM 2 cascading operation are connected. 6.1.4 SENEC.Home Li connections The electronics in the SENEC.Home Li communicate through the MCU with • the power flow direction sensor, and a further power flow direction sensor as necessary •...
  • Page 24 PM 1 – external devices (power flow direction sensor 1/ Econamic Grid switch/etc.) CAN 1 – reserved for future applications Figure 6 Overview of communication connections on the SENEC.Home Li Note! If necessary, terminate one cable end and thereby mark the end of a bus system by setting a jumper on the MCU (J1 / J2 / J3 / J4).

  • Page 25: Description Of Functions

    Storage of electricity from other generators (CHP, wind power, etc.) Power from other generators can be stored in the SENEC.Home Li battery alternatively or in addition to the PV power. The precondition is that the generation unit supplies grid-compliant alternating current to the domestic power network.

  • Page 26: Senec.inverter Battery Inverter

    The battery consists of one (SENEC.Home Li 2.5), two (SENEC.Home Li 5.0), three (SENEC.Home Li 7.5) or four (SENEC.Home Li 10.0) battery modules with a rated voltage of 46.8 V and a net capacity of 56.7 Ah at a constant discharge of 10 amperes per module. The battery management system built into each battery module continuously monitors the safety parameters for the module (temperature, current and voltage) to ensure smooth operation.

  • Page 27: Technical Data

    Measuring sensors Power flow direction sensor 63 A Self consumption 24 W Charging technology Smart charging Cascadeable yes, up to 7 SENEC storage units Data storage 30 years Free monitoring Fault monitoring via remote monitoring Fault log Automatic updates...
  • Page 28 Deep discharge protection by an integrated battery management system Battery protection automatic full charge from the mains if insufficient charging current from PV/CHP/wind power Battery inverter Type SENEC.Inverter Inverter weight approx. 23.5 kg Guarantee 10 years Maximum efficiency up to 98 % of battery inverter Power factor cos φ...

  • Page 29: Installation

    Fritz.Box devices have the option of night-time shutdown. You must deactivate this function on the end customer‘s system. The end customer’s router must also have a DHCP function, so as to be able to assign the SENEC.Home Li an IP address.

  • Page 30: Determine Connection Variant

    (seen from the mains) into the house wiring. The SENEC.Home Li can communicate with the certified inverter. They communicate the current PV output. A second power flow direction sensor can be omitted for this reason. All the necessary data is sup- plied to the SENEC.Home Li by power flow direction sensor 1 and the PV inverter(s).

  • Page 31: Connection Via Non-Certified Inverter

    The circuit diagram must be followed exactly. All generators shall be connected between power flow direction sensor 1 and power flow direction sensor 2. Power flow direction sensor 1 and power flow direction sensor 2 then notify the SENEC.Home Li of the generation output, the domestic consumption and the volume of elec- tricity supplied.

  • Page 32: Connection Where The Metering Point Cannot Be Assigned

    Figure 10 Connection variant 3 where the metering point cannot be assigned Meter operator's up-and-down meter All the consumers in the house Power flow direction sensor 1 SENEC.Home Li storage unit Power flow direction sensor 3 Main lines PV installation generation meter (if needed)

  • Page 33: Connection To The House Wiring

    • Make sure that the phases are identical. • The SENEC.Home Li is connected like any consumer. • The short original data cable on the power flow direction sensor(s) may not be removed, but only extended using a Cat.6 STP Snap-In metal modular adapter. The colour of the extension cable used for this must be the same as that of the cable to be extended.

  • Page 34: Preparation Of The Installation Location

    3.2 Installation. Install a 3-pin B type 16 A miniature circuit breaker into the house wiring for the SENEC.Home Li. If you are also installing Econamic Grid, use a 32 A miniature circuit breaker (also B type) instead of the 16 A miniature circuit breaker.
  • Page 35 SENEC.Home Li 7.5 - Fit modules 1, 2 and 3 at the positions illustrated. SENEC.Home Li 10.0 - Fit modules 1, 2, 3 and 4 at the posi- tions illustrated. Figure 13 Positions of the battery modules in the SENEC.Home Li storage unit and fastening to the retaining rails (blue arrow)
  • Page 36 Secure the modules (depending on the number for the SENEC.Home Li configuration) with the screws supplied to the mounting rails at the positions illustrated in figure 14 (two screws with two washers for each module to the top and bottom mounting rails).
  • Page 37 Terminal connector H (-) - length 320 mm Figure 14 Connecting the terminals on the battery modules to the connection rail inside the SENEC.Home Li case Connect the communication links between the MCU and battery module 1. Do this by plugging the CAT 6 cable coming from the RJ45 socket on the MCU and hanging loose next to the connection rail into the UP RJ45 socket on battery module 1 in (figure 15).
  • Page 38 STATUS S <-> M Figure 16 Battery module 1 assigned as the master 10. Now, depending on the configuration of your SENEC.Home Li storage unit, connect the further battery modules with CAT 6 cables (figure 17 and associated table). Configuration Connection between SENEC.Home Li 2.5...
  • Page 39 Figure 17 Connection of the communication connections between the modules 11. Set the S <-> M switch on battery modules 2 to 4, as appropriate, to the S (slave) setting. These battery modules are now subordinate to battery module 1 and are controlled by its electronics and communication to the MCU. POWER STATUS OFF - ON...

  • Page 40: Connection Of The Ac Line

    Connect the prepared AC connecting cable coming from the B 16 A miniature circuit breaker in the house wiring to the appropriate terminals in the SENEC.Home Li. To do this, place the wires in the B16A protected feed terminals, as illustrated in figure 19 (from left to right L1, L2, L3, N, PE). The push-in terminals on the terminal block secure the...

  • Page 41: Connection Of The Pv Inverter

    7.9 Installation of mains backup operation (optional) Danger to life from electric shock! The SENEC.Home Li constitutes an IT system in mains backup operation. Automatic shutdown of the power supply in the event of a fault must be ensured.
  • Page 42 Strip the outer insulation from the 3-core cable. Prepare the cable for the AC connection. Place the wire end ferrules on the individual cores, as necessary. Connect the 3-core cable with the wire end ferrules fitted to the terminals in the SENEC.Home Li in accordance with...

  • Page 43: Commissioning/Configuration

    Fit the protection against accidental contact to the connection rails. Switch on the house wiring. The 3-pin B 16 A miniature circuit breaker for the SENEC.Home Li and the DC isolating switch are switched off. The battery modules are switched on.

  • Page 44: Configuration Wizard

    To complete the installation, the SENEC.Home Li is now configured for the first time with the help of the con- figuration wizard. The device is registered directly with DEV (system registration) and for online monitoring on with the data entered.
  • Page 45 IP address shown in the display on the SENEC.Home Li. The graphical user interface of the SENEC. Home Li opens. This is where you enter the configuration. Enter your login data in the Login window.
  • Page 46 Action step Check the box to accept them and then click on “Next”. Now select the button indicating that the SENEC.Home Li is permanently connected to the Internet and confirm your input by clicking on “Next”. www.mein-senec.de The connection to verified automatically in the bottom line.
  • Page 47 SENEC.Home Li data as a csv file, a moni- toring CSV notification and whether the end customer would like to receive the newsletter.
  • Page 48 The old password remains valid. Enter the information regarding the SENEC. Home Li's location here. Confirm by clicking on “Next”. Please note: You can also enter the GPS co- ordinates in the field here if you have already determined what they are.
  • Page 49 Image Action step Select “No cascading”. In the case of cascading: Add the settings for cascad- ing. Take note of the instructions in Chap- these installation instructions. Example here: System with master system and two subsidiary systems. 10. Confirm your input by clicking on “Next”. 11.
  • Page 50 Image Action step 14. Indicate the max. power of the PV inverter. 15. Indicate if and how the dynamic grid feed limitation is set. 16. Now select the manufacturer, model and num- ber of certified inverters. 17. Enter the certified PV inverter under PV invert- If the non-certified PV inverter is the only PV inverter used, select “Please select ”...
  • Page 51 Image Action step 20. Now configure SENEC.Heat. To do this, select the number of power control units fitted (up to 6 units are possible). 21. Select the priority for excess energy. 22. Enter the Model(s) of the power control unit, depending on the number of power control units fitted.
  • Page 52 ABB B2x. 30. If a ripple control receiver is used: Enter the re- duction specification if it is directly connected to the SENEC storage unit. 31. Set the reactive power according to the elec- tricity supply company's specifications.
  • Page 53 If this is not possible, upload the photo retro- spectively at www.mein-senec.de. The photo is a precondition for a full guarantee. 38. Make a note of the SENEC.IES serial number (may be found on the system case). 39. Check the points listed and check the check- boxes.

  • Page 54: First Charge

    7.10.4 First charge Image Action step Navigate in the main menu of the local moni- toring system to “Setup”-> “Setup” and check that “OK” shows next to “State”. If this is not the case, check your installation. Launch the Start&Test mode by clicking on “Setup”...
  • Page 55 The first charge starts with a duration of 10 minutes. The following values are expected for „ Actual current “: SENEC.Home Li 2.5: 20 - 24 A SENEC.Home Li 5.0: 30 - 36 A SENEC.Home Li 7.5: 40 - 48 A SENEC.Home Li 10.0: 45 - 65 A The discharge test is run at half power.
  • Page 56 5 minutes. The following values are expected for „ Actual current “: SENEC.Home Li 2.5: 20 - 24 A SENEC.Home Li 5.0: 30 - 36 A SENEC.Home Li 7.5: 40 - 48 A SENEC.Home Li 10.0: 45 - 65 A...
  • Page 57 Image Action step Confirm by clicking on “Please confirm”.

  • Page 58: Cascading Multiple Systems

    8 Cascading multiple systems 8.1 Preconditions Up to seven SENEC batteries can run in cascaded operation. The precondition for this is that the battery(ies) is/are at least a system from the SENEC.Home G2.3 series or higher. SENEC.Business batteries can also be cascaded.
  • Page 59 Connect together all the systems you want to cascade via bus 4 using Cat.6 data cables. Bus 4 is labelled on the SENEC.Home Li case as COM 1 or COM 2. Example: One main system and two subsidiary systems are being installed. Lay a cable from the COM 1 communication connection on the main system to the COM 2 communication connection on the first subsidiary system.
  • Page 60 Image Action step 10. Access your subsidiary system by accessing its user interface by means of its IP address. 11. Launch the configuration wizard for the subsid- iary system in the local monitoring system and switch to “Configuration cascading”. 12. Select “Operation as slave”. 13.
  • Page 61 Image Action step 17. Restart the subsidiary system on completion of the configuration. 18. Proceed in the same way to install further subsidiary systems.

  • Page 62: Complete The Installation

    9 Complete the installation Following successful installation and configuration: Ensure all installed cables are enclosed in the SENEC.Home Li. Use cable ties, if necessary, to fasten them in the system. Fit the side panels to the SENEC.Home Li. Complete the identification plate using an indelible pen and affix it to the left-hand side panel of the SENEC.Home...

  • Page 63: Problems Encountered In Installation

    VPN tunnel -> local monitoring cannot be called • Mains draw below 1 kWh, The SENEC.Home Li has a switch-on threshold of 70 W and only reacts although current is avail- once domestic consumption is sufficient able •...

  • Page 64: System Registration

    11 System registration A successful installation of the SENEC.Home Li is documented by the system registration. This is mandatory if all conditions for the guarantee are to be satisfied. The following conditions must be met during registration: • A photo of the fully installed SENEC.Home Li (without side panels) •...

  • Page 65: Registration With The Grid Operator/Electricity Supply Company

    12 Registration with the grid operator/electricity supply company The SENEC.Home Li must be registered with the customer’s electricity supply company following installation. The electricity supply company requires the following documentation: • Manufacturer’s declaration with certificate of conformity, especially conformity with the Low Voltage Directive VDE AR-N 4105 •...

  • Page 66: Operation

    SENEC.Inverter off. The status changes to Switched off. 13.2 IP address in the front display The current IP address of the SENEC.Home Li is shown in the front display. It provides information concerning how the storage unit is connected to the network.

  • Page 67: Shutting Down The Battery Modules If They Are Not To Be Used For Some Time

    13.5 Operation of local monitoring To access the local monitoring or the graphical interface of the SENEC.Home Li, enter the IP address shown on the front display into the address box in your browser. The local monitoring main menu will open.
  • Page 68 (modifications must only be made by the installer).) Information This displays all the technical information re- garding the system. You need the display of the software version and the controller serial num- ber to log into mein-senec.de...

  • Page 69: Online Monitoring Mein-Senec.de

    Unlike the local monitoring via the graphical user interface (GUI), initially it is not possible to change any settings on the SENEC.Home Li. Data is transmitted only from the SENEC.Home Li to the data server, but not back.
  • Page 70 Discharge Normal operating status. First charge First charge after initialisation. Fault: Charging device There is a problem with the SENEC.Inverter. Possible causes: • battery isolating switch switched off • mains connection fault battery modules are not supplying any energy. Causes: •...
  • Page 71 – battery module is charged at a constant approx- imately 500 W until the module is fully charged. No communication with charging Communication between control unit and SENEC.Inverter is faulty (example: faulty cable or lethal hardware fault in the SENEC.In- device verters). No connection to server The system expects a constant connection to the server –...

  • Page 72: Operating Statuses

    Status display Meaning Peak shaving: Wait The SENEC.Home Li is waiting for an output excess exceeding the value of the maximum permitted supply power. Charging will only continue with this excess. Charging will continue with the full excess if the time specified in the configuration wizard is ex- ceeded.

  • Page 73: Maintenance/Servicing

    To update from the SD card, you must first completely switch off the SENEC.Home Li again. • The FTP update can run while the system is in operation. The SENEC.Home Li will have to be connected to the Internet for this.

  • Page 74: Spare Parts/Accessories

    15 Spare parts/accessories A current spare parts list and a list of accessories for all SENEC products may be obtained from www.senec- ies.com/downloads 16 Index of abbreviations Abbreviation Meaning European Agreement Concerning the International Carriage of Dangerous Goods by Road...

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