ENGLISH
ENGLISH
DEUTSCH
ČEŠTINA
ESPAÑOL
FRANÇAIS
ITALIANO
NEDERLANDS
POLSKI
Battery Interfaces and Functions
Fire Suppression System
Leakage sensor
Door sensor
Interfaces for signals
Ripple control receiver
Fire Suppression System
Table of Contents
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Information on this Document
Validity
Target Group
Content and Structure of this Document
Levels of Warning Messages
Symbols in the Document
Typographies in the document
Designations in the Document
Explanation of Used Terms
Additional Information
Safety
Intended Use
IMPORTANT SAFETY INSTRUCTIONS
Scope of Delivery
Overview of the Scope of Delivery
Scope of Delivery of the Inverter
Scope of Delivery of the Indoor Version of the Battery Cabinet
Scope of Delivery of the Outdoor Version of the Battery Cabinet
Accessory Kit for the Battery Cabinet
Additionally Required Materials and Equipment
Product overview
System Components
Device function
System overview
Sunny Tripower Storage X as System Manager
Sunny Tripower Storage X with SMA Data Manager M
Design of the Inverter
Interfaces and Functions of the Inverter
User Interface
SMA Speedwire
Wi-Fi connection to SMA 360° app and SMA Energy app
Device Key (DEV KEY)
Modbus
Grid Management Services
Integrated Plant Control
Increased self-consumption
Peak load shaving
Multiuse
Module slot
SMA I/O modules
Grid and PV system protection in accordance with VDE-AR-N 4105
Ripple control receiver
Battery Interfaces and Functions
Fire Suppression System
Leakage sensor
Door sensor
Interfaces for signals
Battery Use by the Inverter
LED Signals of the Inverter
Symbols on the Inverter
Design of the Indoor Version of the Battery Cabinet
Design of the Outdoor Version of the Battery Cabinet
Modular Extension of the Battery Cabinet
Battery Cabinet LED Signals
Symbols on the battery cabinet
Information on the Battery Cabinet
Information on the High-Voltage Box
Information on the Battery Module
Transport of the battery cabinet
Mounting and Preparing the Connection
Requirements for Mounting
Product Mechanical Data
Installation Plans for the Indoor Version of the Battery Cabinet
Installation Plans for the Outdoor Version of the Battery Cabinet
Requirements for the mounting location of the inverter
Permitted and Prohibited Inverter Mounting Positions
Inverter Mounting Dimensions
Recommended Inverter Mounting Clearances
Requirements on the Installation Site of the Battery Cabinet
Installation Dimensions for the Indoor Version of the Battery Cabinet
Requirements on the Foundation for the Outdoor Version of the Battery Cabinet
Design of the Foundation for the Outdoor Version of the Battery Cabinet
Inverter Connecting Plate
Inverter Center of Gravity
Mounting Procedure
Mounting the Inverter
Preparing for mounting and connection
Mounting the Inverter
Mounting the Battery
Unpack the battery cabinet
Positioning the Outdoor Version of the Battery Cabinet
Installing a Roof for the Outdoor Version of the Battery Cabinet
Positioning the Indoor Version of the Battery Cabinet
Mounting the Panels of the Outdoor Version
Mounting the DC Distributor
Electrical Connection
Wiring Overview with One Battery Inverter
Connecting the Battery via a DC Distributor
Requirements for the electrical connection
Residual-current monitoring unit (RCMU)
Overvoltage category
Load-break switch and cable protection
Equipotential Bonding
Requirements on the AC cable for the inverter
Requirements on the AC cable for the battery cabinet
Requirements for the Cable Connection with Terminal Lugs
Network cable requirements
Battery data cable requirements
Laying plan for network and battery data cables
Ripple control receiver and external I/O system
DC cable requirements
Electrical Connection Procedure with a Single Battery Cabinet
Electrical Connection Procedure with Multiple Parallel-Connected Battery Cabinets
Connecting the Inverter
Overview of the Connection Area
DC connection overview
Connecting the AC Cable
Connecting the Network Cables
Connecting the battery communication cable for CAN
Connecting the DC Cables
Crimping of Ring Terminal Lug
Connecting the Battery Cabinet
Overview of the Cable Routing with the Indoor Version of the Battery Cabinet
Earthing the battery cabinet
Connection Area of the High-Voltage Box
Connection area of the outdoor battery cabinet
AC Connection
Connecting the AC Cable of the Indoor Version of the Battery Cabinet
Connecting the AC Cable of the Outdoor Version of the Battery Cabinet
Connecting the DC Cables
Safety when Connecting the DC Cables
Overview of the DC Cables on the Outdoor Version
Connecting the DC cables to the inverter or to the DC Combiner Box on the indoor version
Connecting the DC cables to the inverter or to additional battery cabinets of the outdoor version
Communication Connection
Connecting the battery communication system of the indoor version to the inverter
Connecting the battery communication system of the outdoor version to the inverter
Overview of the CAN Communication System
Connecting the CAN communication between the battery cabinets
Connecting the DC Distributor
Connection Area of the DC Distributor
Connecting the DC Distributor
Commissioning
Procedure for commissioning as System Manager
Procedure for commissioning as a subordinate device
Commissioning the Battery
Safety when Commissioning the Battery
Commissioning procedure for a single battery cabinet
Commissioning procedure for multiple battery cabinets
Switching the battery cabinet on
CMV Measurement
Commissioning an Individual Battery Cabinet
Setting options for the parallel operation of multiple battery cabinets
Configuring secondary battery cabinets
Configuring the primary battery cabinet with multiple battery cabinets
Commissioning multiple battery cabinets
Checking the Mounting and Connection Work
Switching the Inverter On
Operation
Control Elements
Use of the user interface powered by ennexOS
Disconnecting from voltage sources
Disconnecting the Inverter from Voltage Sources
Disconnecting the Indoor Version Battery from Voltage Sources
Disconnecting the Outdoor Version Battery from Voltage Sources
Cleaning and Maintenance
Safety Information for Cleaning and Maintenance
Maintenance Interval
Cleaning and Maintenance Materials
Torques
Cleaning and Maintenance Procedure
Checking Electrical Connections
Checking the battery control panel
Performing a visual inspection of the battery and cleaning where necessary
Documenting the System Status
Cleaning the fans of the inverter
Checking the fans of the inverter
Troubleshooting
Displaying Event Messages
Inverter Event Messages
Event 101
Event 102
Event 103
Event 105
Event 202
Event 203
Event 206
Event 301
Event 401
Event 404
Event 501
Event 601
Event 701
Event 1302
Event 3302
Event 3303
Event 3401
Event 3501
Event 3523
Event 3601
Event 3701
Event 3901
Event 3902
Event 6001-6499
Event 6501
Event 6502
Event 6509
Event 6511
Event 6512
Event 6602
Event 6603
Event 6802
Event 6804
Event 6805
Event 7702
Event 7703
Event 7727
Event 7728
Event 7801
Event 8003
Event 8104
Event 9002
Event 9003
Event 9101
Event 9102
Event 9107
Event 9303
Event 9307
Event 9308
Event 9311
Event 9312
Event 9313
Event 9314
Event 9315
Event 9316
Event 9350
Event 9351
Event 9352
Event 9353
Event 9369
Event 9392
Event 9393
Event 9394
Event 9395
Event 10816
Event 10817
Event 10818
Event 10819
Battery Event Messages
Event E001
Event E002
Event E003
Event E004
Event E005
Event E006
Event E007
Event E008
Event E009
Event E010
Event E011
Event E012
Event E013
Event E014
Event E015
Event E016
Event E017
Event E018
Event E019
Event E020
Event E021
Event E022
Event E023
Event E024
Event E025
Event E026
Event E027
Event E028
Event E029
Event E030
Event E031
Event E032
Event E033
Event E034
Event E035
Event E036
Event E037
Event E038
Event E039
Event E040
Event E041
Event E042
Event E043
Event E044
Event E045
Event E046
Event E047
Event E048
Event E049
Event E050
Event E051
Event E052
Event E053
Event E054
Event E055
Event E056
Event E057
Event E058
Event E059
Event E060
Event E061
Event E062
Event E063
Event E064
Event E065
Event E066
Event E067
Event E068
Event E069
Event E070
Event E071
Event E072
Event E073
Event E074
Event E075
Event E076
Event E077
Event E078
Event E079
Event E080
Event E081
Event E082
Event E083
Event E084
Event E085
Event E086
Event E087
Event E088
Event E089
Event E090
Event E091
Event E092
Event E093
Event E094
Event E095
Event E096
Event E097
Event E098
Event E099
Event E100
Event E101
Event E102
Event E103
Event E104
Event E105
Event E106
Event E107
Event E108
Event E109
Event E110
Event E111
Battery end of life
Replacing the Surge Arrester
Decommissioning
Disconnect the terminals on the inverter
Disconnecting the Connections on the Battery
Disassembling the Inverter
Disassembling the Battery
Replace the inverter with a replacement device
Extension of the Battery
Safety when Extending the Battery
Installing an Additional Battery Cabinet
Storage
Specifications for Battery Storage
Climatic Requirements for the Storage Location
Storing the Battery
Requesting Recyclization of a Battery
Procedure in case of fire
Disposal
Disposing of the Inverter
Providers for the disposal of batteries
Specifications for Battery Disposal
Reporting damaged battery
Disposing of the Battery
Technical Data
Technical Data for Inverter
General Data
DC Input
AC Output
Efficiency
Protective Devices
Climatic Conditions
Torques
System Limits
Technical Data for Battery
General Data for Battery
DC Connection
Commissioning deadlines
Efficiency
Climatic Conditions
Battery extendability
Accessories
EU Declaration of Conformity
Contact
