ENGLISH
ENGLISH
DEUTSCH
ESPAÑOL
FRANÇAIS
Efficiency
SI30-20
SI50-20
Maximum efficiency
98 %
98 %
European weighted efficiency
97.6 %
97.2 %
AC output
Protective Devices
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
Additional Information
Safety
Intended Use
IMPORTANT SAFETY INSTRUCTIONS
Scope of delivery
Additionally Required Materials and Equipment
Product overview
Device function
System overview
Sunny Island X as System Manager - System with Utility Grid
SMA Data Manager M as System Manager - System with Utility Grid
SMA Hybrid Controller as System Manager - System with a Generator
SMA Hybrid Controller as System Manager - System with Utility Grid
SMA Hybrid Controller as System Manager - System with Utility Grid and Generator
SMA Hybrid Controller as System Manager - System with Multiple Generators
Product Description
Symbols on the Inverter
Interfaces and Functions
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
Stand-alone grid function
Module slot
SMA I/O modules
Grid and PV system protection in accordance with VDE-AR-N 4105
Ripple control receiver
SMA Smart Connected
Battery Use by the Inverter
LED Signals
Mounting and Preparing the Connection
Requirements for Mounting
Requirements for the mounting location of the inverter
Permitted and prohibited mounting positions
Dimensions for mounting
Recommended clearances for mounting
Overview of Connecting Plate
Center of gravity
Preparing for mounting and connection
Mounting the Inverter
Electrical Connection
Requirements for the electrical connection
Residual-current monitoring unit (RCMU)
Overvoltage category
Load-break switch and cable protection
Equipotential Bonding
AC cable requirements
Network cable requirements
Battery data cable requirements
Pin assignment of RJ45 plug connector for battery communication via CAN bus
Laying plan for network and battery data cables
Ripple control receiver and external I/O system
DC cable requirements
Overview of the Connection Area
DC connection overview
Electrical connection procedure
Connecting the AC Cable
Connecting the Network Cables
Connecting the battery communication cable for Modbus
Connecting the battery communication cable for CAN
Connecting the DC Cables
Commissioning
Procedure for commissioning as System Manager
Procedure for commissioning as a subordinate device
Switching the Inverter On
Operation
Establishing a connection to the user interface
Connection in the local network
Access addresses for the product in the local network
Ports for data communication in the local network
Establishing a Connection via Ethernet in the local network
Establishing a Connection via WLAN in the Local Network
Direct connection via Wi-Fi
Connection options for Wi-Fi direct connection
Access information for direct Wi-Fi connection
Establishing a direct Wi-Fi connection with the 360° app
Establishing a direct Wi-Fi connection with WPS
Establishing direct Wi-Fi connection with Wi-Fi network search
Design of the User Interface
Access rights to the user interface
Energy management
Predefined energy management profiles
Used energy management profiles
Setting options for peak load shaving
Setting options for the multiuse function
Creating a new energy management profile
Deactivating the energy management
Activating the energy management
Changing an energy management profile
Configuring the battery
Carry out a manual firmware update
Backup file
Function and content of the backup file
Creating a Backup File
Upload backup file
Resetting the product to default setting
Deleting the Admin Account
Digital input
Use of the Digital Input
Set the digital input for a ripple control receiver or remote terminal unit
Enabling grid and PV system protection
Starting the inverter
Stopping the inverter
Disconnecting the Inverter from Voltage Sources
Cleaning
Troubleshooting
Event messages
Event 301
Event 401
Event 404
Event 501
Event 502
Event 503
Event 601
Event 701
Event 1302
Event 3302
Event 3303
Event 3501
Event 3523
Event 3601
Event 3701
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 7001
Event 7702
Event 7703
Event 7727
Event 7728
Event 7801
Event 8003
Event 8104
Event 8708
Event 8709
Event 8710
Event 9002
Event 9003
Event 9007
Event 9101
Event 9102
Event 9107
Event 9206
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
Event 10820
Replacing the Surge Arrester
Cleaning the fans of the inverter
Checking the fans of the inverter
Decommissioning
Disconnect the terminals on the inverter
Disassembling the Inverter
Disposal
Replace the inverter with a replacement device
Technical Data
General Data
DC Input
AC output
Efficiency
Protective Devices
Climatic Conditions
Torques
System Limits
Accessories
EU Declaration of Conformity
UK Declaration of Conformity
Contact
