Type Label

Type Label

Serial number

Slave 1 3002558726
Slave 2 3002558725

Device name SN: 3001203272
Device class Battery Inverter
Device type Sunny Island 4.4M
Software package 1.2.4.R
Serial number 3002558728
MAC address 00:40:AD:A3:19:B9
WLAN-MAC address DC:EF:CA:B6:C1:CF
Communication version 1.1.1.1




Device

Country settings

Language English

Cooling system

Fan test -------

Inverter

Cluster

Type Three-phase
System Single-cluster
Cluster type in multi-cluster -------
Address 1
Serial No. device 1 0
Serial No. device 2 0

Maximum active power 3,300 W
Frequency droop P(f) 0.000 Hz/kW
Voltage droop Q (U) 0.000 V/kVAr
Maximum AC charge current 14.300 A
Currently set active power limit 0 W
Nominal voltage 230 V
Nominal frequency 50 Hz
Functions for grid/offgrid operation Functions for offgrid operation
Nominal voltage and frequency 230V_50Hz
System performance -------
Address Master
AST type SIAST50-48S-12

Operation

Time control

Activated No
Start time Jan 1, 2011 12:00:00 AM
Operating time 0 s
Repeat cycle Once

Operating condition -------
Cluster behaviour when a device fails Further operation
Reset operating data -------
Load parameter -------
Maximum start attempts after error 3

System

Initiate device restart -------

Time settings

Automatic time synchronization No
Standard/Daylight Saving Time conversion on Yes
Current time is daylight savings time No
Time zone (UTC+01:00) Brussels, Copenhagen, Madrid, Paris
NTP server ntp.sunny-portal.com

Multifunction relay

Timer

Start date [A] Jan 1, 2011 12:00:00 AM
Start date [B] Jan 1, 2011 12:00:00 AM
Duration in which the relay is activated for timer [A] 0 s
Duration in which the relay is activated for timer [B] 0 s
Repeat cycle for timer [A] Once
Repeat cycle for timer [B] Once

Control of add. loads

Mindestzeit für die Nutzung überschüssiger Energie 10.00 min
Spannungsunterschied für die Nutzung überschüssiger Energie 0.15 V

Operating mode [A] Automatic generator request
Operating mode [B] 1-stage load shedding
Operating mode slave 1 [A] Off
Operating mode slave 1 [B] Off
Operating mode slave 2 [A] Off
Operating mode slave 2 [B] Off
Temperature limit for battery compartment fan 104.0 °F

Self-consumption

Rise in self-consumption switched on No

Software component

Communication Bootloader

Software version 2.2.1.R

Version of WebUI

Software version 1.3.95.R

Time zone database

Software version 1.1.1.R

Load shedding 1

Additional time range

Start time 00:00:00
End time 00:00:00
Limit of battery state of charge for start 30 %
Limit of battery state of charge for stop 50 %

Limit of battery state of charge for start 30 %
Limit of battery state of charge for stop 50 %

Load shedding 2

Additional time range

End time 00:00:00
Start time 00:00:00
Limit of battery state of charge for start 30 %
Limit of battery state of charge for stop 50 %

Limit of battery state of charge for start 30 %
Limit of battery state of charge for stop 50 %




User Rights

Access Control

Set user password ••••••••
Set installer password ••••••••




DC Side

PV system

Nominal power 500,000 W

System

Type of additional DC sources AC sources and DC charge controllers




AC Side

Inverter

Cluster

Phase assignment device 1 -------
Phase assignment device 2 -------

Phase assignment Phase L1

Measured values

Grid measurements

Set offset of the supplied energy 0 kWh
Set offset of the absorbed energy 0 kWh
Selection of mains exchange capacity measurement method SMA Energy Meter

Operation

Grid creating generator Generator
Grounding type TN grid
Automatic frequency control Off

System

Type of AC distribution Multicluster Box 6

Public electricity mains

Power monitoring

Maximum reverse power 100 W
Maximum reverse power tripping time 10 s

Network request via battery state of charge

Additional time range

Switch-on limit in time range 40 %
Switch-off limit in time range 80 %
End time 00:00:00
Start time 00:00:00

Activated No
Switch-on limit in time range 40 %
Switch-off limit in time range 80 %

Network request via charge type

Charge type Equalization charge

Network request via power

Activated No
Switch-on power 4,000 W
Switch-off power 2,000 W

Manual control -------
Maximum current of the ext. network interface 16.000 A
Feed-back permitted No

Measurements of external power connection

Cut-off time until shutdown 20.00 min

Energy saving mode

Activated No
Time until change-over to energy saving mode 3.00 h
Maximum duration of energy saving mode 11.99 h

External network

Start feed-in 04:00:00
Stop feed-in 22:00:00




Grid Monitoring

Grid monitoring

Country standard

Frequency monitoring

Hysteresis minimum threshold 2.00 Hz
Hysteresis maximum threshold 2.00 Hz
Upper maximum threshold 52.00 Hz
Lower minimum threshold 47.00 Hz

Voltage monitoring

Enable voltage increase protection No
Upper maximum threshold 264.50 V
Lower minimum threshold 184.00 V
Hysteresis minimum threshold 2.00 V
Hysteresis maximum threshold 2.00 V
Voltage increase protection 253.00 V

Waiting time until connection 30 s
Anti-islanding sensitivity Normal
Nominal frequency 50.00 Hz

Country standard Island mode
Set country standard -------




Generator

Operation

Nominal frequency 50.00 Hz
Min. operating time 15.00 min
Min. idle period 15.00 min
Cooling time 5.00 min
Idle period after fault 1.00 h
Warm-up time 5.00 min
Type of current limitation Fixed limit value for current limitation
Sensitivity of generator failure detection Normal

Generator

Frequency monitoring

Lower minimum threshold 44.00 Hz
Upper maximum threshold 55.00 Hz
Hysteresis minimum threshold 2.00 Hz
Hysteresis maximum threshold 2.00 Hz

Operation

Acknowledge fault -------

Voltage monitoring

Lower minimum threshold 172.50 V
Upper maximum threshold 264.50 V
Hysteresis minimum threshold 10.00 V
Hysteresis maximum threshold 10.00 V

Power monitoring

Maximum reverse power 0 W
Maximum reverse power tripping time 30 s

Automatic start On
Manual control Automatic generator start
Nominal current 18.000 A
Request Automatic generator start
Current control mode No

Generator queries state of charge

Additional time range

Switch-on limit in time range 40 %
Switch-off limit in time range 80 %
Start time 00:00:00
End time 00:00:00

Switch-on limit in time range 50 %
Switch-off limit in time range 80 %

Generator request via power

Activated Yes
Switch-off power 800 W
Switch-on power 3,000 W
Average time 1.00 min

Generator request via charge type

Charge type Full and equalization charge

Generator request via digital input

Reaction to digital input Off

Time-controlled generator operation

Activated No
Start time Jan 1, 2011 12:00:00 AM
Operating time 0 s
Repeat cycle daily




Battery

Battery

Operation

Manual equalization charge -------

Kalibrierung

Batteriestromsensor -------

Rated capacity 32,736 Wh
Nominal capacity 682 Ah
Type Valve Regulated Lead Acid battery (VRLA)
Nominal voltage 48 V
Current sensor type (60mV 50mV) -------
Current sensor gain 100 A
Maximum temperature 104.0 °F
Switch-on limit after overtemperature shutdown 95.0 °F
Output resistance DC connection 0 Ohm

Charge

Maximum charging current 416.020 A
Time for boost charge 2.00 h
Time for equalization charge 10.00 h
Time for full charge 5.00 h
Discharge cut-off voltage 35.00 V
Maximum discharge current 900.000 A
Cell charge nominal voltage for boost charge 2.40 V
Cell charge nominal voltage for full charging 2.45 V
Cell charge nominal voltage for equalization charge 2.45 V
Cell charge nominal voltage for float charge 2.25 V
Cycle time full charge 336.00 h
Cycle time equalization charge 4,319.99 h
Temperature compensation 0.004 V/°C
Automatic equalization charge On
Voltage setpoint with deactivated BMS 54.00 V

Battery switch

Max. charge capacity 9,900 W
Max. discharge capacity 9,900 W

Battery charge

Process specification battery charge current -------

Battery discharge

Process specification battery discharge current -------

Areas of application

Lower lmt deep disch. protect area prior shutdown 10 %
Minimum width of deep discharge protection area 5 %
Minimum width of backup power area 0 %
Area width for conserving battery state of charge 5 %
Minimum width of own consumption area 35 %
Most profitable month June profitable
Season operation active Yes

Protection mode

Start time [A] 22:00:00
Start time [B] 17:00:00
End time [A] 06:00:00
End time [B] 09:00:00
Limit of battery state of charge [A] 20.0 %
Limit of battery state of charge [B] 15.0 %
Limit of battery state of charge [C] 10.0 %




System communication

Measured values

Meter on Speedwire

Serial Number 0
Serial numbers for usable meters [A] -------
Serial numbers for usable meters [B] -------
Serial numbers for usable meters [C] -------

Device update

Operating mode Time-controlled
Time of the automatic update 05:00:00

Speedwire

Automatic configuration switched on Yes
IP Address 192.168.0.170
Subnet mask 255.255.255.0
Gateway IP 192.168.0.170
DNS server IP 192.168.0.170

WLAN

Security

SSID
Password ••••••••
Encryption WPA2-AES

Activated Yes
Soft-access-point is turned on Yes
Activate WPS -------
Automatic configuration switched on Yes
IP Address 192.168.0.173
Subnet mask 255.255.255.0
Gateway IP 192.168.0.173
DNS server IP 192.168.0.173
Networks found [A] SMA3002558726
Networks found [B] SMA3002558725
Perform scan -------




External Communication

Modbus

TCP server

Activated No
Port 502

UDP server

Activated No
Port 502

Webconnect

Activated Yes

Multi-cluster

Activation of communication test -------




Device Components

Type Label

Main processor

Software version 1.0.3.R
Serial number 3001193684
SUSyID 358

Communication assembly

Software version 1.2.3.R
Hardware version R2
Revision status 0
Serial number 3001203272
SUSyID 371

Logic component

Software version 0.0.12.R

WLAN component

Software version 1.0.0.R




System and device control

Grid monitoring

Design of the generation plant Symmetric

Inverter

Configuration of static voltage stabilization

Configuration of cosPhi, direct specification

cosPhi specification 1.00
Excitation type of cosPhi Underexcited

Configuration of cosPhi(P) characteristic

Active power at starting point 50 %
cosPhi of start point 1.00
Excitation type at starting point Overexcited
Active power at end point 100 %
cosPhi of end point 0.90
Excitation type at end point Underexcited

Operating mode of static voltage stabilization Off

Configuration of feed-in management

Operating mode Active power Act. power lim. via PV system ctrl

Config. active power reduct. at overfrequency P(f)

Config. of linear instantaneous power gradient

Difference between starting freq. and grid freq. 0.20 Hz
Active power gradient 40 %
Difference between reset frequency and grid freq. 0.20 Hz

Operating mode active power red., overfreq. P(f) Off

Configuration of system control via communication

Source of ref. meas. for reactive/active power reduction MC box
Phased reactive/act. power specification -------

Power gradient for reconnection after grid fault 10 %
Curr. active power grad., reconnection, grid fault On

Grid connection point

Betriebsart Schieflastbegrenzung Off
maximale Schieflast 1,000,000 W
Operating mode of active power limitation Off
Currently set active power limit 500,000 W
Set active power limit 100 %

Areas of application

Upper state of charge for reactivating feed-in 70 %
Lower state of charge for locking feed-in 60 %