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Fronius Datamanager (Galvo / Symo)

Fronius Fronius Datamanager (Galvo / Symo) Operating Instruction [EN]

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Fronius Datamanager Galvo - Symo - Primo - Eco
Operating Instructions
System monitoring
EN-US
42,0426,0173,EA 007-18022019
2
General Information 5
General ...................................................................................................................................................... 7
General ................................................................................................................................................. 7
Available Versions of Fronius Datamanager......................................................................................... 7
Applicable DATCOM Components ....................................................................................................... 7
Prerequisites for Operation ................................................................................................................... 7
Notes regarding Radio Certification ...................................................................................................... 8
Scope of Supply.................................................................................................................................... 9
Configuration Examples........................................................................................................................ 9
Calculating the data volume....................................................................................................................... 11
General ................................................................................................................................................. 11
Firmware versions for calculating the data volume............................................................................... 11
Calculating Data Volumes..................................................................................................................... 11
Calculation examples............................................................................................................................ 12
General information for the network administrator..................................................................................... 14
Requirements........................................................................................................................................ 14
General Firewall Settings...................................................................................................................... 14
Sending service messages via a DSL Internet connection................................................................... 15
Using Fronius Solar.web and sending service messages .................................................................... 15
Controls, connections and indicators ......................................................................................................... 16
Safety.................................................................................................................................................... 16
Controls, Connections, and Indicators .................................................................................................. 16
Schematic Connection of I/Os .............................................................................................................. 18
EN-US
Installing Fronius Datamanager 19
Inserting Fronius Datamanager into an inverter......................................................................................... 21
General ................................................................................................................................................. 21
Safety.................................................................................................................................................... 21
Installing Fronius Datamanager in Fronius Solar Net ................................................................................ 22
Installing Inverters with Fronius Datamanager in Fronius Solar Net..................................................... 22
Cabling....................................................................................................................................................... 23
Fronius Solar Net clients....................................................................................................................... 23
Fronius Solar Net Client Cabling........................................................................................................... 23
Requirements for the Solar Net Data Cables........................................................................................ 23
Preassembled data cables.................................................................................................................... 24
Installing Fronius Datamanager – Overview .............................................................................................. 25
Safety.........................................................
Starting Up for the First Time................................................................................................................ 25
Connect to Fronius Datamanager 27
Connecting to Fronius Datamanager via a Web Browser.......................................................................... 29
General ................................................................................................................................................. 29
Requirements........................................................................................................................................ 29
Establishing a Connection to Fronius Datamanager via a Web Browser ............................................. 29
Connecting to Fronius Datamanager via the Internet and Fronius Solar.web ........................................... 30
General ................................................................................................................................................. 30
Function overview ................................................................................................................................. 30
Requirements ....................................................................................................................................... 30
Accessing data from Fronius Datamanager via the Internet and Fronius Solar.web............................ 30
........................................................................................... 25
Current Data, Services, and Settings on Fronius Datamanager 31
The Fronius Datamanager Website ........................................................................................................... 33
Fronius Datamanager Website – Overview .......................................................................................... 33
The Settings Menu................................................................................................................................ 33
Other setting options............................................................................................................................. 34
3
Current Data in Fronius Datamanager....................................................................................................... 35
Current Comparison View..................................................................................................................... 35
System Overview .................................................................................................................................. 36
Inverter/Sensors View........................................................................................................................... 36
Services – System Information .................................................................................................................. 38
System Information ............................................................................................................................... 38
Services – Network Diagnostics ................................................................................................................ 39
Network Diagnostics ............................................................................................................................. 39
Services – Firmware Update...................................................................................................................... 40
General ................................................................................................................................................. 40
Automatic Update Search ..................................................................................................................... 40
Manual Update Search ......................................................................................................................... 41
Firmware update via web...................................................................................................................... 41
Firmware Update via LAN..................................................................................................................... 42
Services – Opening Wizards...................................................................................................................... 44
Opening Wizards .................................................................................................................................. 44
Settings – General ..................................................................................................................................... 45
General ................................................................................................................................................. 45
Settings – Passwords ................................................................................................................................ 46
General ................................................................................................................................................. 46
Passwords ............................................................................................................................................ 46
Settings – Inverter...................................................................................................................................... 48
Views – Inverter .................................................................................................................................... 48
Settings – Fronius Sensor Cards ............................................................................................................... 49
Sensor Cards ........................................................................................................................................ 49
Settings – Fronius Solar.web ..................................................................................................................... 50
Solar.web .............................................................................................................................................. 50
Calculating memory capacity ..................................................................................................................... 52
Memory capacity................................................................................................................................... 52
Calculating memory capacity ................................................................................................................ 52
Calculation example.............................................................................................................................. 52
Settings – Service Messages..................................................................................................................... 54
General ................................................................................................................................................. 54
Service Messages................................................................................................................................. 54
Settings – Network..................................................................................................................................... 56
General ................................................................................................................................................. 56
Network................................................................................................................................................. 56
Settings – Energy Manager ....................................................................................................................... 60
General ................................................................................................................................................. 60
Load Management ................................................................................................................................ 60
Settings – Push Service............................................................................................................................. 62
Push Service......................................................................................................................................... 62
Further Information about the Push Service Function .......................................................................... 63
Modbus Settings ........................................................................................................................................ 64
General ................................................................................................................................................. 64
Additional Information on the Modbus Function.................................................................................... 64
Data Output via Modbus ....................................................................................................................... 64
Limit Control.......................................................................................................................................... 65
Save or Reject Changes ....................................................................................................................... 66
Settings – Counter ..................................................................................................................................... 67
General ................................................................................................................................................. 67
Counter ................................................................................................................................................. 67
S0 Inverter ............................................................................................................................................ 67
Settings – DNO Editor ............................................................................................................................... 70
General ................................................................................................................................................. 70
UC Editor – IO Control .......................................................................................................................... 70
Connection Example............................................................................................................................. 71
UC Editor – Dynamic Power Reduction ................................................................................................ 72
UC Editor – Control Priorities................................................................................................................ 73
Appendix 75
Technical Data ........................................................................................................................................... 77
Technical Data ...................................................................................................................................... 77
4
General Information
General
General Fronius Datamanager is a network-compatible datalogger which combines the functional-
ity of the Fronius Com Card and Fronius Datalogger Web on a plug-in card. The Fronius Datamanager web interface provides a quick overview of the photovoltaic sys­tem. The web interface can be accessed via a direct connection from the Intranet or, if properly configured, via the Internet. Fronius Datamanager is equipped with an easy-to-configure system monitoring feature with an automatic alarm. The alarm can be signaled via SMS, e-mail, or fax.
When connected to Fronius Solar.access, real-time photovoltaic system data as well as ar­chived data can be saved to a PC and analyzed. You can also make settings to all devices in Fronius Solar Net.
When connected to Fronius Solar.web, the real-time and archived data of a photovoltaic system can be easily accessed via the Internet or the Fronius Solar.web App. No difficult configuration is required. Data is sent automatically from Fronius Datamanager to Fronius Solar.web.
EN-US
Available Ver­sions of Fronius Datamanager
Applicable DAT­COM Compo­nents
The following versions of Fronius Datamanager are available for the Fronius Galvo, Fronius Symo, Fronius Primo, and Fronius Eco inverters:
- Without Fronius Com Card function
- Without Fronius Com Card function and with WLAN
Provided that the inverter is not fitted as standard with Fronius Datamanager, existing in­verters can be upgraded with Fronius Datamanager.
The Fronius Datamanager plug-in card installed in the inverter can be operated with the following DATCOM components:
- up to 100 x Fronius inverters (incl. the inverter in which the Fronius Datamanager is installed)
- up to 10 x Fronius Sensor Card or Fronius Sensor Box
- up to 10 x Fronius Public Display Card or Fronius Public Display Box
- up to 1 x Fronius Interface Card or Fronius Interface Box
- up to 200 x Fronius String Control
Prerequisites for Operation
In order to ensure flawless data exchange online, it is essential to use an appropriate in­ternet connection:
- For cabled internet solutions, Fronius recommends a download speed of at least 512 kbit/s and an upload speed of at least 256 kbit/s.
- For solutions with mobile internet services, Fronius recommends a minimum transmis­sion standard of 3G with reliable signal strength.
7
These specifications do not provide an absolute guarantee of flawless operation. High error rates in the transmission, fluctuating receptions or misfires can have an adverse effect on Fronius Datamanager's online operation. Fronius recommends on-site testing to ensure that the connections meet the minimum re­quirements.
Since Fronius Datamanager acts as a data logger, no other data logger may be present in the Fronius Solar Net ring. Only have one Fronius Datamanager for each Fronius Solar Net ring.
The following DATCOM components may not be operated together with the Fronius Data­manager in a Fronius Solar Net ring:
- Fronius Power Control Card/Box
- Fronius Modbus Card
- Fronius Datalogger Web
- Fronius Personal Display DL Box
- Fronius Datalogger easy/pro
- Fronius Datamanager 2.0
- Fronius Datamanager Box 2.0
To use Fronius Datamanager, the plug-in card must be installed in one inverter. The Fronius Datamanager plug-in card and the Fronius Com Card must not be used to­gether in one inverter.
Notes regarding Radio Certifica­tion
Fronius Datamanager plug-in cards with WLAN are equipped with a wireless module.
Wireless modules in the USA require FCC certification:
FCC
This device conforms to the limits for a Class B digital device, pursuant to Part 15 of the FCC regulations. These limits are designed to provide reason­able protection against harmful interference in a residential installation. This device generates and uses high frequency energy and, if not used in accor­dance with the instructions, may interfere with radio communications. How­ever, there is no guarantee that interference will not occur in a particular installation. If this device does cause harmful interference to radio or television recep­tion, which can be determined by turning the device off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
- Reorient or relocate the receiving antenna.
- Increase the distance between the device and the receiver.
- Connect the device to a different circuit than the receiver.
- Consult the dealer or an experienced radio/TV technician for help.
FCC ID: PV7-WIBEAR11N-DF1
Industry Canada RSS
This device complies with Industry Canada license-exempt RSS standards. Operation is subject to the following two conditions: (1) this device is not permitted to cause harmful interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device.
IC ID: 7738A-WB11NDF1
8
Unless otherwise expressly permitted by the manufacturer, changes or modifications to the wireless module are not allowed and lead to a loss of the right of use of the device by the user.
Scope of Supply Basic equipment:
- 1 x Fronius Datamanager plug-in card
- 1 x Ethernet cable 5 m, blue
- 2 x Terminating plugs
- 1 x 12-pin plug
In addition for Fronius Datamanager with WLAN:
- 1 x WLAN antenna
EN-US
Configuration Ex­amples
Linking inverters with 'Fronius Datamanager' to a PC:
(1) Inverter
(1)
(2) Fronius Datamanager
+
(3) Terminating plug (2x) (4) PC/laptop
(4)
IN
(3)
(2)
LAN / WLAN
OUT
When linking an inverter with 'Fronius Datamanager' to a PC, a terminating plug must be inserted into both of the Fronius Solar Net IN and Fronius Solar Net OUT connection sock­ets of the inverter.
Linking inverters (Fronius Galvo, Fronius Symo, Fronius Primo, and Fronius Eco) with 'Fronius Datamanager' to additional inverters (Fronius IG Plus V), a 'Fronius Sensor Box' and a PC:
9
(1)
(4) (7)
(6)
OUT
IN
(2)
IN
OUT
LAN / WLAN
(3)
(1) Inverter
(e.g: Fronius Galvo, Fronius Sy­mo, Fronius Primo, or Fronius Eco) +
(2) Fronius Datamanager
(4)
IN
OUT
(5)
(6) Fronius Sensor Box (7) Inverter
(e.g., Fronius IG Plus V)
+ (8) Fronius Com Card (9) Terminating plug
OUT
IN
(8)
(9)
(3) PC/laptop (4) Inverter
(e.g., Fronius IG Plus V) +
(5) Fronius Com Card
When networking several DATCOM components in conjunction with an inverter with 'Fro­nius Datamanager': Using the data cable, connect, for example, the Fronius Solar Net IN connection socket of the inverter and the OUT connection socket of the next DATCOM component. A terminat­ing plug must be inserted into empty Fronius Solar Net connection sockets of the last DAT­COM component.
10
Calculating the data volume
General When operating the Fronius Datamanager, data is generated and needs to be transmitted
online. In order to select a suitable internet connection it is necessary to calculate the data volume.
The following data volume calculation provides an overview of the amount of data gener­ated when operating Fronius Datamanager.
EN-US
Firmware ver­sions for calculat­ing the data volume
Calculating Data Volumes
The data volume calculation is based on Fronius Datamanager Firmware versions V 2.3.x­x and lower.
Higher firmware versions can cause a higher data volume due to their increased functional range.
The data volume calculation depends on which Fronius Datamanager functions are acti­vated.
Function Data volume
Make real-time data avail­able in Fronius Solar.web
View real-time data in Fronius Solar.web
Send archived data/log­ging data to Fronius Solar.web
Send service messages or errors
1)
2)
3)
Only after a restart or if the internet connection has been disconnected Calculation of memory sectors per day according to Chapter "Calculating Memory
Capacity" on page 52 Depending on the quality of the internet connection
1)
Once
Current Total View per sensor card/sensor box
Current Comparison View per inverter
Home 0 KB/h
System Comparison View 0 KB/h
(Memory sectors per day 2) x 4 KB) + 8 KB
Transmission time
For daily sending per service message or error
For immediate sending per service message or error 1 KB
3)
150 bytes
32 KB/h
42 KB/h
+ 300 KB/h
13 KB/h
+ 4 KB/h
600 bytes/min
1 KB/day
+ 300 bytes
IMPORTANT: Since the values listed in the table are "rough data" for Fronius Dataman­ager and the provider's bill may show discrepancies as a result of the various ways of cal­culating the transfer volume, the total values should be increased by 10–20%.
If the functions have been deactivated, no data volume is generated.
A certain data volume is also required to update the Fronius Datamanager firmware. This data volume depends on the size of the relevant update package and cannot therefore be taken into account for any advance calculation of the data volume.
11
IMPORTANT: Fronius recommends a flat rate in order to avoid unforeseeable data vol­umes.
Calculation exam­ples
Example 1 - Home System
1 inverter; No Fronius Sensor Card/Box; Fronius Datamanager has a 24-hour internet connection;
Archived data is sent to Fronius So­lar.web; 30 minutes transfer time; inverters operate 14 h/day; 15 minutes storage interval; (This results in 1 memory sector per day in accordance with the section "Calculating memory capacity")
Real-time data is viewed over a 15-minute period every day
1 service message sent each day to con­firm average error rate
Subtotal without safety 0.15 KB
+ (1 memory sector/day x 4 KB) + 8 KB = 12
+ 1 service message x 1 KB = 1 KB
+ 32 KB/h x 24 h = 768 KB
+ 0.6 KB/min x 30 min = 18 KB
+ 42 KB/h x 0.25 h = 10.5 KB
+ 0.15 KB
KB
768.00 KB
18.00 KB
12.00 KB
10.50 KB
1.00 KB
809.65 KB
A 10% safety factor is added to the calcu­lation
Final result 890.615 KB/day
Example 2 - Large System
100 inverters; 10 sensor cards/sensor boxes; Fronius Datamanager has a 24-hour internet connection;
Archived data is sent to Fronius So­lar.web; 120 minutes transfer time; inverters operate 14 h/day; 5 minutes storage interval; (This results in 173 memory sectors per day in accordance with the section "Calcu­lating memory capacity")
+ (173 memory sectors/day x 4 KB)
+ 32 KB/h x 24 h = 768 KB
+ 0.6 KB/min x 120 min = 72 KB
809.65 KB + 10%
+ 0.15 KB
+ 8 KB
= 700 KB
12
The current Total View and the current Comparison View are viewed over a two­hour period every day
+ 42 KB/h x 2 h
+ 300 KB/h x 10 x 2 h
+ (13 KB/h + 100 x 4 KB/h) x 2 h
= 6910 KB
EN-US
50 service messages sent each day to confirm average error rate
Subtotal without safety 0.15 KB
A 10% safety factor is added to the calcu­lation
Final result 9,350.165 KB/day
+ 50 service messages x 1 KB = 50 KB
768.00 KB
72.00 KB
700.00 KB
6910.00 KB
50.00 KB
8,500.15 KB
8,500.15 KB + 10%
(approx. 9.35 MB/day)
13
General information for the network administrator
Requirements Configuring a network for 'Fronius Datamanager' requires knowledge of network technol-
ogy.
If 'Fronius Datamanager' is being integrated into an existing network, the 'Fronius Datama­nager' address must be adapted to the network.
Example: Network address range = 192.168.1.x, subnet mask = 255.255.255.0
- An IP address between 192.168.1.1 and 192.168.1.254 must be assigned to 'Fronius Datamanager'.
- The IP address selected may not be already assigned in the network.
- The subnet mask must correspond to the existing network (e.g., 255.255.255.0).
If 'Fronius Datamanager' will be sending service messages and/or data to 'Fronius So­lar.web', then a gateway address and a DNS server address must also be entered. 'Fronius Datamanager' uses the gateway address to access the Internet. The IP address of the DSL router can be used as a gateway address, for example.
IMPORTANT!
- 'Fronius Datamanager' may not have the same IP address as the PC/laptop!
- 'Fronius Datamanager' cannot connect to the internet by itself. A router must be used for a DSL connection to the internet.
General Firewall Settings
If you are using the WLAN network connection, the 'Fronius Datamanager' must be equipped with a WLAN function and a WLAN antenna suitable for the inverter.
DSL routers mostly enable you to send data to the internet and, therefore, do not normally have to be configured.
If existing firewall rules block the connection to the Fronius system monitoring, the follow­ing firewall rules must be added:
49049/UDP
output
Sending service messages x -
Connecting to Datamanager via Fronius Solar.web x -
Connecting to Datamanager via Fronius Solar.access or Fronius Solar.Service
Accessing the Datamanager website - x
Configure the firewall so that the IP address of Fronius system monitoring can send data to port 49049/UDP from “fdmp.solarweb.com”.
*) We recommend only allowing access to the web interface of the Fronius system moni­toring from a secure network. If access via the internet is absolutely necessary (e.g. for ser­vice purposes during a limited time period), configure the network router so that requests for any external port are redirected to port 80/TCP. Caution - this will make the inverter visible on the internet and more likely to be subject to network attacks.
-x
80/TCP *)
input
14
Sending service messages via a DSL Internet con­nection
Normally, no additional router configuration is required for a regular DSL Internet connec­tion for accessing 'Fronius Solar.web' and/or sending service messages, because connec­tions from the LAN to the Internet are open.
EN-US
Using Fronius So­lar.web and send­ing service messages
However, an internet connection is required to use Fronius Solar.web and send service messages.
Fronius Datamanager cannot connect to the Internet spontaneously. A router must be used for a DSL connection to the Internet.
15
Controls, connections and indicators
Safety
Controls, Con­nections, and In­dicators
WARNING!
Operating the device incorrectly can cause serious injury and damage.
Do not use the functions described until you ► have completely read and understood these Operating Instructions, ► have completely read and understood all system component Operating Instructions,
especially the safety rules.
(1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
16
No. Function
(1) Supply LED
- Lights up green: Sufficient power is coming from 'Fronius Solar Net'; 'Fro­nius Datamanager' is operational
- Does not light up: No power or not enough power is coming from 'Fronius Solar Net'; an external power supply is required
- Flashes red: During an update process
IMPORTANT! Do not interrupt the power supply during an update process.
- Lights up red: Update process failed
(2) Connection LED
- Lights up green: There is an active connection within 'Fronius Solar Net'
- Lights up red: There is an interrupted connection within 'Fronius Solar Net'
(3) IP Switch
For changing the IP address:
A Default IP address "169.254.0.180"
'Fronius Datamanager' uses the fixed IP address 169.254.0.180; the fixed IP address is used to establish a direct connection to a PC via LAN without having to configure the PC first
B Assigned IP address
'Fronius Datamanager' operates using an assigned IP address (factory setting 192.168.1.180); The IP address can be set on the 'Fronius Datamanager' web interface.
(4) WLAN LED
- Flashes green: Fronius Datamanager is in service mode (IP switch on the Fronius Datamanager plug-in card is in position A)
- Lights up green: There is an existing network connection
- Lights up red: There is no existing network connection
- Does not light up: Plug-in card without WLAN
(5) Solar Web LED connection
- Lights up green: There is an existing connection to 'Fronius Solar.web’
- Lights up red: There is no connection to 'Fronius Solar.web', but one is re­quired
- Does not light up: No connection to 'Fronius Solar.web' is required
(6) LAN Connection
Blue Ethernet interface, used to connect the Ethernet cable
(7) I/Os
Digital inputs and outputs
EN-US
Digital inputs: I/O 0 – I/O 3, I 4 – I 9
voltage level: low = min. 0 V – max. 1.8 V; high = min. 3 V – max. 30 V input currents: dependent on input voltage; input resistance = 46 kOhm
Digital outputs: I/O 0 – I/O 3 Switching capacity when supplied by the Datamanager plug-in card: 3.2 W,
10.7 V in total for all 4 digital outputs
Switching capacity when supplied by an external power supply with min. 10.7 – max. 24 V DC, connected to Uint/Uext and GND: 1 A, 10.7 - 24 V DC (depend­ing on the external power supply) per digital output
The connection to the I/Os is made via the supplied mating connector.
(8) WLAN Antenna Socket with WLAN antenna
(only for versions with WLAN) for connecting the WLAN antenna
17
Schematic Con­nection of I/Os
10,7 V DC
(2)
300 mA
Uint / Uext
GND
I/O 0
(4)
(3)
+ -
10,7 - 24 V DC
I/O 1
I/O 2
(1)
I/O 3
I 4
I 5
I 6
230 V AC
I 7
I 8
I 9
Solar Net IN
Supply via Datamanager plug-in card:
(1) Power supply (2) Current limit
Supply via external power supply:
(3) External power supply (4) Load
When the supply is via an external power supply, the external power supply must be galvanically isolated.
18
Installing Fronius Datamanager
Inserting Fronius Datamanager into an inverter
General Provided the Fronius Datamanager plug-in card is not fitted as standard in the inverter, the
plug-in card must be inserted into the inverter in accordance with the operating or installa­tion instructions of the inverter in question. Please note the safety and warning information in your inverter's operating instructions.
IMPORTANT! Before inserting the Fronius Datamanager plug-in card, remove any exist­ing Fronius Power Control Card, or Fronius Modbus Card!
EN-US
Safety
WARNING!
Danger from grid voltage and DC voltage from solar modules.
An electric shock can be fatal. ► The connection area should only be opened by an authorized electrician. ► The separate power stage set area should only be disconnected from the connection
area after first being disconnected from the grid power.
► The separate power stage set area should only be opened by Fronius-trained service
personnel.
► Before making any connections, make sure that the AC and DC sides in front of the
inverter are not charged, e.g.: ► Switch off the AC automatic circuit breaker for the inverter ► Cover solar modules ► Please observe the 5 safety rules.
WARNING!
Danger of residual voltage from capacitors.
An electric shock can be fatal. ► Wait until the capacitors have discharged.
Follow general ESD guidelines when handling plug-in cards.
21
Installing Fronius Datamanager in Fronius Solar Net
Installing Invert­ers with Fronius Datamanager in Fronius Solar Net
CAUTION!
DATCOM components and/or the PC/laptop may be seriously damaged if the Ether­net or Solar Net cables are connected incorrectly to the Fronius Datamanager.
► The Ethernet cable should only be inserted into the LAN connection socket (colored
blue). ► The Solar Net cable should only be inserted into the inverter Solar Net IN or Solar Net
OUT connection sockets.
IN
6
3
DATCOM
**
****
1
IN OUT
4
5
2
* Terminating plug, if only one inverter with Fronius Datamanager is linked to a PC
or if there is no further Solar Net subscriber on the Solar Net connection socket.
** Solar Net Cable, if an inverter with Fronius Datamanager is linked to a PC and oth-
er DATCOM components
Insert and lay the Ethernet cable in the inverter like a data communication cable in ac-
1
cordance with the operating instructions for the inverter.
Insert the Ethernet cable into the LAN connection socket.
2
Insert the Ethernet cable into the PC/laptop or into a suitable network connection sock-
3
et.
If only one inverter with Fronius Datamanager is being linked to a PC:
4
Insert a terminating plug into the Solar Net IN connection socket and the Solar Net OUT connection socket
If other DATCOM components are connected to the network, besides the inverter with Fronius Datamanager: Insert the Solar Net cable into the Solar Net IN connection socket and the Solar Net OUT connection socket.
22
Connect the other DATCOM components.
5
IMPORTANT! A terminating plug must be inserted into every empty Solar Net connec­tion socket of the last DATACOM component.
Cabling
EN-US
Fronius Solar Net clients
Fronius Solar Net Client Cabling
Requirements for the Solar Net Data Cables
Inverters with Fronius Datamanager, Fronius Hybridmanager or Fronius Com Card, DAT­COM components with external housing or other DATCOM components will hereinafter be referred to as Fronius Solar Net clients.
The data connection for the Fronius Solar Net client is a 1:1 connection using 8-pin data cables and RJ-45 plugs. The overall line length in a Fronius Solar Net ring must not exceed 1000 m.
Shielded CAT5 (new) and CAT5e (old) cables compliant with ISO 11801 and EN 50173 must be used for the Fronius Solar Net client cabling. Other cables are not permitted.
IMPORTANT! Do not use ISO/IEC-11801 U/UTP cables!
Permitted cables:
- S/STP
- F/STP
- S/FTP
The shield must be crimped onto a CAT5-compatible shielded plug.
- F/FTP
- SF/FTP
- S/UTP
- F/UTP
- U/FTP
- U/STP
Due to the fact that the wires in Ethernet cables are twisted, you must make sure the twist­ed pairs of wires are assigned correctly for cabling in accordance with TIA/EIA-568B:
Fronius Solar Net contact Pair no. Color
1 +12 V 3 white/orange line
2 GND 3
3 TX+ IN, RX+ OUT 2 white/green line
4 RX+ IN, TX+ OUT 1
5 RX- IN, TX- OUT 1 white/blue line
6 TX- IN, RX- OUT 2
7 GND 4 white/brown line
8 +12 V 4
Cabling compliant with TIA/EIA-568B
orange/white line or orange
blue/white line or blue
green/white line or green
brown/white line or brown
- Make sure that the wires are assigned correctly.
- When setting up an independent ground connection (e.g., in patch panels), make sure
that the shield is grounded on one side of the cable only.
23
The following structured cabling standards must generally be observed:
- EN 50173-1 for Europe
- ISO/IEC 11801:2002 internationally
- TIA/EIA 568 for North America
Rules for use of copper cables apply.
Preassembled data cables
The following preassembled data cables are available from Fronius:
- CAT5 cable 1 m ... 43,0004,2435
- CAT5 cable 20 m ... 43,0004,2434
- CAT5 cable 60 m ... 43,0004,2436
The cables listed above are 8-pin, 1:1 LAN network cables, shielded and twisted, including RJ 45 plugs.
IMPORTANT! Data cables are not UV resistant. They should be protected from sunlight when laid outdoors.
24
Installing Fronius Datamanager – Overview
EN-US
Safety
Starting Up for the First Time
WARNING!
Operating the device incorrectly can cause serious injury and damage.
Do not use the functions described until you ► have completely read and understood these Operating Instructions, ► have completely read and understood all system component Operating Instructions,
especially the safety rules.
Installing 'Fronius Datamanager' requires knowledge of network technology.
Insert Fronius Datamanager into the inverter
1
See section "Inserting Fronius Datamanager into an inverter"
Insert blue Ethernet cable into Fronius Datamanager (LAN connection socket)
2
Insert terminating plug into Fronius Datamanager (Solar Net IN connection socket)
3
Insert blue Ethernet cable into the PC/laptop
4
See section "Installing Fronius Datamanager in Fronius Solar Net"
Turn off WLAN on PC/laptop (to avoid network conflicts)
5
Adjust network settings for Fronius Datamanager on PC/laptop:
6
"Obtain an IP address automatically (DHCP)" must be activated
Switch IP switch on Fronius Datamanager to position - A -
7
Close the inverter and switch it on
8
After about 1 minute, open the browser on the PC/laptop and enter the following ad-
9
dress (web server works with Internet Explorer 9 or higher, Chrome or Firefox): http://169.254.0.180
The start page of the Commissioning Wizard appears.
25
The Technician Wizard is designed for the installer and includes standard-specific settings. If the Technician Wizard is run, it is essential to note down the assigned service password. This service password is required to configure the UC Editor and Counter menu items. If the Technician Wizard is not run, no specifications for power reduction are set.
The Solar Web Wizard must be run.
If necessary, run the Technician Wizard and follow the instructions
6
Run the Solar Web Wizard and follow the instructions
7
The Fronius Solar.web start page appears or The Fronius Datamanager website opens.
IMPORTANT: To establish a connection to Fronius Datamanager, the end device in ques­tion (e.g., laptop, tablet) must be configured as follows:
- "Obtain an IP address automatically (DHCP)" must be activated
26
Connect to Fronius Datamanager
Connecting to Fronius Datamanager via a Web Browser
General The connection to Fronius Datamanager via an internet browser is suitable for accessing
current values with several PC users in a LAN (e.g., company networks, schools, etc.).
For example, total and daily yields can be accessed and/or inverter comparisons can be made on the Fronius Datamanager website.
Requirements - At least a LAN or WLAN connection
- Web browser (e.g., Microsoft Internet Explorer IE ≥ 9.0, Firefox 4, Google Chrome
27.0)
- PC/laptop in the same network segment as Fronius Datamanager
EN-US
Establishing a Connection to Fronius Dataman­ager via a Web Browser
Open the web browser
1
Enter the IP address or the host name and the domain name for Fronius Datamanager
2
in the address field
The Fronius Datamanager web page appears.
29
Connecting to Fronius Datamanager via the Internet and Fronius Solar.web
General By connecting to Fronius Datamanager via the Internet and Fronius Solar.web, you can ac-
cess archived data and real-time photovoltaic system data online from anywhere in the world. You can also provide other users with guest access so that they can view your photovoltaic system, or you can make a comparison of several systems.
Function over­view
Requirements - Internet access
Accessing data from Fronius Datamanager via the Internet and Fronius So­lar.web
Fronius Datamanager is connected to the Internet (e.g. via a DSL router). Fronius Data­manager regularly logs on to Fronius Solar.web and sends its saved data every day. Fronius Solar.web can actively contact Fronius Datamanager, e.g. to display real-time da­ta.
- Web browser
IMPORTANT! Fronius Datamanager cannot connect itself to the Internet. A router must be used for a DSL connection to the Internet.
- Registration of photovoltaic system with Fronius Solar.web.
- In order to access real-time data in Fronius Solar.web, the "Yes" option must be acti-
vated under "Send real-time data to Solar.web" in Fronius Datamanager.
- In order to access archived data in Fronius Solar.web, the "Daily" or "Hourly" option
must be activated under "Send archived data to Solar.web" in Fronius Datamanager.
To access real-time and archived data from Fronius Datamanager using Fronius So­lar.web:
Start Fronius Solar.web: http://www.solarweb.com
1
For more information about Fronius Solar.web, see the online help.
30
Current Data, Services, and Settings
on Fronius Datamanager
The Fronius Datamanager Website
EN-US
Fronius Dataman­ager Website – Overview
The following data is displayed on the Fronius Datamanager website:
(1) Current comparison view of all inverters in the Fronius Solar Net ring
(2) System overview: Current/Day/Year/Total
(3) Inverter
(4) Sensors
(5) Services
System information, Network diagnostics, Firmware update
(6) The Settings Menu
(7) Other Setting Options
(7)
(2)
(1)
(5)
(6)
The Settings Menu
(3)
(4)
After clicking on "Settings," the Settings menu is opened on the Fronius Datamanager web page. Fronius Datamanager is configured in the Settings menu.
33
*
**
**
Menu items in Settings menu
General Adjustment and Viewing of Menu Items
Connect to Fronius Datamanager
1
Click on "Settings"
2
Click on the desired menu item
3
The desired menu item is opened.
View menu item or edit accordingly.
4
If there is one, click on the relevant button (e.g, Save, Syn-
5
chronize)
The amended data is accepted.
* Selected menu item ** The Counter and UC Editor menu items are protected
by the service password.
Other setting op­tions
Other settings options are shown in the top right corner of the Fronius Datamanager web interface:
Display notifications
System information: Datalogger ID, software version, hardware version, Solar Net connection, So­lar.web connection
Help: Fronius Datamanager operating instructions, available in both English and Ger­man
Language: For setting the language (English or German)
The Fronius Datamanager web interface will appear in the language set in the browser or in the last language selected.
Expand contents: The Real-time Data/Settings menu is hidden
34
Current Data in Fronius Datamanager
Current Compari­son View
EN-US
Several inverters in the same photovoltaic system can be compared in the current Com­parison View.
The real-time inverter AC power is displayed as a percentage of the power from the solar module connected to the respective inverter (shown in a bar diagram). A bar is displayed for each inverter. The bar color indicates the power range of the inverter:
Blue: the inverter power corresponds to the average power of all inverters.
Yellow: the inverter power deviates slightly from the average power of all inverters
(50–90% from the average).
Red: the inverter power deviates significantly from the average power of all in-
verters or an error has occurred in the inverter (< 50% from the average).
35
System Overview
system overview
Actual
Consumption
*)
Feed-in to the grid
Day
The system overview contains:
- the real-time power data of a photovol­taic system
- the active devices
- the energy generated per day, per ye­ar, and in total
- the yield per day, per year, and in total
*) The values for consumption and
energy fed into the grid are only dis­played when a counter is configu­red on the inverter and the counter sends valid data.
Inverter/Sensors View
Energy
Yield
saved
CO
2
Year
Inverter
Sensors
Inverter View
36
The Inverter View displays all the inverters present in the system.
*) Clicking on an inverter or the corre-
EN-US
sponding bar in the Comparison View displays the inverter's real­time data:
53
80 kWh
12 MWh
*)
36 MWh
Sensor View
The Sensor View displays all the sensor cards/boxes present in the system.
37
Services – System Information
System Informa­tion
(1) (2)
(1) "Datalogger restart" button
used to restart Fronius Datamanager (2) "Reset to factory settings" button (3) Option "All settings except for the network"
is used to reset Fronius Datamanager to factory settings.
The network settings and all items protected by the service user (UC Editor, count-
er settings, and the service password) are retained. (4) Option "Settings"
is used to reset Fronius Datamanager and the network settings to factory settings.
All items protected by the service user (UC Editor, counter settings, and the service
password) are retained.
IMPORTANT: When Fronius Datamanager is reset to factory settings, the time and date settings must be checked.
38
Services – Network Diagnostics
EN-US
Network Diagnos­tics
The Services / Network diagnostics option contains functions that are useful for diagnosing and correcting network problems. Ping and traceroute commands can be executed.
(1)
(2) (3)
The ping command is used to determine whether or not a host is available and how much time a data transfer will take.
Sending a ping command:
Enter a host name or IP address in the "Host:" field (1)
1
Click on "ping" (2)
2
- Ping command is sent
- The resulting data is displayed
A traceroute command is used to determine the intermediate stations via which the data reaches the host.
Sending a traceroute command:
Enter a host name or IP address in the "Host:" field (1)
1
Click on "traceroute" (3)
2
- Traceroute command is sent
- The resulting data is displayed
39
Services – Firmware Update
(3)
General You can update the Fronius Datamanager firmware under Services / Firmware Update. A
firmware update can be performed via LAN or web.
(7) (8)
(1) (3)
(2)
(5)
(4)
(6)
(1) Automatic update search (2) "Check now" button (to search for updates manually) (3) Use proxy server for Web update
(3a)
(3b)
(3c)
(3d)
(3a) Field to enter the proxy server (3b) Field to enter the port (3c) Field to enter the user (3d) Field to enter the password
Automatic Update Search
(4) Carry out update via web (5) Carry out update via LAN
(5)
(5a)
(5a) Field to enter the IP address
(6) "Run update"
button to launch update process (7) "Apply/Save" button (8) "Cancel/Discard entries" button
IMPORTANT: An internet connection is required for the automatic update search.
40
(1)
When the "Automatic update search" option (1) is activated, Fronius Datamanager will au­tomatically search for updates once a day. If new updates are available, a message is dis­played under the other setting options for the Fronius Datamanager website.
EN-US
Manual Update Search
Firmware update via web
When the "Automatic update search" function is deactivated, there will be no automatic search for updates.
To search manually for updates, use the "check now" button (2)
1
(2)
Open the Fronius Datamanager web page via a web browser
1
Open "Firmware update" under "Service"
2
Select "Update via web"
3
Click on the "Run update" button
4
The confirmation prompt for the update appears:
Click on the "Yes" button
5
41
The update starts. The update progress is displayed as a bar and a percentage.
Once the update has been carried out successfully, click on the "Apply/Save" button
6
If the connection to the server fails:
- Deactivate the firewall for the duration of the update
- Retry the update
IMPORTANT: If a proxy server is used to connect to the internet:
- The "Use proxy server for Web update" option must be activated
- The required data must be entered
Firmware Update via LAN
Establish LAN connection between PC/laptop and Fronius Datamanager
1
Download the current firmware from the Fronius homepage
2
Run the downloaded update file on the PC/laptop
3
This will start a web server from which Fronius Datamanager will download the re­quired files.
Open the Fronius Datamanager web page via a web browser
4
Open settings/firmware update
5
Select "Update via LAN"
6
Enter the IP address of the PC/laptop
7
Click on the "Run update" button
8
The confirmation prompt for the update appears:
42
Click on the "Yes" button
9
The update starts. The update progress is displayed as a bar and a percentage.
Once the update has been carried out successfully, click on the "Apply/Save" button
10
The update is complete when the "Supply LED" lights up green.
If the connection to the server fails:
- Deactivate the firewall for the duration of the update
- Retry the update
EN-US
43
Services – Opening Wizards
Opening Wizards The Commissioning Wizard can be opened again and run under "Open Wizards."
SOLAR WEB WIZARD
For connecting the system to Fronius Solar.web and Fronius apps for mobile devices
TECHNICIAN WIZARD (for trained personnel or specialists only) For system settings
FURTHER SETTINGS (for trained personnel or specialists only) All settings for Fronius system monitoring Click the "SOLAR WEB WIZARD" button to return to the original page.
44
Settings – General
General
EN-US
(10)
(1) (2)
(3)
(4) (5) (6)
(7)
(8) (9)
You can enter the charge rate per kWh (1), the currency (2) and the expenses per kWh (3) to calculate the yield under "Feed-in payment." The yield is shown in the current Total View.
The date (4), hour (5), and minutes (6) can be entered under "System time." Click "Synchronize" (7) to adapt the displayed time in the entry fields of the Fronius Data­manager web page to the time set on the computer operating system. Click the "Apply/Save" button (10) to apply the time.
(11)
The region (8) and location (9) for the time zone can be set under "Time zone settings."
(10) "Apply/Save" button (11) "Cancel/Discard entries" button
* Fields marked with * are mandatory fields.
45
Settings – Passwords
General Access to Fronius Datamanager is regulated by assigning passwords.
3 different password types are available:
- the administrator password
- the service password
- the user password
Passwords
(1)
(4)
(2)
(3)
(1) Administrator password, user name = admin
The administrator password set during commissioning assigns the user read and
write (configuration) access to Fronius Datamanager. The user can then open the
"Settings" menu item and define any settings as desired, with the exception of the
UC Editor and counter settings.
When an administrator password is set, the user must enter the user name and
password in Fronius Datamanager to open the "Settings" menu item.
(2) Service password, user name = service
The service password is usually assigned in the Commissioning Wizard by the ser-
vice technician or system installer and provides access to system-specific param-
eters. The service password is required to define counter settings and settings in
the UC Editor. If no service password has been assigned, the Counter and UC Ed-
itor menu items cannot be accessed.
(4)
46
(3) After activating the selection field, the user password is displayed, user name = us-
er.
(3)
(4)
An assigned user password only gives the user read access to Fronius Dataman-
ager. The user cannot open the "Settings" menu item.
When assigning a user password, users must enter their username and password
every time they connect to Fronius Datamanager.
(4) "Apply/Save" button
EN-US
47
Settings – Inverter
Views – Inverter
(1)
my pv system
(2) (3) (4) (5) (6)
The data for the Comparison View is defined in "Inverter."
(1) Field for assigning a system name * (2) Number of the inverter in Fronius Solar Net (3) If the selection field is chosen, the inverter is displayed in the Comparison View (4) Display of device type (5) Field for assigning a device name * (6) Field for entering the solar module power in W * (7) "Set all" button (8) "Apply/Save" button (9) "Cancel/Discard entries" button
* Fields marked with * are mandatory fields.
(8)
(7)
(9)
48
Settings – Fronius Sensor Cards
Sensor Cards
EN-US
(4) (5)
(2)
A specific channel name can be assigned to each sensor value of a Fronius Sensor Card/ Box in "Sensor Cards" (e.g., wind speed).
(1) Sensor Card selection (2) Displayed measuring channel (3) Fields for assigning the channel name (4) "Apply/Save" button (5) "Cancel/Discard entries" button
(1)
(3)
49
Settings – Fronius Solar.web
Solar.web The Solar.web menu item can be used to make a direct connection between Fronius Data-
manager and Fronius Solar.web.
(9)
(1)
(2)
(3)
(4)
(5) (6) (7)
(8)
Datalogging settings
(1) Selection of query cycle for the inverter:
Data queries every 5/10/15/20/30 minutes (2) Selection of query cycle for Fronius Sensor Cards:
Data queries every 5/10/15/20/30 minutes
(10)
(3) "Delete log data" button
After clicking the "Delete log data" link, a security prompt appears to confirm the
deletion of the log data.
(4) Selection of whether current data is sent to Fronius Solar.web
Send archived data to Fronius Solar.web
(5) Never
(6) Daily
After the selection field is activated the setting options are displayed:
(6)
daily
(6a)
hourly
Wednesday
Thursday
Friday
Satturday
never
at
on Monday Tuesday
(6b)
(6a) Field for entering the time (hour) (6b) Fields for selecting the weekdays
(7) Hourly
After the selection field is activated the setting options are displayed:
Sunday
50
(7)
(7a)
(7a) Fields for selecting the time (hour)
(8) "Register Solar.web" button
Clicking this link opens the Fronius Solar.web start page; data relevant for Fronius
Solar.web is automatically sent as well.
(9) "Apply/Save" button (10) "Cancel/Discard entries" button
EN-US
51
Calculating memory capacity
Memory capacity The Fronius Datamanager has a memory capacity of up to 5 years and 7 months for a PV
system with one inverter and a save interval of 15 minutes. However, the memory capacity is reduced accordingly depending on the number of invert­ers and/or Fronius sensor cards/boxes that are integrated into the system.
Calculating mem­ory capacity
Determine logging points for inverters and Fronius sensor cards/boxes
1
Logging points per day =
Logging duration [min]
- For inverters: e.g., 14 hours = 840 minutes
- For Fronius Sensor Card/Fronius Sensor Box: 24 hours = 1440 minutes
Establish total of logging points
2
Total of logging points = = (number of inverters x logging points per day) + (number of Fronius Sensor Cards / boxes x logging points per day)
Determine memory sectors per day
3
Memory sectors per day =
Round to whole numbers
4
Determine memory capacity
5
Logging duration [min]
Save interval [min]
Total of logging points
114
Calculation exam­ple
Memory capacity [days] =
2048
Memory sectors per day
2 inverters, logging duration = 14 hours (840 minutes) 1 Fronius Sensor Card, logging duration = 24 hours (1440 minutes)
Save interval = 15 minutes
1. Logging points per day:
840 min
Inverter logging points =
15 min
1440 min
Sensor Card logging points =
15 min
2. Total logging points:
= 56
= 96
52
Total logging points = (2 x 56) + (1 x 96) = 208
(2 x 56) ... 2 inverters, (1 x 96) ... 1 Sensor Card
3. Memory sectors per day:
Memory sectors =
4. Rounded:
1,825 2
5. Memory capacity [days]:
Memory capacity =
Memory capacity [days] =
2048
= 1024 days (= 2 years, 9 months, 18 days)
2
Memory sectors per day
EN-US
208
= 1,825
114
2048
53
Settings – Service Messages
General Service messages, inverter errors, the Fronius String Control, etc., are sent to Fronius
Datamanager and saved. The "Service messages" selection option is used to define how service messages are communicated. They can be communicated via:
- E-mail
- SMS
Service messages can be analyzed further using Fronius Solar.web.
Service Messag­es
(14)(13)
(10)
(2)
(4)
(8)
(11)
(1)
(3)
(5)
(1) Message to e-mail recipient
Activate to send service messages to one or more e-mail addresses
(2) Field for up to a max. of 10 e-mail addresses
Separate e-mail addresses with ";"
(3) Selection field to determine whether the service message will be sent immediately
via e-mail or at a specific time
If "daily" is selected, the selection options for the time (hour) are also displayed.
(4) "Send test e-mail" button
Sending a test e-mail may take several minutes.
(5) Message to SMS recipient
Activate to send service messages as an SMS to a telephone number
(6)
(9)
(7)
(12)
54
(6) Field to enter the country code
e.g.: +43 = country code for Austria
(7) Field to enter area code
(8) Field to enter the telephone number
(9) Field for sending daily
(10) Selection field for the time (hour) at which a service message is to be sent via SMS
(11) "Send test SMS" button
Sending a test SMS may take several minutes.
(12) Selection field for the language in which the service message will be sent
(13) "Apply/Save" button
(14) "Cancel/Discard entries" button
EN-US
55
Settings – Network
General The "Network" menu item is used to determine the type of internet connection (LAN or
WLAN).
IMPORTANT! If the IP address is obtained statically, a gateway and a DNS server must be entered for the selected connection mode (Internet via WLAN or LAN).
Network
(22)(21)
(1)
(2)
(10)
Home Network
Local HotSpot
StonisNetwork
Add WLAN
(15)
(3) (4)
(5) (6)
(7) (8)
(9)
(11)
(12)
(13)
(14)
(18)(17)(16)
56
(1) Internet connection via LAN
(2) Internet connection via WLAN
LAN
(3) Obtain IP address statically
The user enters a fixed IP address for Fronius Datamanager and also manually
sets the subnet mask, gateway address, and DNS server address (from the pro-
vider).
(4) Obtain IP address dynamically
Fronius Datamanager obtains its IP address from a DHCP server (DHCP = dynam-
ic host configuration protocol).
The DHCP server must be configured so that Fronius Datamanager is always as-
signed the same IP address. You will then always know the IP address at which
Fronius Datamanager can be found.
If the DHCP server supports the "DNS dynamic updates" function, a name can be
entered for Fronius Datamanager in the "Host name" field. The connection to Fro-
nius Datamanager can then be established using the name instead of the IP ad-
dress.
For example: Host name = sample_system, Domain name = fronius.com.
The Fronius Datamanager can be reached via the address "sample_system.fro-
nius.com".
(5) Field for entering a host name for dynamically obtained IP address
(6) Field for entering the IP address for static IP address
(7) Field for entering the subnet mask for static IP address
EN-US
(8) Field for entering the gateway for static IP address
(9) Field for entering the DNS server for static IP address
WLAN
(10) Display of detected WLAN networks
(11) "Refresh" button
Used to search again for available WLAN networks
(12) Display of signal quality
One bar = low signal strength
Three bars = high signal strength
(13) Network status
Open/secured/saved (after pressing the "Setup" button (16))
(14) Display of encryption
WPA / WPA2 / WEP
(15) Add WLAN
Used to display hidden networks
Clicking this option opens the "WLAN connection" window
57
Connection
Network:
Security:
Enter password:
Show password:
(15a)
(15e)
(15b)
(15c)
(15d)
Save Cancel
(15f)
(15a) Name of hidden WLAN network (15b) Selection field for encrypting the hidden WLAN network (15c) Field for entering the password for the hidden WLAN network (15d) Selection field for whether the password is displayed (15e) "Save" button (15f) "Cancel" button
(16) "Setup" button
Used to save a selected WLAN network;
Clicking this option opens the "WLAN connection" window
Connection
Network:
Signal quality:
Security:
Enter password:
Show password:
(16f)
good
(16b)
(16c)
(16e)
Save Cancel
(16a)
(16d)
(16g)
(16a) Name of selected WLAN network (16b) Signal strength of selected WLAN network (16c) Encryption of selected WLAN network (16d) Field for entering the password for the WLAN network (16e) Selection field for whether the password is displayed (16f) "Save" button (16 g) "Cancel" button
(17) "Remove" button
Used to delete a saved WLAN network
(18) "Configure IP" button
Clicking this option opens the "Configure IP" window
58
(3)
(4)
(19)
(20)
(19) "OK" button
(20) "Cancel" button
(21) "Apply/Save" button
(22) "Cancel/Discard entries" button
(5)
(6)
(7)
(8)
(9)
EN-US
59
Settings – Energy Manager
General The output I/O 1 can be used to control an actuator (e.g., relay, contactor) via the "Load
Management" function. A load connected to I/O 1 can thus be controlled by assigning a power feed-dependent switch-on or switch-off point.
Load Manage­ment
(14) (15)
(16)
(1) (2) (3)
(4)
(5)
(6)
(8)
(10)
Controlling
(1) Control via Energy Manager is deactivated.
(2) Control via Energy Manager is effected by the power generated.
(3) Control via Energy Manager is effected by excess power (given feed limits).
This option can only be selected if a counter has been connected. Control via En-
ergy Manager is effected using the actual power of feeding in with respect to the
grid.
Thresholds
(4) On:
For entering an effective power limit, at which the I/O 1 output is activated.
(11)
(12)
(7)
(9)
(13)
60
(5) Off:
For entering an effective power limit, at which the I/O 1 output is deactivated.
Duration
(6) Field for activating the minimum runtime for each switch-on process
(7) Field for entering a minimum time for which the output I/O 1 is to be activated for
each switch-on process (8) Field for activating the maximum runtime per day
(9) Field for entering a maximum time for which the output I/O 1 is to be activated in
total per day (several switch-on processes are included).
Deired duration
(10) Field for activating a target runtime
(11) Field for entering a minimum time for which the output I/O 1 is to be activated in
total per day (several switch-on processes are included)
(12) Field for selecting the hour, if the target runtime is to be achieved by a certain time
(13) Field for selecting the minute, if the target runtime is to be achieved by a certain
time
(14) "Apply/Save" button
(15) "Cancel/Discard entries" button
EN-US
(16) Status display
If the mouse pointer is moved over the status, the reason for the current status is
displayed.
If "by excess power" is selected under "Control", additional selection fields for Feed (3a) and Reference (3b) are displayed under "Thresholds":
(3)
(3a) (3b)
Consumption
(4)
(5)
61
Settings – Push Service
Push Service This function can be used to export current and log data in different formats or with different
protocols to an external server.
(3)
(1) (2)
(4)(5)
(6)
(7)
(8)
(9)
(1) "Apply/Save" button
(2) "Cancel/Discard entries" button
(3) "Add" button
Clicking this button adds a new push service job. The new job is saved by clicking
the "Apply/Save" button (1).
(4) State
Displays the current status of the push service job in question
(5) Displayed name of push service job
(6) Area for entering general data:
Name (name of push service job)
Data format
Protocol type (FTP upload/HTTP POST)
Interval
Activation status
(7) Area for entering the target data:
Server port
Upload file name
Login (user/password)
62
(8) Area for entering the proxy data:
Server port
User
Password
(9) "Delete" button
Clicking this button deletes the selected push service job
EN-US
Further Informa­tion about the Push Service Function
Further information about the push service function can be found in the following operating instructions:
http://www.fronius.com/QR-link/4204102152
42.0410.2152 Fronius Push Service
63
Modbus Settings
General From your web browser, you can use the Fronius Datamanager web page to apply the
Modbus connection settings which cannot be accessed via the Modbus protocol.
Additional Infor­mation on the Modbus Function
Data Output via Modbus
For additional information on the Modbus function, please see the following operating in­structions:
http://www.fronius.com/QR-link/4204102049
42,0410,2049 Fronius Datamanager Modbus connection
(1) (2)
(4) (5)
Data Output via Modbus
Activation of the Modbus service and selection of the transmission protocol. If the Modbus service is activated, additional entry fields are available.
(1) off
No data output via Modbus
(2) tcp
Data output via Modbus TCP
(2c)
(2a) Modbus port
Number of the TCP port which must be used for Modbus communication.
(3)
(2)
(2a) (2b)
(2d)
(2e) (2f)
64
(2b) String Control address offset
Offset value used to assign addresses to Fronius String Controls via Modbus. For further details, see the section entitled "Modbus Device ID for Fronius String Controls."
Sunspec model type
Used to select the data type of data models for inverters.
(2c) float
Display as floating-point numbers SunSpec Inverter model I111, I112 or I113
(2d) int+SF
Display as integers with scaling factors SunSpec Inverter model I101, I102 or I103
IMPORTANT! Since the different models have different numbers on registers, the register addresses of all the subsequent models also change when the data type is changed.
(2e) Demo mode
The demo mode is used to implement or validate a Modbus master. It enables you to read inverter and String Control data without actually connecting or activat­ing a device. The same data is always sent back for all the registers.
(2f) Inverter control via Modbus
If this option is activated, the inverter can be controlled via Modbus. The "Limit Control" selection field is displayed. Inverter control includes the following functions:
- On/off
- Power reduction
- Setting a constant power factor (cos phi)
- Setting a constant reactive power
EN-US
(3) Control priorities
Used to specify which service is given priority by the inverter control unit.
1 = highest priority, 3 = lowest priority
The control priorities can only be changed in the UC EDITOR menu item.
(4) "Apply/Save" button
(5) "Cancel/Discard entries" button
Limit Control The "Limit Control" option is only available for the TCP transmission protocols.
It is used to block inverter control commands from unauthorized users by only permitting control for specific devices.
(1) (2)
65
(1) Limit Control
If this option is activated, only certain devices will be able to send control com­mands.
(2) IP address
To limit inverter control to one or more devices, enter the IP addresses of the de­vices which are permitted to send commands to Fronius Datamanager in this field. Multiple entries are separated by commas.
Examples:
- one IP address: 98.7.65.4
- Control only permitted by IP address 98.7.65.4
- Several IP addresses: 98.7.65.4, 222.44.33.1
- Control only permitted by IP addresses 98.7.65.4 and 222.44.33.1
- IP address range, e.g., from 98.7.65.1 to 98.7.65.254 (CIDR notation):
98.7.65.0/24
- Control only permitted through IP addresses 98.7.65.1 to 98.7.65.254
Save or Reject Changes
Saves the changes and displays a message confirming this. If you exit the "Modbus" section without saving your changes, all the changes you have made will be rejected.
Prompts you to confirm whether or not you wish to reject the changes you have made and then reinstates the most recently saved values.
66
Settings – Counter
(2)
General IMPORTANT! Settings in the “Counter” menu item may only be entered by staff trained to
do so!
The service password must be entered for the “Counter” menu item.
Three-phase or one-phase Fronius Smart Meters may be used. In both cases, selection is made via the “Fronius Smart Meter” item. The Fronius Datamanager automatically detects the counter type.
A primary meter or, optionally, multiple secondary meters can be chosen. The primary me­ter must be configured before a secondary meter can be chosen.
Counter
(3) (4)
(1)
EN-US
S0 Inverter
(2)
(1) Field for selecting a counter:
- None selected
- S0 inverter (for Fronius Galvo,
Fronius Symo, Fronius Primo, and Fronius Eco inverters only)
(2) Link to counter circuit diagrams
(3) "Apply/Save" button
(4) "Cancel/Discard entries" button
(1)
(1c)
(1a) (1b)
67
(1a) Counter position at feed-in point
The power of feeding in and energy are measured. The consumption is determined
using these values and the system data.
An S0 counter must be configured at this position in order to count the fed-in ener-
gy.
IMPORTANT! If you are using an S0 counter at the feed-in point, the counter data
will not be displayed on Fronius Solar.web. This option is only provided for dynamic
power reduction.
The consumption values can be detected to a limited extent when feeding into the
grid.
(1b) Counter position in consumption branch
The power consumed and energy are measured directly. The power of feeding in
and energy are determined using these values and the system data.
An S0 counter must be configured at this position in order to count the energy con-
sumed.
(1c) Field for entering the impulses per kWh
(1a)
(1b)
A counter for recording self-consumption per S0 can be connected directly to the inverter (for Fronius Galvo, Fronius Symo, Fronius Primo, and Fronius Eco only).
IMPORTANT! An S0 counter is connected to the switchable multifunctional current inter­face of the inverter. Connecting an S0 counter to the inverter may require an inverter firm­ware update.
Pin 1Pin 2
Pin 2 S0 +
Pin 1
S0 -
Requirements for the S0 counter:
- Must meet standard IEC 62053-31 Class B
- Max. voltage: 15 V DC
- Max. current when ON: 15 mA
- Min. current when ON: 2 mA
- Max. current when OFF: 0.15 mA
68
Recommended max. impulse rate of S0 counter:
PV power kWp [kW] Max. impulse rate per kWp
30 1000
20 2000
10 5000
≤ 5.5 10,000
EN-US
69
Settings – DNO Editor
General In the "DNO editor" menu item, settings relevant to a utility company are made.
An effective power limit in % and/or a power factor limit can be set.
IMPORTANT! Settings in the "DNO editor" menu item may only be made by staff trained to do so!
The service password must be entered for the "DNO editor" menu item.
UC Editor – IO Control
(1) (2)
IO control
(9)
(11)
(3) (4) (5) (6) (7)
(10)
(12)
(8)
70
UC Editor – Factory setting with 100%, 60%, 30%, and 0% effective power. The settings can be changed at any time.
(1) Activating the rule
(2) Input pattern (assignment of individual I/Os)
1 click = white
2 clicks = blue
3 clicks = gray
The virtual IO assignment is displayed as described in the "Settings – IO Assign-
ment" section. The display may be different in older versions of the software.
(3) First activate effective power,
then enter the desired effective power as a %
(4) First activate power factor cos phi,
then enter the desired power factor and select "ind" or "cap"
ind = inductive
cap = capacitive
(5) UC output (feedback output)
When the rule is activated, the I/O 0 output will be activated (e.g., for operating a
signal device)
(6) Excluded inverter
Enter the numbers of the inverters that should be excluded from the rule here. Sep-
arate multiple inverters with a comma.
(7) Delete/add a new rule
+ = add a new rule
- = delete the currently selected rule
(8) Legend for use of colors
(9) Click "Import" button
to import rules in *.fpc format
The function of the "Import" button depends on the browser used, e.g., Firefox and
Google Chrome support the function.
(10) Click "Export" button
to save the rules separately in *.fpc format
EN-US
Connection Ex­ample
(11) "Apply/Save" button
(12) "Cancel/Discard entries" button
The print function of the web browser can be used to save the UC Editor settings as a PDF or print them out (e.g., as a commissioning report).
(1) Ripple control signal receiver with 3 relays for effective power limitation (2) Ripple control signal receiver with 3 relays for power factor limitation (3) I/Os on Fronius Datamanager (4) Loads (e.g., signal light, signal relay)
(1)
(2)
60 %
30 %
0 %
0,95
0,90
0,85
Uint / Uext GND I/O 0 I/O 1 I/O 2 I/O 3 I4 I5 I6 I7 I8 I9
(3)
(4)
71
(1)
(2)
The ripple control signal receiver and the 'Fronius Datamanager' plug are connected to one another using a 4-pin cable in accordance with the connection diagram. For distances of greater than 10 m between 'Fronius Datamanager' and the ripple control signal receiver, a shielded cable is recommended.
Settings on the UC Editor:
UC Editor – Dy­namic Power Re­duction
UCs or utility companies can prescribe feed-in limits for an inverter (e.g., max. 70% of the kWp or max. 5 kW). Dynamic power reduction takes into account self-consumption in the household before the power of an inverter is reduced:
- An individual limit can be set.
- A counter for determining self-consumption per S0 can be connected directly to the
inverter (for Fronius Galvo, Fronius Symo, Fronius Primo, and Fronius Eco only).
(6) (7)
(1) (2)
(3)
(4) (5)
Power limit
Option to define the maximum output power of the photovoltaic system.
72
(1) No limit
The photovoltaic system converts all available PV energy and feeds it into the grid.
(2) Dynamic power reduction limit for the entire system
The entire photovoltaic system is limited to a fixed power limit.
UC Editor – Con­trol Priorities
(3) Field for entering the total DC system power in Wp
This value is used as a control reference and also in case of errors (e.g., counter
failure).
EN-US
(4) Field for entering the max. power in W or %
If no counter has been selected in the "Counter" menu item:
Max. power generated for the entire system
If S0 inverter has been selected in the "Counter" menu item:
Max. energy fed into the grid
(5) Selection field % or W
(6) "Apply/Save" button
(7) "Cancel/Discard entries" button
(4) (5)
(1) (2) (3)
1 = highest priority, 3 = lowest priority
(1) Used to set control priorities for the ripple control signal receiver
(2) Used to set control priorities for dynamic power reduction
(3) Used to set control priorities for control via Modbus
(4) "Apply/Save" button
(5) "Cancel/Discard entries" button
73
74
Appendix
Technical Data
EN-US
Technical Data
Memory capacity 16 MB
Supply voltage Supplied by the inverter
Energy consumption typ. 1.4 W (without WLAN)
typ. 2.2 W (with WLAN)
Dimensions 132 x 103 x 22 mm
5.2 x 4.1 x 0.9 in.
Ethernet (LAN) RJ 45, 100 Mbit
WLAN IEEE 802.11b/g Client
RS 485 (Fronius Solar Net) RJ 45
Ambient temperature
in conjunction with Fronius Symo 20.0-3-M
Fronius Solar Net power approx. 3 W
max. 3 DATCOM components *
I/O connection specifications
Voltage level of digital inputs low = min. 0 V – max. 1.8 V
high = min. 3 V – max. 30 V
-20 - +65 °C
-4 - +149 °F
-40 - +60 °C
-40 - +140 °F
Input currents of digital inputs depending on the input voltage;
input resistance = 46 kOhm
Switching capacity of digital outputs when supplied by the Datamanager plug-in card
(minus other Fronius Solar Net partici-
Switching capacity of digital outputs when supplied by an external power supply with min. 10.7 – max. 24 V DC
Max. switchable energy of digital outputs 76 mJ
* When sufficient power is coming from Fronius Solar Net, the green LED lights up
on every DATCOM component.
If the green LED does not light up, the power pack available from Fronius should
be inserted into the 12 V power pack connection socket of the DATCOM compo-
nent.
Check the cable and plug connections if necessary.
(depending on the external power supply)
in total for all 4 digital outputs
for each digital output
3.2 W, 10.7 V
pants)
1 A, 10.7–24 V DC
(per output)
77
78
EN-US
79
Fronius Worldwide - www.fronius.com/addresses
Fronius International GmbH
4600 Wels, Froniusplatz 1, Austria E-Mail: pv-sales@fronius.com
www.fronius.com
Under www.fronius.com/addresses you will find all addresses of our sales branches and partner firms!
Fronius USA LLC Solar Electronics Division 6797 Fronius Drive, Portage, IN 46368 E-Mail: pv-us@fronius.com
www.fronius-usa.com
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