Deif AGC 150 User manual

OPERATOR'S MANUAL
AGC 150 Hybrid
Genset and PV controller
4189341317A

1. Introduction
1.1 Symbols for hazard statements......................................................................................................................................................................................... 3
1.2 About the operator's manual...............................................................................................................................................................................................3
1.3 Warnings and safety.................................................................................................................................................................................................................4
1.4 Legal information.......................................................................................................................................................................................................................4
2. About the AGC 150 Hybrid
2.1 About controller operation................................................................................................................................................................................................... 5
2.2 Applications..................................................................................................................................................................................................................................5
2.2.1 Greenfield..............................................................................................................................................................................................................................5
2.2.2 Brownfield..............................................................................................................................................................................................................................6
2.3 Display, buttons and LEDs................................................................................................................................................................................................... 6
3. Operating the system
3.1 Mimic function............................................................................................................................................................................................................................. 8
3.2 Running modes...........................................................................................................................................................................................................................9
3.3 Display settings.......................................................................................................................................................................................................................... 9
4. Hybrid modes
4.1 PV Island operation................................................................................................................................................................................................................10
4.2 PV AMF (Automatic mains failure)................................................................................................................................................................................. 11
4.3 PV LTO (Load take-over)......................................................................................................................................................................................................12
4.4 PV Fixed power.........................................................................................................................................................................................................................13
4.5 PV MPE (Mains power export)..........................................................................................................................................................................................14
4.6 PV Peak shaving...................................................................................................................................................................................................................... 16
5. Menus
5.1 Menu structure..........................................................................................................................................................................................................................17
5.2 Settings menu........................................................................................................................................................................................................................... 17
5.2.1 Menu numbers..................................................................................................................................................................................................................18
5.2.2 The jump to parameter function................................................................................................................................................................................ 18
5.3 View menu................................................................................................................................................................................................................................... 19
5.3.1 Display views.....................................................................................................................................................................................................................20
5.3.2 Display text.........................................................................................................................................................................................................................20
5.4 Status texts.................................................................................................................................................................................................................................21
5.5 Service view............................................................................................................................................................................................................................... 23
5.6 Hybrid shortcut menu........................................................................................................................................................................................................... 24
5.7 Exhaust after-treatment (Tier 4/Stage V).................................................................................................................................................................... 25
6. Alarm handling and log list
6.1 Alarm handling......................................................................................................................................................................................................................... 27
6.2 Logs menu.................................................................................................................................................................................................................................. 28
OPERATOR'S MANUAL 4189341317A EN Page 2 of 28

1. Introduction
1.1 Symbols for hazard statements
DANGER!
This shows dangerous situations.
If the guidelines are not followed, these situations will result in death, serious personal injury, and equipment damage or
destruction.
WARNING
This shows potentially dangerous situations.
If the guidelines are not followed, these situations could result in death, serious personal injury, and equipment damage
or destruction.
CAUTION
This shows low level risk situation.
If the guidelines are not followed, these situations could result in minor or moderate injury.
NOTICE
This shows an important notice
Make sure to read this information.
1.2 About the operator's manual
This document gives the necessary information to operate the controller.
CAUTION
Installation errors
Read this document before working with the AGC 150 controller. Failure to do this may result in human injury or damage
to the equipment.
Intended users of the operator's manual
The operator's manual is for the operator that uses the controller regularly.
The manual describes the LEDs, buttons and screens on the controller, alarm handling, and the logs menu.
OPERATOR'S MANUAL 4189341317A EN Page 3 of 28

1.3 Warnings and safety
Factory settings
The controller is delivered pre-programmed from the factory with a set of default settings. These settings are based on typical values
and may not be correct for your system. You must therefore check all parameters before using the controller.
Data security
To minimise the risk of data security breaches:
• As far as possible, avoid exposing controllers and controller networks to public networks and the Internet.
• Use additional security layers like a VPN for remote access, and install firewall mechanisms.
• Restrict access to authorised persons.
1.4 Legal information
Third party equipment
DEIF takes no responsibility for the installation or operation of any third party equipment, including the genset. Contact the genset
company if you have any doubt about how to install or operate the genset.
Warranty
NOTICE
Warranty
The controller is not to be opened by unauthorised personnel. If opened anyway, the warranty will be lost.
Disclaimer
DEIF A/S reserves the right to change any of the contents of this document without prior notice.
The English version of this document always contains the most recent and up-to-date information about the product. DEIF does not
take responsibility for the accuracy of translations, and translations might not be updated at the same time as the English document.
If there is a discrepancy, the English version prevails.
Copyright
© Copyright DEIF A/S. All rights reserved.
Software version
This document is based on the AGC 150 software version 1.11.0.
OPERATOR'S MANUAL 4189341317A EN Page 4 of 28

2. About the AGC 150 Hybrid
2.1 About controller operation
The AGC 150 Hybrid controller has all the functions needed to protect and control a system that includes gensets, up to 16
inverters, and a mains connection.
Greenfield and brownfield applications
In greenfield applications, the AGC 150 Hybrid controller can provide protection and control for a genset, the genset breaker, the
inverters, the PV breaker, and a mains breaker.
You can also use the AGC 150 Hybrid controller to control PV power when this is added to an existing plant (brownfield
applications).
Grid-tied
The controller can feed surplus PV energy to the grid. As an alternative to this, the controller can regulate the PV production to
match the self consumption. This prevents feed-in PV power to the grid.
Off-grid
The controller can combine PV power with genset power. The controller uses the genset power measurements to calculate the set
points for the PV power.
2.2 Applications
2.2.1 Greenfield
Hybrid application with a genset, PV and mains
One controller can control an application with a single genset, PV, and mains. It also controls the PV breaker and the mains breaker.
The controller regulates the genset governor and AVR.
PV
Inverter
(max. 16)
Load bus
G1
V
GB
V
I
MB
Utility
I
Engine control
Inverter control
Breaker feedback
and control
ECU
L4
More information
See the AGC 150 Hybrid data sheet for the variations on the greenfield arrangement.
OPERATOR'S MANUAL 4189341317A EN Page 5 of 28

2.2.2 Brownfield
Adding PV to an application with synchronising gensets
When PV power is added to a power management system (PMS), the application can include a maximum of two synchronising
gensets. The PMS controls Genset 1 (G1) and Genset 2 (G2), and the genset breakers. The AGC 150 Hybrid controller is not part of
the PMS.
Three sets of nominal settings are used in the controller to control the PV power. Different nominal settings are used in the controller
when Genset 1 and 2, Genset 1 or Genset 2 are connected.
Load busbar
G1
MB
I
Utility
G2
Generator busbar
I
V
PV
Inverter
Breaker feedback
Inverter control
Breaker feedback
and control
L4
V
More information
See the AGC 150 Hybrid data sheet for the variations on the brownfield arrangement.
2.3 Display, buttons and LEDs
4
3
3
5
6
7
8
9
15 14 11 1112 12
1
17
16
2 3 3
18
1013
No. Name Function
1 Power Green: The controller power is ON.
OPERATOR'S MANUAL 4189341317A EN Page 6 of 28

No. Name Function
OFF: The controller power is OFF.
2 Display screen*
Resolution: 240 x 128 px.
Viewing area: 88.50 x 51.40 mm.
Six lines, each with 25 characters.
3 Navigation Move the selector up, down, left and right on the screen.
4 OK Go to the Menu system.
Confirm the selection on the screen.
5 Back Go to the previous page.
6 AUTO mode
The controller automatically starts and stops (and connects and disconnects) the genset. The
controller also automatically connects and disconnects the PV and mains. No operator actions are
needed.
7 Silence horn Stops an alarm horn (if configured) and enters the Alarm menu.
8 Shortcut menu Access the Jump menu, Mode selection, Test, Lamp test, and Hybrid (PV semi start and stop).
9 SEMI-AUTO
mode
The operator or an external signal can start, stop, connect or disconnect the genset. The operator or
an external signal can also open and close the other breakers (PV and mains). Automatic controller
actions are not possible.
The controller automatically synchronises before closing a breaker, and automatically de-loads before
opening a breaker.
10 Mains symbol Green: Mains voltage and frequency are OK. The controller can synchronise and close the breaker.
Red: Mains failure.
11 Close breaker Push to close the breaker.
12 Open breaker Push to open the breaker.
13 Breaker symbols
Green: Breaker is closed.
Green flashing: Synchronising or de-loading.
Red: Breaker failure.
14 Generator
Green: Generator voltage and frequency are OK. The controller can synchronise and close the
breaker.
Green flashing: The generator voltage and frequency are OK, but the V&Hz OK timer is still running.
The controller cannot close the breaker.
Red: The generator voltage is too low to measure.
15 Engine
Green: There is running feedback.
Green flashing: The engine is getting ready.
Red: The engine is not running, or there is no running feedback.
16 Stop Stops the genset if SEMI-AUTO or Manual is selected.
17 Start Starts the genset if SEMI-AUTO or Manual is selected.
18 Load symbol Green: The supply voltage and frequency are OK.
Red: Supply voltage/frequency failure.
NOTE * You can use the display to monitor PV operation.
OPERATOR'S MANUAL 4189341317A EN Page 7 of 28

3. Operating the system
3.1 Mimic function
Settings > Basic settings > Controller settings > Display > LED mimic
Parameter no. Item Range
6082 LED mimic
Standard with genset
Standard
Guided with genset
Guided
Standard
The control buttons and LEDs are shown.
If you stop the genset, the motor/generator symbols are not shown.
Standard with genset
The control buttons and LEDs are shown.
If you the stop the genset, the motor/generator symbols are shown in
red.
Guided
Active control buttons and LEDs are shown, inactive are not shown.
Example: The controller is in SEMI-AUTO mode, and the genset is not
operating. Only the start button and the button to open the mains
breaker are shown as these are the only possible action.
Guided with genset
Active control buttons, LEDs and the motor/generator symbols are
shown, inactive are not shown.
Example: The controller is in SEMI-AUTO mode, and the genset is not
operating. The only possible action is to start the genset, or open the
mains breaker. Therefore, only the start button, the red motor/generator
symbols, and the button to open the mains breaker are shown.
All Mimic settings
The breaker symbol is shown in red:
• Breaker position failure
• Breaker close failure
The breaker symbol flashes green:
• The controller is synchronising
• The controller is de-loading
OPERATOR'S MANUAL 4189341317A EN Page 8 of 28

3.2 Running modes
The controller has four running modes, and a test mode. To configure the running mode push the Shortcut button and select
Running Modes. Configure the test mode in Settings > Power set points > Test. To run the test push the Shortcut
button and select Start Test.
Mode Description
AUTO The controller automatically starts and stops (and connects and disconnects) the genset. The controller
automatically connects and disconnects the PV and mains. The operator cannot start a sequence manually.
SEMI-AUTO
The operator or an external signal can automatically start, stop, connect and disconnect the genset. The operator or
an external signal can also open and close the PV breaker and the mains breaker. The controller cannot do these
actions.
The controller automatically synchronises before closing a breaker, and automatically de-loads before opening a
breaker.
MANUAL
The operator can use the digital increase/decrease inputs (if they are configured) and the buttons on the display.
When the genset starts in manual mode, it starts without subsequent regulation.
The operator cannot control the PV inverters in manual mode.
BLOCK The controller cannot start a sequence. Select the block mode when you do maintenance work.
Test You can select Simple test, Load test, Full test, and Battery test.
NOTE The genset shuts down if you select the block mode while the genset is operating.
3.3 Display settings
To adjust for ambient lighting, configure the display settings.
Settings > Basic settings > Controller settings > Display > Display control
Parameter Text Range Default
9151 Backlight dimmer 0 to 15 * 12
9152 Green LEDs dimmer 1 to 15 * 15
9153 Red LEDs dimmer 1 to 15 * 15
9154 Contrast level -20 to +20 0
9155 Sleep mode timer 1 to 1800 s 60 s
9156 Enable (Sleep mode timer) OFF
ON ON
9157 Alarm Jump OFF
ON ON
9158 Engineering units Bar/Celcius
PSI/Fahrenheit Bar/Celcius
NOTE * Low numbers are minimum brightness and high numbers are maximum brightness.
OPERATOR'S MANUAL 4189341317A EN Page 9 of 28

4. Hybrid modes
The controller operates in hybrid mode when it is in AUTO mode and SEMI-AUTO mode. There is no control of the PV inverters in
manual mode.
AUTO mode
The PV inverters start automatically when voltage and frequency are available. You can configure a signal for PV auto start. The PV
inverters start if the signal is activated, and voltage and frequency are available.
SEMI-AUTO mode
The PV inverters start if they receive a start signal from the controller, and the voltage and frequency are available.
4.1 PV Island operation
The PV inverters supply as much of the load as possible. The genset operates at or at more than the minimum genset load.
The AGC 150 Hybrid controller can control an application that combines PV power with genset power. It calculates the power set
points for the PV power based on the genset power measurements. This ensures that the minimum genset load requirement is met.
PV
Inverter
(max. 16)
Load bus
G1
GB
V
IEngine control
Inverter control
Breaker feedback
and control
ECU
Start sequence
1. Activate a start signal.
• In AUTO mode, activate the auto start/stop input.
• In SEMI-AUTO mode:
a. Push the Start button to start the genset.
b. Go to the Hybrid shortcut menu to activate the PV inverters.
2. The genset starts and the generator breaker closes.
3. The genset supplies the load.
4. The PV inverters start the reconnect process to the busbar.
5. When the PV inverters are ready, the genset ramps down to the minimum genset load. The PV inverters supply the remaining
load.
6. If the PV inverters cannot supply the load, the genset supplies the extra load.
OPERATOR'S MANUAL 4189341317A EN Page 10 of 28

4.2 PV AMF (Automatic mains failure)
During normal operation, the PV inverters supply the load the prevent/minimise the import or export of power at the mains. If there is
a mains failure, the genset is started to take over from the mains.
One AGC 150 Hybrid controller can control an application with a single genset, PV, and mains. The AGC 150 regulates the genset
governor and AVR. It also controls the PV breaker and the mains breaker. For the genset regulation, you can use the AGC 150
analogue outputs. Alternatively, regulate the governor and AVR using the ECU.
PV
Inverter
(max. 16)
Load bus
G1
V
GB
V
I
MB
Utility
I
Engine control
Inverter control
Breaker feedback
and control
ECU
L4
Start sequence
1. Select AUTO mode.
2. The PV inverters supply the load.
3. If the PV inverters cannot supply the full load, the mains supplies the remaining load.
If a mains failure occurs
1. The mains breaker opens.
2. The PV inverters stop supplying the load.
3. The genset starts, and the generator breaker closes.
4. The genset supplies the load.
5. The PV inverters start the reconnect process to the busbar.
6. When the PV inverters are ready, the genset ramps down to the minimum genset load. The PV inverters supply the remaining
load.
OPERATOR'S MANUAL 4189341317A EN Page 11 of 28

4.3 PV LTO (Load take-over)
The PV inverters supply the load to prevent/minimise import or export of power.
PV
Inverter
(max. 16)
Load bus
G1
V
GB
V
I
MB
Utility
I
Engine control
Inverter control
Breaker feedback
and control
ECU
L4
Start sequence in AUTO mode
1. The PV inverters supply the load.
2. If the PV inverters cannot supply the full load, the remaining power is imported from the mains.
a. The genset can also supply the remaining load.
b. Activate the auto start/stop input to start the genset.
c. The controller synchronises the generator breaker to the busbar.
d. When the generator breaker is closed, the load is transferred from the mains to the genset until the load is at the open
breaker point.
e. The mains breaker then opens.
Start sequence in SEMI-AUTO mode
1. Activate the PV inverters from the Hybrid shortcut menu on the controller.
2. The PV inverters supply the load.
3. If the PV inverters cannot supply the full load, the mains supplies the remaining load.
OPERATOR'S MANUAL 4189341317A EN Page 12 of 28

4.4 PV Fixed power
In AUTO and SEMI-AUTO mode, the PV inverters supply the load configured in the set point for PV fixed power. If you start the
generator, it supplies the load configured in the set point for general fixed power.
Start sequence
1. Activate a start signal.
• Select AUTO mode. The PV inverters start automatically when you select AUTO mode.
• In SEMI-AUTO mode, push the Shortcut button on the controller. Select Hybrid, and then PV semi start.
2. The PV inverters supply the load configured in the set point for PV fixed power (parameter 17131).
3. If you start the generator, it supplies the load configured in the set point for general fixed power (parameter 7051).
4. When the load increases to more than the set points, the mains supplies the extra load.
Settings > Hybrid > General configuration > PV fixed power set
Parameter Text Range Default
17131 Power Set 0 to 100 % 100 %
OPERATOR'S MANUAL 4189341317A EN Page 13 of 28

4.5 PV MPE (Mains power export)
In this mode a constant level of power through the mains breaker is maintained. The power can be exported to the mains or
imported from the mains, but always at a constant level. This mode is also used when a fixed level of imported power is necessary.
The set point can be set to 0 kW. This is to make sure that the load is supplied from the PV/genset and that there is no import or
export of power from the mains.
PV
Inverter
(max. 16)
Load bus
G1
V
GB
V
I
MB
Utility
I
Engine control
Inverter control
Breaker feedback
and control
ECU
L4
Start sequence
1. Activate a start signal.
• In AUTO mode, the PV inverters start automatically. To start the genset, activate the auto start/stop input.
• In SEMI-AUTO mode, activate the PV inverters from the Hybrid shortcut menu. To start the genset, push the Start button.
2. The PV inverters ramp up to reach the MPE kW set point (parameters 7001 and 7002).
3. If the PV inverters cannot supply this load, the mains and the genset supply the remaining load.
You can select how the remaining load is supplied by the genset and the mains with parameter 17171. Select one of these options:
OFF
• The genset operates at the minimum genset load.
• The mains imports or exports the load configured in the set point for mains power.
• The PV inverters ramp up to reach the MPE set point.
• The genset supplies the load configured in the set point for minimum genset load.
• The mains supplies the remaining load.
• If the load increases to more than the capacity of the PV inverters, the genset ramps up.
PV Threshold
• The mains supplies the load configured in the set point for mains power.
• The PV inverters ramp up to reach the MPE set point.
• The genset starts/stops as specified by the set points in parameters 17172 and 17174.
• The genset supplies the load configured in the set point for minimum genset load.
• If the load increases to more than the capacity of the PV inverters, the genset ramps up.
• If the load increases to more than the capacity of the genset, the mains supplies the remaining load.
Mains Threshold
• The mains supplies the load configured in the set point for mains power.
• The PV inverters ramp up to reach the MPE set point.
• The genset starts/stops as specified by the set points in parameters 17176 and 17178.
OPERATOR'S MANUAL 4189341317A EN Page 14 of 28

• The genset supplies the load configured in the set point for minimum genset load.
• If the load increases to more than the capacity of the PV inverters, the genset ramps up.
• If the load increases to more than the capacity of the genset, the mains supplies the remaining load.
Settings > Hybrid > General configuration > PV DG Start mode
Parameter Text Range Default
17171 PV DG start selection
OFF
PV Threshold
Mains Threshold
OFF
17172 PV DG start load 0 to 110 % 90 %
17173 PV DG start load timer 2.0 to 999.9 s 5.0 s
17174 PV DG stop load 0 to 110 % 70 %
17175 PV DG stop load timer 2.0 to 999.9 s 5.0 s
17176 Mains DG start load -30000 to 30000 kW 1000 kW
17177 Mains DG start load timer 2.0 to 999.9 s 5.0 s
17178 Mains DG stop load -30000 to 30000 kW 700 kW
17179 Mains DG stop load timer 2.0 to 999.9 s 5.0 s
OPERATOR'S MANUAL 4189341317A EN Page 15 of 28

4.6 PV Peak shaving
The PV inverters supply the load. When the load is less than the peak shaving set point, the genset stops. If the load is more than
the peak shaving set point, the genset starts.
PV
Inverter
(max. 16)
Load bus
G1
V
GB
V
I
MB
Utility
I
Engine control
Inverter control
Breaker feedback
and control
ECU
L4
Settings > Power set point > MPE/Peak shaving > Day/Night power set.
Parameter Text Range Default
7001 Mains power, Day -20000 to 20000 kW 750 kW
7002 Mains power, Night -20000 to 20000kW 1000 kW
7021 Start generator set point 5 to 100 % 80 %
7023 Start generator min. load 0 to 100 % 5 %
7031 Stop generator set point 0 to 80 % 60 %
Settings > Power set point > MPE/Peak shaving > Day/Night settings
Parameter Text Range Default
7011 Daytime period, start hour 0 to 23 8
7012 Daytime period, start min. 0 to 59 0
7013 Daytime period, stop hour 0 to 23 16
7014 Daytime period, stop min. 0 to 59 0
OPERATOR'S MANUAL 4189341317A EN Page 16 of 28

5. Menus
5.1 Menu structure
The controller has two menu systems, which can be used without password entry:
•The View menu system: Shows the operating status and values. The system has 20 configurable windows, that can be entered
with the arrow buttons.
•The Settings menu system: The operator can see the controller's parameters. A password is necessary to change the
parameter settings.
5.2 Settings menu
You can configure the controller in the settings menu and you can also find information, which is not available in the view menu.
From the view menu, push the button to find the settings menu. Use the and buttons to find the different settings
parameter and select with the button.
Settings menu example
!
Push
Push
Push
Push
Push
1/2O
OPERATOR'S MANUAL 4189341317A EN Page 17 of 28

5.2.1 Menu numbers
Each parameter has a menu number. You can find the number in the upper right corner on the display screen.
You can also find the menu number with the utility software:
1. Select Parameters from the vertical toolbar on the left.
2. Set the view mode to list. The view mode can be found in the left corner of the screen.
3. The menu numbers are in the Channel column.
5.2.2 The jump to parameter function
If you know the menu number for a parameter, you can use the jump to parameter function to go directly to the parameter.
On the controller
1. From the view menu, push the Shortcut button to see the jump to parameter function:
2. Use the and buttons to go to Jump to parameter and push the button.
3. Use the and buttons to change the numbers, and push the button to save. Use the and buttons to move to
the next number.
OPERATOR'S MANUAL 4189341317A EN Page 18 of 28

5.3 View menu
The view menu is shown when the controller is turned on, and you can see the operating status and values. The event and alarms
list will also be shown if an alarm is on.
1
2
3
1. Operating status
2. Values and information
3. Page number
Display view 1 shows an active image and is therefore different from the other views. The image shows the power values and the
direction of the power flow. The image also provides breaker feedback.
1
1
5
2
3
4
6
7
1. Generator breaker
2. Generator symbol
3. Power values
4. Mains symbol
5. Mains breaker
6. The arrows show the direction of the power flow
7. PV symbol
The view menu has 20 different display views. Use the and buttons to select a view.
1/2O
OPERATOR'S MANUAL 4189341317A EN Page 19 of 28

5.3.1 Display views
The controller has 20 different display views, and 5 of the views are pre-configured. You can configure the views with the utility
software.
Line View 1 View 2 View 3 View 4 View 5
1 Supervision BB L1 0.0Hz 0V - BB L1 0.0Hz 0V G U-L1L2 0V
2 - G L1 0.0Hz 0V Synchroniser G 0.00PF 0kW G U-L2L3 0V
3 - G 0.00PF 0kW - G 0kVA 0kvar G U-L3L1 0V
4 - G 0kVA 0kvar - G 0 0 0A G U-Max 0V
5 Supervision G 0 0 0A - G L1 0.0Hz 0V G U-Min 0V
Line View 6 View 7 View 8 View 9 View 10
1 G I-L1 0A G f-L1 0.00Hz G P 0kW P available 0kW G U-L1N 0V
2 G I-L2 0A G f-L2 0.00Hz G Q 0kvar P consumed 0kW G UL2N 0V
3 G I-L3 0A G f-L3 0.00Hz G S 0kVA P 0kW 0% G UL3N 0V
4 - - G PF 0.00 PV P reference Energy Total 0kWh
5 - - PV Q reference PV actual nom. P Run absolute 0hrs
Line View 11 View 12 View 13 View 14 View 15
1 BB U-L1L2 0V G Angle L1L2 0deg Run absolute 0hrs PV P energy, total PV Q energy, total
2 BB U-L2L3 0V G Angle L2L3 0deg GB Operations 0 PV P energy, year PV Q energy, year
3 BB U-L3L1 0V G Angle L3L1 0deg MB operations 0 PV P energy, month PV Q energy, month
4 BB U-Max 0V BB-Gen Angle 0deg PV breaker status PV P energy, week PV Q energy, week
5 BB U-Min 0V - - PV P energy, day PV Q energy, day
Line View 16 View 17 View 18 View 19 View 20
1 PV curtailed energy,
total Start attempts 0 Multi input 20 0 P available 0% P 0kW 0%
2 PV curtailed energy,
year GB Operations 0 Multi input 21 0 P consumed 0% Q 0kvar 0%
3 PV curtailed energy,
month MB operations 0 Multi input 22 0 G 0.0PF 0%P S 0kVA 0%
4 PV curtailed energy,
week U-Supply 0.0V Multi input 23 0 BB f-L1 0.00Hz BB Angle L2L3 0deg
5 PV curtailed energy,
day Date and Time MPU 0rpm BB Angle L1L2 0deg BB-Gen Angle 0deg
5.3.2 Display text
Configure the display views
You can configure the display views with the utility software:
1. Select the Configuration of the user views button in the toolbar.
2. In the pop-up window, select the display view to be changed.
OPERATOR'S MANUAL 4189341317A EN Page 20 of 28