Презентация на тему agc150 training basic v1

AGC 150Basic knowledge Synchronizing ControllersGPC-3Base mountedNon-Power ManagementAGC 200Front mountedStandard Power ManagementAGC-4Base mountedCustom Power ManagementAGC 150Front mountedSimple Power Management Documentationwww.deif.com contains all manuals for the controllers Documentation AGC 150 AGC 150RS485 (1) Typical wiring Setup Current TransformerBasic SettingsConfigurable CT Nominal settingsBasic SettingsConfigurable CT Start Sequence1. Before starting, start prepare ON (Relay 9). Can be used to activate pre-heating Generator ProtectionCheckmark [ √ ] = enableAnd many more protections… Generator ProtectionFail class:Trip + stop = GB trip, engine stop after cooling downSafety stop = I/ODIGITAL INPUTDIGITAL OUTPUTANALOG INPUT Digital Input12 digital inputs, activated by negative (-) VDC signal Each can be configured as:1. Digital Input1. Digital input as alarmParameter > I/O settings > Inputs > Digital inputs[ √ Digital Input2. Digital input as FunctionClick icon I/O settingsConfiguration input/output settings Digital InputDefault assignment Digital Output12 digital outputs (DC outputs)Require common positive (+) VDCConfiguration by USW Digital OutputSetup digital outputClick icon I/O settingsConfiguration input/output settings Digital outputDefault assignment: Analog Input4 multi inputsSelectable for:- 4-20 mA		- RMI Oil Pressure	- 0-10 VDC 	- RMI Water Analog InputConfiguring multi inputs Input & Output TextTo change text, use Translations Input & Output StatusAny digital input/output can be monitored trough USW and display Analog RegulationSPEED REGULATION - ANALOGVOLTAGE REGULATION - ANALOG Speed Regulation - AnalogSetup terminal analog outputParameter > Engine > Gov > General configurationSet as Speed Regulation - Analog2. Setting analog output range (VDC)Parameter > Engine > Gov > General Speed Regulation - Analog3. Setting offset / centerParameter > Engine > Gov > Offset for Speed Regulation – Analog Gain1. PID IslandParameter > Engine > Gov > Speed PID > Speed Regulation – Analog Gain2. PID Load sharingParameter > Engine > Gov > Speed PID Speed Regulation – Analog Gain3. PID Mains parallelParameter > Engine > Gov > Speed PID Voltage Regulation - AnalogSetup terminal analog outputParameter > Generator > AVR > General configurationMore setting Voltage Regulation - Analog 2. Setting analog output range & centerParameter > Generator > AVR Voltage Regulation – Analog GainSame principle with speed PIDParameter > Generator > AVR > Voltage Analog Regulation StatusCheck Device> Governor reg.> AVR reg. Relay regulationSPEED REGULATION - RELAYVOLTAGE REGULATION - RELAY Speed Regulation - Relay1. Change Gov setting to relayParameter > Engine > Gov > General Speed Regulation - Relay2. Setup pulse signal and choosing relay terminalsParameter > Engine > Gov Speed Regulation - Relay3. Setup speed GainParameter > Engine > Gov > Speed PID >Island Speed Regulation - RelayRegulation DeadbandSignal length depends on the Kp value and size of the Voltage Regulation - Relay1. Change AVR setting to relayParameter > Generator > AVR > General Voltage Regulation - Relay2. Setup pulse signal and choosing relay terminalsParameter > Generator > AVR Voltage Regulation - Relay3. Setup voltage GainParameter > Generator > AVR > Voltage PID >Island Relay Regulation StatusCheck Device> Governor reg.> AVR reg. Synchronisation SynchronisationAGC always perform synchronism check before closing breakersAll modes: Auto, Semi Auto, and Manual Genset SynchronisationChange slip frequency & voltageSynchronisation > Dynamic synchronisationSlip FrequencySlip VoltageHere, to sync with 50.0Hz 400V ApplicationSINGLE GENSETMULTIPLE GENSETS Adapting MimicStandalone AMFGensetBTBMAINSMAINS+TBStandalone Parallel without MBStandalone Island Typical Applications for AGC 150Single GensetSingle Genset with MainsMultiple Genset’s with MainsGenset 1Genset 2Genset 32 ApplicationSINGLE GENSET Single GensetApplication configuration New plant configuration“Single DG”MainsSingle Gensetwith Mains Single GensetAlternative setup:*	Access from AGC 150 display:	Settings > Basic settings > Application type > Standalone Single GensetSelect Genset ModeParameter > Basic settings > Application type > Genset type > Genset/plant Single GensetEnable Back SynchronisingParameter > Synchronisation > Mains parallel settings Single GensetAMF delay settingsParameter > Mains > AMF function > AMF timerModeshift ON: Other modes Single GensetMains failure voltage setpointParameter > Mains > Voltage and frequency limits > Voltage limits Single GensetDone setup single genset?Check Application Supervision Single GensetOr DeviceFor detailed monitoring ApplicationMULTIPLE GENSETS Multiple Gensets? Application configuration ? New plant configurationGenset 1Genset 2“Standard”Create drawingof 2 gensets2 Gensets Multiple GensetsSelect Genset ModeParameter > Basic settings > Application type > Genset type > Genset/plant Multiple GensetsSetup ID NumberParameter > Communication > Power management IDGenset 1Genset 2ID: 1ID: 2add ID Multiple GensetsCANbus wiringGenset 1Genset 2put resistor 120 Ωon both endsCAN PMS Multiple GensetsCheck Application Supervision Incorrect communication will be shownGenset 1Genset 2 Power ManagementLOAD DEPENDENT START/STOPMULTI STARTGenset 1Genset 2 Load dependent start/stopConfigure Start/stop based on load PercentageParameter > Power management > Load dependent start/stop Load dependent start/stopStart percentage setpointParameter > Power management > Load dependent start 1Genset 1Genset 2Start delay Load dependent start/stopStop percentage setpointParameter > Power management > Load dependent stop 1Genset 1Genset 2Stopping Multi startSetup of how many gensets start togetherParameter > Power management > Multi start setGenset
Synchronizing ControllersGPC-3Base mountedNon-Power ManagementAGC 200Front mountedStandard Power ManagementAGC-4Base mountedCustom Power ManagementAGC 150Front mountedSimple Power Management

Слайды и текст этой презентации

Слайд 1

AGC 150Basic knowledge

AGC 150

Basic knowledge


Слайд 2

Synchronizing ControllersGPC-3Base mountedNon-Power ManagementAGC 200Front mountedStandard Power ManagementAGC-4Base mountedCustom Power ManagementAGC 150Front mountedSimple Power Management

Synchronizing Controllers


GPC-3
Base mounted
Non-Power Management

AGC 200
Front mounted
Standard Power Management

AGC-4
Base mounted
Custom Power Management

AGC 150
Front mounted
Simple Power Management


Слайд 3

Documentationwww.deif.com contains all manuals for the controllers

Documentation

www.deif.com contains all manuals for the controllers


Слайд 4

Documentation


Documentation



Слайд 5

AGC 150

AGC 150












Слайд 6

AGC 150RS485 (1)

AGC 150








RS485 (1)


Слайд 7

Typical wiring

Typical wiring



Слайд 8

Setup Current TransformerBasic SettingsConfigurable CT

Setup Current Transformer

Basic Settings

Configurable CT




Слайд 9

Nominal settingsBasic SettingsConfigurable CT

Nominal settings

Basic Settings



Configurable CT






Слайд 10

Start Sequence1. Before starting, start prepare ON (Relay 9). Can be used to activate pre-heating

Start Sequence

1. Before starting, start prepare ON (Relay 9). Can be used to activate pre-heating element.
If not required, timer can be changed to 0s to reduce starting time.
2. Shortly after, Starter/crank (relay 6) and Run coil (relay 5), both ON.
Once running feedback detected, Starter/crank is deactivated.
3. Run coil activates continuously all the time, for the duration of engine running.




starting

running


Слайд 11

Generator ProtectionCheckmark [ √ ] = enableAnd many more protections…

Generator Protection

Checkmark [ √ ] = enable

And many more protections…


Слайд 12

Generator ProtectionFail class:Trip + stop = GB trip, engine stop after cooling downSafety stop =

Generator Protection

Fail class:





Trip + stop = GB trip, engine stop after cooling down
Safety stop = Extra genset start up & replace faulty genset
Trip MB/GB = In application “Single DG with mains”, will trip MB instead



Слайд 13

I/ODIGITAL INPUTDIGITAL OUTPUTANALOG INPUT

I/O



DIGITAL INPUT

DIGITAL OUTPUT

ANALOG INPUT


Слайд 14

Digital Input12 digital inputs, activated by negative (-) VDC signal Each can be configured as:1.

Digital Input

12 digital inputs, activated by negative (-) VDC signal
Each can be configured as:
1. Alarms ? setup by Display or USW
2. Function ? setup by USW only



Слайд 15

Digital Input1. Digital input as alarmParameter > I/O settings > Inputs > Digital inputs[ √

Digital Input

1. Digital input as alarm
Parameter > I/O settings > Inputs > Digital inputs

[ √ ] to enable

Set delay

Action


Слайд 16

Digital Input2. Digital input as FunctionClick icon I/O settingsConfiguration input/output settings

Digital Input

2. Digital input as Function
Click icon I/O settings


Configuration input/output settings


Слайд 17

Digital InputDefault assignment

Digital Input

Default assignment


Слайд 18

Digital Output12 digital outputs (DC outputs)Require common positive (+) VDCConfiguration by USW

Digital Output

12 digital outputs (DC outputs)
Require common positive (+) VDC
Configuration by USW



Слайд 19

Digital OutputSetup digital outputClick icon I/O settingsConfiguration input/output settings

Digital Output

Setup digital output
Click icon I/O settings


Configuration input/output settings



Слайд 20

Digital outputDefault assignment:

Digital output

Default assignment:


Слайд 21

Analog Input4 multi inputsSelectable for:- 4-20 mA		- RMI Oil Pressure	- 0-10 VDC 	- RMI Water

Analog Input

4 multi inputs
Selectable for:
- 4-20 mA - RMI Oil Pressure
- 0-10 VDC - RMI Water Temperature
- PT100 - RMI Fuel Level
- Binary input


Setup by USW


Слайд 22

Analog InputConfiguring multi inputs

Analog Input

Configuring multi inputs






Слайд 23

Input & Output TextTo change text, use Translations

Input & Output Text

To change text, use Translations



Слайд 24

Input & Output StatusAny digital input/output can be monitored trough USW and display

Input & Output Status

Any digital input/output can be monitored trough USW and display


Слайд 25

Analog RegulationSPEED REGULATION - ANALOGVOLTAGE REGULATION - ANALOG

Analog Regulation


SPEED REGULATION - ANALOG

VOLTAGE REGULATION - ANALOG



Слайд 26

Speed Regulation - AnalogSetup terminal analog outputParameter > Engine > Gov > General configurationSet as

Speed Regulation - Analog

Setup terminal analog output
Parameter > Engine > Gov > General configuration


Set as analog


Set transducer 52



More setting


Слайд 27

Speed Regulation - Analog2. Setting analog output range (VDC)Parameter > Engine > Gov > General

Speed Regulation - Analog

2. Setting analog output range (VDC)
Parameter > Engine > Gov > General configuration > AOUT 52 limits


GOV


-10V



10V


Слайд 28

Speed Regulation - Analog3. Setting offset / centerParameter > Engine > Gov > Offset for

Speed Regulation - Analog

3. Setting offset / center
Parameter > Engine > Gov > Offset for control signal

0 %

100 %

50 %


GOV

-10V

10V


0V


Слайд 29

Speed Regulation – Analog Gain1. PID IslandParameter > Engine > Gov > Speed PID >

Speed Regulation – Analog Gain

1. PID Island
Parameter > Engine > Gov > Speed PID
> Island (analog/EIC)


Running


Слайд 30

Speed Regulation – Analog Gain2. PID Load sharingParameter > Engine > Gov > Speed PID

Speed Regulation – Analog Gain

2. PID Load sharing
Parameter > Engine > Gov > Speed PID
> Load share (analog/EIC)


close

other gensets


Слайд 31

Speed Regulation – Analog Gain3. PID Mains parallelParameter > Engine > Gov > Speed PID

Speed Regulation – Analog Gain

3. PID Mains parallel
Parameter > Engine > Gov > Speed PID
> Mains parallel (analog/EIC)


close


Слайд 32

Voltage Regulation - AnalogSetup terminal analog outputParameter > Generator > AVR > General configurationMore setting

Voltage Regulation - Analog

Setup terminal analog output
Parameter > Generator > AVR > General configuration



More setting


Слайд 33

Voltage Regulation - Analog 2. Setting analog output range & centerParameter > Generator > AVR

Voltage Regulation - Analog

2. Setting analog output range & center
Parameter > Generator > AVR > General configuration > AOUT 55 limits
Parameter > Generator > AVR > Offset for control signal




AVR


-10V

10V


0V


Слайд 34

Voltage Regulation – Analog GainSame principle with speed PIDParameter > Generator > AVR > Voltage

Voltage Regulation – Analog Gain

Same principle with speed PID
Parameter > Generator > AVR > Voltage PID >
Island (analog/EIC)
Load share (analog/EIC)
Mains parallel (analog/EIC)



Слайд 35

Analog Regulation StatusCheck Device> Governor reg.> AVR reg.

Analog Regulation Status

Check Device

> Governor reg.
> AVR reg.


Слайд 36

Relay regulationSPEED REGULATION - RELAYVOLTAGE REGULATION - RELAY

Relay regulation


SPEED REGULATION - RELAY

VOLTAGE REGULATION - RELAY


Слайд 37

Speed Regulation - Relay1. Change Gov setting to relayParameter > Engine > Gov > General

Speed Regulation - Relay

1. Change Gov setting to relay
Parameter > Engine > Gov > General configuration

Select “Relay”

ignore this part..


Слайд 38

Speed Regulation - Relay2. Setup pulse signal and choosing relay terminalsParameter > Engine > Gov

Speed Regulation - Relay

2. Setup pulse signal and choosing relay terminals
Parameter > Engine > Gov > Relay configuration > Output and period


















Select any unused DO

Increase

Decrease


Слайд 39

Speed Regulation - Relay3. Setup speed GainParameter > Engine > Gov > Speed PID >Island

Speed Regulation - Relay

3. Setup speed Gain
Parameter > Engine > Gov > Speed PID >
Island (relay)
Load share (relay)
Mains Parallel (relay)




Слайд 40

Speed Regulation - RelayRegulation DeadbandSignal length depends on the Kp value and size of the

Speed Regulation - Relay

Regulation Deadband

Signal length depends on the Kp value and size of the deviation.


Gov relay inactive inside deadband window

When commissioning, set deadband to minimum to check genset response
After completed, set deadband back to prolong relay lifetime


Слайд 41

Voltage Regulation - Relay1. Change AVR setting to relayParameter > Generator > AVR > General

Voltage Regulation - Relay

1. Change AVR setting to relay
Parameter > Generator > AVR > General configuration

Select “Relay”

ignore this setting


Слайд 42

Voltage Regulation - Relay2. Setup pulse signal and choosing relay terminalsParameter > Generator > AVR

Voltage Regulation - Relay

2. Setup pulse signal and choosing relay terminals
Parameter > Generator > AVR > Relay configuration > Output and period


















Select any unused DO

Relay Increase

Relay Decrease


Слайд 43

Voltage Regulation - Relay3. Setup voltage GainParameter > Generator > AVR > Voltage PID >Island

Voltage Regulation - Relay

3. Setup voltage Gain
Parameter > Generator > AVR > Voltage PID >
Island (relay)
Load share (relay)
Mains Parallel (relay)



When commissioning, set deadband to minimum to check genset response
After completed, set deadband back to prolong relay lifetime


Слайд 44

Relay Regulation StatusCheck Device> Governor reg.> AVR reg.

Relay Regulation Status

Check Device

> Governor reg.
> AVR reg.


Слайд 45

Synchronisation

Synchronisation












Слайд 46

SynchronisationAGC always perform synchronism check before closing breakersAll modes: Auto, Semi Auto, and Manual Genset

Synchronisation

AGC always perform synchronism check before closing breakers
All modes: Auto, Semi Auto, and Manual























Genset should run slightly faster than bus
to avoid reverse power (f gen > f bus)

50.0Hz

50.1Hz

49.9Hz


Allowed maximum slip frequency: 0.3Hz


Слайд 47

SynchronisationChange slip frequency & voltageSynchronisation > Dynamic synchronisationSlip FrequencySlip VoltageHere, to sync with 50.0Hz 400V

Synchronisation

Change slip frequency & voltage
Synchronisation > Dynamic synchronisation

Slip Frequency

Slip Voltage

Here, to sync with 50.0Hz 400V busbar, genset need to run:
- Freq between 50.0 – 50.3Hz
- Voltage between 380 – 420V

Normally no need changing these settings


Слайд 48

ApplicationSINGLE GENSETMULTIPLE GENSETS

Application



SINGLE GENSET

MULTIPLE GENSETS


Слайд 49

Adapting MimicStandalone AMFGensetBTBMAINSMAINS+TBStandalone Parallel without MBStandalone Island

Adapting Mimic

Standalone AMF

Genset

BTB

MAINS

MAINS+TB

Standalone Parallel without MB

Standalone Island


Слайд 50

Typical Applications for AGC 150Single GensetSingle Genset with MainsMultiple Genset’s with MainsGenset 1Genset 2Genset 32

Typical Applications for AGC 150

Single Genset
Single Genset with Mains
Multiple Genset’s with Mains



Genset 1

Genset 2

Genset 32 (SW packagers dependent)

Single Genset

Single Genset w. Mains

Genset 3

Mains





Слайд 51

ApplicationSINGLE GENSET

Application





SINGLE GENSET


Слайд 52

Single GensetApplication configuration New plant configuration“Single DG”MainsSingle Gensetwith Mains

Single Genset

Application configuration
New plant configuration





“Single DG”

Mains


Single Genset
with Mains


Слайд 53

Single GensetAlternative setup:*	Access from AGC 150 display:	Settings > Basic settings > Application type > Standalone

Single Genset

Alternative setup:*
Access from AGC 150 display:
Settings > Basic settings > Application type > Standalone or PM >
> Application select > Active Application
change active application from [1] to [2]










*Only works if application 2 in default factory setting

Application 2

Application 1


Слайд 54

Single GensetSelect Genset ModeParameter > Basic settings > Application type > Genset type > Genset/plant

Single Genset

Select Genset Mode
Parameter > Basic settings > Application type > Genset type > Genset/plant mode

Example: AMF


Слайд 55

Single GensetEnable Back SynchronisingParameter > Synchronisation > Mains parallel settings

Single Genset

Enable Back Synchronising
Parameter > Synchronisation > Mains parallel settings




Слайд 56

Single GensetAMF delay settingsParameter > Mains > AMF function > AMF timerModeshift ON: Other modes

Single Genset

AMF delay settings
Parameter > Mains > AMF function > AMF timer





Modeshift ON: Other modes retain AMF function when Mains fail


Mains failure delay

Mains Ok delay


Слайд 57

Single GensetMains failure voltage setpointParameter > Mains > Voltage and frequency limits > Voltage limits

Single Genset

Mains failure voltage setpoint
Parameter > Mains > Voltage and frequency limits > Voltage limits




Слайд 58

Single GensetDone setup single genset?Check Application Supervision

Single Genset

Done setup single genset?
Check Application Supervision


Слайд 59

Single GensetOr DeviceFor detailed monitoring

Single Genset

Or Device
For detailed monitoring


Слайд 60

ApplicationMULTIPLE GENSETS

Application





MULTIPLE GENSETS


Слайд 61

Multiple Gensets? Application configuration ? New plant configurationGenset 1Genset 2“Standard”Create drawingof 2 gensets2 Gensets

Multiple Gensets

? Application configuration
? New plant configuration

Genset 1

Genset 2




“Standard”

Create drawing
of 2 gensets

2 Gensets



Слайд 62

Multiple GensetsSelect Genset ModeParameter > Basic settings > Application type > Genset type > Genset/plant

Multiple Gensets

Select Genset Mode
Parameter > Basic settings > Application type > Genset type > Genset/plant mode

Genset 1

Genset 2

select power management

Power management

Power management

Load sharing


Слайд 63

Multiple GensetsSetup ID NumberParameter > Communication > Power management IDGenset 1Genset 2ID: 1ID: 2add ID

Multiple Gensets

Setup ID Number
Parameter > Communication > Power management ID

Genset 1

Genset 2

ID: 1

ID: 2


add ID on every genset


Слайд 64

Multiple GensetsCANbus wiringGenset 1Genset 2put resistor 120 Ωon both endsCAN PMS

Multiple Gensets

CANbus wiring

Genset 1

Genset 2



put resistor 120 Ω
on both ends

CAN PMS


Слайд 65

Multiple GensetsCheck Application Supervision Incorrect communication will be shownGenset 1Genset 2

Multiple Gensets

Check Application Supervision

Incorrect communication will be shown

Genset 1

Genset 2


Слайд 66

Power ManagementLOAD DEPENDENT START/STOPMULTI STARTGenset 1Genset 2

Power Management


LOAD DEPENDENT START/STOP

MULTI START


Genset 1

Genset 2


Слайд 67

Load dependent start/stopConfigure Start/stop based on load PercentageParameter > Power management > Load dependent start/stop

Load dependent start/stop

Configure Start/stop based on load Percentage
Parameter > Power management > Load dependent start/stop configuration

Genset 1

Genset 2


Set as Percentage


Слайд 68

Load dependent start/stopStart percentage setpointParameter > Power management > Load dependent start 1Genset 1Genset 2Start delay

Load dependent start/stop

Start percentage setpoint
Parameter > Power management > Load dependent start 1

Genset 1

Genset 2



Start delay


Слайд 69

Load dependent start/stopStop percentage setpointParameter > Power management > Load dependent stop 1Genset 1Genset 2Stopping

Load dependent start/stop

Stop percentage setpoint
Parameter > Power management > Load dependent stop 1

Genset 1

Genset 2



Stopping delay

% capacity after 1 genset removed


Слайд 70

Multi startSetup of how many gensets start togetherParameter > Power management > Multi start setGenset

Multi start

Setup of how many gensets start together
Parameter > Power management > Multi start set

Genset 1

Genset 2


Autostart/stop input

Select Start 2 DG

Start

Start


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