treinamento zab_b_unitrol 1010_20 product overview v9
DESCRIPTION
treinamento unitrolTRANSCRIPT
© ABB Group June 8, 2012 | Slide 1 Doc no. 3BHS360479 E01 Rev. B
UNITROL® 1010, UNITROL® 1020 Product Overview
Name, Event, Date
© ABB Group June 8, 2012 | Slide 2
Agenda
Excitation refresh
UNITROL® 1000 family
Block diagram and main technical data
Supply modes
Software functions
CMT1000 software (commissioning and maintenance tool)
Scope of supply
Components around the AVR
UNITROL 1000 history
© ABB Group June 8, 2012 | Slide 3
Excitation refresh Automatic voltage regulator (AVR)
System duties
Provide variable DC current with short
time overload capability
Control of generator terminal voltage
with suitable accuracy
Ensure stable operation with network
and / or other machines
Keep machine within permissible
operating range
Contribute to transient stability
subsequent to a fault
Communicate with the power plant
control system
AVR E
SES
© ABB Group June 8, 2012 | Slide 4
UNITROL product family Positioning UNITROL 1000
40 A >10,000 A Ifn
Fu
ncti
on
al
req
uir
em
en
ts
Excitation with
rotating exciter (AVR)
Static excitation
system (SES)
UNITROL 1000
UNITROL 6000
Excitation current / generator power
UNITROL 1000 product family Applications
© ABB Group June 8, 2012 | Slide 5
Power Marine
Wind Traction
© ABB Group June 8, 2012 | Slide 6
UNITROL 1000 product family Until end of 2011
UNITROL 1000-15 UNITROL 1000-PM40 UNITROL 1000-7
Power module
© ABB Group June 8, 2012 | Slide 7
UNITROL 1000 product family From February 2012
UNITROL 1010
UNITROL 1020
UNITROL 1000-PM40
(power module)
© ABB Group June 8, 2012 | Slide 8
UNITROL 1000 product family Hardware overview
UNITROL 1010 UNITROL 1020
Excitation current
at 55 °C
10 A cont.
20 A ceiling
20 A cont. *
38 A ceiling
Aux power supply YES YES
Panel NO YES
I/Os
8 digital I/Os
4 digital input
3 analog inputs
2 analog outputs
8 digital I/Os
4 digital input
3 analog inputs
2 analog outputs
Interfaces
USB
RS485
Ethernet
(CAN)
USB
RS485
Ethernet
(CAN)
Mechanicals
IP20
Low module height
Mounted inside generator
IP20
Mounted inside generator
*) Ie > 15 A requires
external capacitor
© ABB Group June 8, 2012 | Slide 9
UNITROL 1000 product family Software overview
Software functions UNITROL
1010
UNITROL
1020
LIGHT AVR/FCR/ PF/VAR
Limiters
Soft start
Voltage matching
BASIC
Modbus TCP
Rotating diode monitoring
Input for closed loop contr.
VDC mode
Dual channel / monitoring
FULL
Synchronization (SYNC)
Event logger
Data logger
Real-time clock
SNTP time synchronization
Option Power system stabilizer
(PSS)
LIG
HT
BA
SIC
BA
SIC
+ S
YN
C
BA
SIC
BA
SIC
+ S
YN
C
FU
LL
FU
LL
+ P
SS
© ABB Group June 8, 2012 | Slide 10
UNITROL 1000 product family UNITROL 1000 portfolio
Excitation current
Hard
ware
/ s
oft
ware
fu
ncti
on
ality
10 A 40 A
LIG
HT
B
AS
IC
FU
LL
E
XT
EN
DE
D
20 A
UNITROL
1010
UNITROL
1020 (with panel)
UNITROL
1000-
PM40
© ABB Group June 8, 2012 | Slide 11
Block diagram and main technical data Device overview
IP 20 housing
Robust mechanical design
Spring tension terminals for power and
measurement
Plug-in terminal blocks for digital and
analog I/O’s
CAN and RS485
Ethernet
3 status LED’s
Industrial USB
Local human machine interface
© ABB Group June 8, 2012 | Slide 12
Block diagram and main technical data Block diagram
© ABB Group June 8, 2012 | Slide 13
Block diagram and main technical data Technical data
Large supply voltage range
9 – 300 VAC 3-phase (min. to max. )
16 – 300 VAC 1-phase (min. to max. )
18 – 420 VDC (min. to max. ) Nominal voltage must not exceed 250 VAC
Power electronics supply 0 – 300 VAC or 0 – 420 VDC
Excitation output 20 ADC cont. 38 ADC 10 sec Excitation current above 15 A requires external capacitor
3-phase or single phase stator voltage measurement up 450 VAC
Single phase current measurement (1 to 5 A)
Single phase measurement of line voltage for synchronization up 450 VAC
Measurement accuracy 0.1%
Control accuracy typically < 0.5% (depending on Vp)
AVR response time < 20 ms with 3 phase measurement < 50 ms with 1 phase measurement
© ABB Group June 8, 2012 | Slide 14
Supply modes PMG or AUX winding supplied
PMG SM E
AVR
UNITROL 1000
AVR System
© ABB Group June 8, 2012 | Slide 15
Supply modes Externally supplied
SM E
External power supply
AVR
UNITROL 1000
© ABB Group June 8, 2012 | Slide 16
Supply modes Shunt supplied
SM E
AVR
UNITROL 1000
© ABB Group June 8, 2012 | Slide 17
Supply modes Shunt supplied with AC boost
SM E
AVR
UNITROL 1000
boost
Boost for short circuit support
© ABB Group June 8, 2012 | Slide 18
Supply modes Shunt supplied with DC boost
SM E
Station
battery
AVR
UNITROL 1000
boost
Boost for short circuit support
© ABB Group June 8, 2012 | Slide 19
Supply modes Shunt supplied with DC or AC boost at AVR input
SM E
Station
battery
AVR
UNITROL 1000 Voltage
relay
© ABB Group June 8, 2012 | Slide 20
Supply modes DC-Exciter supplied
Retrofitting systems
with DC Exciter
machines
SM =
AVR
UNITROL 1000
Start
+
-
© ABB Group June 8, 2012 | Slide 21
Supply modes Calulating kceiling for UNITROL 1000
PMG SM E
AVR
UNITROL 1000
Internal DC voltage:
UDC = Ue max.
= kceiling * Ue no load
= 10 * 16.4 V = 164 VDC
Excitation voltage:
Ue no load = 16.4 V
3 phase PMG
UPMG= (UDC + 8) /1.35
UPMG= 127 VAC
kceiling = Ue max. / Ue no load
kceiling= 5…10… 15
© ABB Group June 8, 2012 | Slide 22
Supply modes Bad example kceiling for UNITROL 1000-15
PMG SM E
AVR
UN 1000
6.6 kV nominal
Internal DC voltage:
UDC = 220 V x 1.35 – 8 V
= 289 VDC
PWM: 2% to 98%
Excitation voltage:
Min / max.: 6 V / 283 V
Ue no load: 16.4 V
Generator voltage
after switching on
excitation
36.6% / 2.4 kV
3 x 220 VAC
kceiling = 17.4
© ABB Group June 8, 2012 | Slide 23
Supply modes Bad example kceiling for UNITROL 1020
PMG SM E
AVR
UN 1000
6.6 kV nominal
Internal DC voltage:
UDC = 220 V x 1.35 - 8V
= 289 VDC
PWM: 0.5% to 99%
Excitation voltage:
Min. / max.: 1.5V / 286 V
Ue noload: 16.4 V
Generator voltage
after switching on
excitation
9.2% / 0.6 kV
3 x 220 VAC
kceiling = 17.4
© ABB Group June 8, 2012 | Slide 24
Software functions LIGHT package (1/3)
Start up functions
Soft start
Field flashing off / voltage relay function
Fast line voltage matching
Regulator modes
Voltage control mode with PID control algorithm
Power factor controller with PID control algorithm
Reactive power (VAR) controller with PID control
algorithm
Excitation current controller (manual control) with PID
control algorithm
© ABB Group June 8, 2012 | Slide 25
Software functions LIGHT package (2/3)
Limiters
V/Hz limiter
Minimum excitation current limiter
Underexcited reactive current limiter as a function of
active power (P/Q)
Three step delayed maximum excitation current limiter,
generator cooling media temperature depending
Stator current limiter, generator cooling media
temperature dependent
Machine voltage min. / max. limiters
(Only used in PF/VAR mode)
Power chart
© ABB Group June 8, 2012 | Slide 26
Power chart with operational limits
P
+Q -Q 1/Xd
max. field current
limiter
min. field current
limiter
underexcitation
P,Q limiter
max. stator
current limiter
© ABB Group June 8, 2012 | Slide 27
Software functions LIGHT package (3/3)
Network short circuit support functions
Boost function
Fault ride-through (FRT) detection
Commissioning
Open loop control of output voltage for test purposes
Built-in step test function for regulator tuning, together with
CMT1000
© ABB Group June 8, 2012 | Slide 28
Software functions BASIC package (1/3)
Modbus TCP (Ethernet) / RTU (RS485)
Access to all measurement status information and parameters
Remote control, alternative for digital I/Os
Easy extension of I/Os
Rotating diode monitoring
Voltage droop compensation (VDC) mode for island operation See more information
Reactive load sharing at constant bus bar voltage
Up to 31 machines
Support for 2 tie breaker or ring structure
Analog input from superimposed regulator to summing point of voltage regulator
© ABB Group June 8, 2012 | Slide 29
Voltage droop compensation (VDC) VDC principles
Reactive load sharing at constant bus bar voltage
Fix to 100% in range of min. / max. VAR set point
Outside min. / max. VAR set point in static droop mode
Interaction between units based on digital serial bus
communication RS485
Up to 31 machines
Only for island operation
SM SM SM SM
Load A Load B
AVR 1 AVR 2 AVR 3 AVR 4
RS-485U = 100 %
© ABB Group June 8, 2012 | Slide 30
Voltage droop compensation (VDC) VDC for bus bar with 2 tie breaker
Status of generator breaker defines whether AVR is joining
load sharing
Tie breaker status is routed to every AVR to define load
sharing groups
© ABB Group June 8, 2012 | Slide 31
Voltage droop compensation (VDC) VDC for ring structure
Based on segments, max 6 segments
Tie breaker status only wired inside segment
Status of local tie breaker is send over
RS485 to other AVR’s
Algorithm defines which AVR’s are on the
same bus
© ABB Group June 8, 2012 | Slide 32
Software functions BASIC package (2/3)
Monitoring / protection functions
Device supervision functions grouped to 2 supervision
alarm signals /1 trip output
Watchdog / communication / PT / CT
PWM (excessive excitation / loss of excitation)
DSP temperature / control supply voltage / digital
output
External monitoring functions grouped to 2 monitor
alarm signals
Rotating diode monitoring RDM
Generator voltage (min. / max.)
Excitation current (max.)
© ABB Group June 8, 2012 | Slide 33
Software functions BASIC package (3/3)
Auto / manual switch over
Configurable forcing to manual mode
Dual channel functions
Setpoint follow up of second channel over CAN
Blocking of channel switch over in case of redundant
channel failure
Configurable switch over logic
Internal trip logic
Configurable forcing excitation off (trip)
© ABB Group June 8, 2012 | Slide 34
Software functions FULL package (1/1)
Automatic synchronizing
Generating close command for GCB (breaker closing
time as parameter)
Analog output or higher / lower pulses to governor
Dead bus synchronizing
Real time clock, time synchronizing over SNTP server
Event logging, up to 500 events
Data logger
Up to 10 data logs, each containing 12 signals with
2,000 samples (5 signals free configurable)
Sampling time between 10ms and 500ms
Configurable triggering (event)
© ABB Group June 8, 2012 | Slide 35
Software functions Options and further developments
Power system stabilizer (IEEE PSS2A/2B, optional)
Injection points for frequency, active power and input of
lead lag filter
2 configurable test points for CMT1000 and external
measurement devices
Future development (not yet scheduled)
Profinet I/O interface
Line charging
© ABB Group June 8, 2012 | Slide 36
CMT1000 software Benefits
User-friendly tool for all UNITROL 1000 products
Intuitive commissioning and maintenance tool
Easy to learn how to operate
Build-in step and real time recording functions
No additional measuring devices needed
Extended debug functions
Fast commissioning and trouble shooting
Enables precise and focused remote support
© ABB Group June 8, 2012 | Slide 37
CMT1000 software Intuitive I/O setup windows
Digital I/O
Input / output
Select signal with drop down menu
Select polarity
Green LED terminal voltage is high
Analog input
Select signal with drop down menu
Select scaling
Terminal voltage directly shown
© ABB Group June 8, 2012 | Slide 38
CMT1000 software Supervision functions
Configure digital outputs
2 alarms / 2 trip
Supervision functions
Active and latched status
Watchdog / comm.
PT/CT monitoring
Excitation power output
Temperature
Internal power supply
Digital output
External monitoring functions
© ABB Group June 8, 2012 | Slide 39
CMT1000 software Step function and real time recording
Step function
All regulator modes
Define step size
Down or up (10 sec)
Real time recording
Simultaneously 16 signals recorded
(50ms)
Additional status information like
modes, I/Os, limiters
Save waveform to PC
© ABB Group June 8, 2012 | Slide 40
CMT1000 software Required data for remote support
Single line diagram
Parameter file
Waveform file of oscilloscope
Analyzing of waveform files, CMT in offline
Load parameter file and open waveform file
All other CMT windows are following cursor A
Measuring window
PQ-diagram
Adjust setpoint window
I/O setup windows
© ABB Group June 8, 2012 | Slide 41
Scope of delivery Coming with every unit on a CD
CMT1000
Easy to use commissioning tool
PID tuning tool
Optimize PID setting for stable and reliable operation
E-learning
Interactive learning of
Excitation basics
UNITROL 1010 / 1020 functions and features
Module interfaces
Manuals
Presently available in English, French, Spanish and German
© ABB Group June 8, 2012 | Slide 42
UNITROL 1000 product family Scope of delivery
UNITROL 1000
Commissioning
and maintenance
tools
Simulation
models
Standard application
solutions
Worldwide
24h support
Training
Life cycle management
R&D
customer
specific
Commissioning
Repair and
analysis
Project specific
engineering
Grid code
studies
Models:
IEEE; Matlab /
Simulink; Power
Factory
© ABB Group June 8, 2012 | Slide 43
UNITROL 1000 product family Scope of delivery
UNITROL 1000
Commissioning
and maintenance
tools
Simulation
models
Standard application
solutions
Worldwide
24h support
Training
Life cycle management
R&D
customer
specific
Commissioning
Repair and
analysis
Project specific
engineering
Grid code
studies
Models:
IEEE; Matlab /
Simulink; Power
Factory
© ABB Group June 8, 2012 | Slide 44
Components around the AVR UNITROL 1000 systems
Engineered solutions
Single / dual channel
Protection breaker
Field breaker
Galvanic insulated I/O
Excitation transformer
Cubical solutions
Ask our experts for:
Multiple power input sources
Synchronization
I/O extension
See ABB standard drawings
© ABB Group June 8, 2012 | Slide 45
Components around the AVR UNITROL 1020, 1 channel system
© ABB Group June 8, 2012 | Slide 46
Components around the AVR UNITROL 1020, 2 channel system
© ABB Group June 8, 2012 | Slide 47
Excitation systems, components around the AVR UNITROL 1020, 2 channel system
© ABB Group June 8, 2012 | Slide 48
Excitation systems, components around the AVR UNITROL 1010, 2 channel traction design
Traction approved components
Vibration proved mechanical design
Variable speed application
(30 Hz to 90 Hz)
Shunt supply + DC for start up
Input voltage 60 VAC to 180 VAC
Load: Traction converter
(High harmonics)
AVR specific functions:
Dynamically V/Hz limiter
Adaptable kceiling depending on
input voltage
© ABB Group June 8, 2012 | Slide 49
UNITROL 1000 history Rising success
© ABB Group June 8, 2012 | Slide 50
UNITROL 1000 history Main development steps of hardware devices
2000: UNITROL 1000 version 1
2003: UNITROL 1000 version 4
2004: UL certification
2004: UNITROL 1000-PM40
2006: UNITROL 1000-7
2012: UNITROL 1010 and UNITROL 1020
© ABB Group June 8, 2012 | Slide 51
UNITROL 1000 history Development of software features
Year Software features UNITROL 1000-15 and UNITROL 1000-7
2000 Release 3/
PC tool
Synchronization
Reactive load sharing
2003 Release 4.1/
CMT tool
Upgrade to 150 MHz DSP / code written in C
Adding diode monitoring
2004 Release 4.2 PSS / improvement of RS485 synchronization
Protection of calibration data
2005 Release 4.3 Support of UNITROL 1000-7
Modbus on RS485
Limiter blocking during soft start
2006 Release 4.4 CMT recognizes older CMT version
Scaling of voltage measurement, improvement of frequency
measurement at start up
2009 Release 5.0 CMT 1000, OFFLINE / MONITOR / CONTROL mode
Modbus on RS232, enabled for Modbus TCP with gateway
Double channel system based on configurable monitoring functions
© ABB Group June 8, 2012 | Slide 52
UNITROL 1000 history Delivered UNITROL 1000
0
200
400
600
800
1000
1200
1400
1600
1800
2000
2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011
UN1020
UN1010
UN1k-7
UN1k-15
© ABB Group June 8, 2012 | Slide 53