optiramp rational scada ramp rate 2700 2800 3000 3000 actual acceleration 2 rpm rpm rpm rpm/min...
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OptiRamp® Rational SCADA
OptiRamp on the Edge
The OptiRamp Rational SCADA solution brings data on the edge into OptiRamp to fully light up your total value stream and improve model accuracy, simulation, optimization, and predictive analytics. Examples of where Rational SCADA may be used include
• Virtual Well Test/Gas Lift Optimization• Pipeline Pressure Management• Pump Stations, Compressor Stations• Chemical Injection• Tank Level Monitoring
Benefits
• Rapidly deploy field instrumentation to strategic locations where data are lacking
• Cost-effective wireless solution that does not require a significant investment of capital, resources, or programming
• Start using data almost immediately with the OptiRamp Virtual Tag Server (VTS)
The OptiRamp Rational SCADA solution is highly flexible for any situation and has the following components: 1) instrumentation, 2) communication, and 3) data collection, management, and transformation.
How Rational SCADA Works
Rational SCADA Panel
Cell Tower
RemoteLocation
Internet
Virtual TagServer
Instrumentation
OptiRamp Rational SCADA uses mesh networking to communicate information from the field back the OptiRamp VTS. With a mesh network, wireless devices (nodes) self-configure into a web-like structure to cooperate with each other and efficiently relay data to a central location.
Mesh Network Benefits
• Less power required to transmit data• Increase coverage over a larger area• Reduce installation problems because the
nodes self-configure• Solve challenges in outdoor environments
where hills or buildings may block radio signals• Improve data reliability and availability, even
if a node fails, with the ability to take alternate path to the ultimate destination
• Reduce costs and maintenance needs
Mesh Network
Mesh Network
Field 1
Field 2
Field 3
Plant 2
Main Office
Office 1
Plant 1
2.27 Km
2.01 Km
1.92 Km
0.5 Km
1.86 Km
1.53 Km
1.37 Km
1.74 Km
0.5 Km
0.68 Km
OptiRamp Rational SCADA is flexible to help you receive and leverage data into operational intelligence across your total value stream.
OptiRamp VTS is a time-series database that collects, stores, and manages Rational SCADA data from the field and other asset data source via the OptiRamp OPC and ODBC drivers. The OptiRamp VTS is designed to handle the large quantities of data today’s processes generate.
OptiRamp VTS
Virtual TagServer
Aspen HYSYS®OPC ODBC
...and otherdata sources
RationalSCADA
01011100101010010111010 1 0011
1010
01
01101011101001
010111001010100101 1 1010
10011101001011010111
010111 0 01010100101110101001110100101101011101000
01011100101010010 1 11010
10011101001011010
010111001010100101110101001110 1 0 010110101110100010101
0101
1100
1010
1001
0111
0101
0011
1010
0101
1010
1110
1000
1010
1010
1001
1010
01010
101
01011100101010010111010100111010 0 1011
0101
11010001010101010011011011
01011100101010010111010 10011101001011010111
01011100101010010111010100 1 1 101001011010
0101
1100101 01001
0111
0101
010111001010100101110101
0 011101001011010111010001010101010011
01011100 1 0101001011101010011101001011
010111001010 1 00101110101001110100101101011101000101010101001100101101011
0 1 0 1110010101001011101010011101001011010111010001010101010011010010110
01011100101010010111010100111010010110101110100010101010100110101101010010101101010010100100101110111 010101010100010101110101010101010
Once data are available in the OptiRamp VTS, the possibilities are endless. Data may be transformed into dynamic, advanced key performance indicators with OptiRamp Tag Advanced Functions; used in the OptiRamp Runtime Applications to improve model accuracy, simulation, and optimization; and visualized across your company with the OptiRamp Web Applications.
Data Transformation
Virtual TagServer
Gross
MW510
Aux
Gen 1
LL
UL
Main Steam
Press
PSIG210
Temp
°C43
Steam Turbine Overview
Turbine Trip Status
OKRPM
Speed
3000Power Train Clutch
OKVibration
OK
Hot RH
Press
PSIG210
Temp
°C43
LP Steam
Press
PSIG210
Temp
°C43
LP Exhaust
Press
in HgA0.5
Lube Oil
Press
PSIG210
Temp
°C43
Active1 10
2
3
10
10
Total Plant
GT HRSG ST GEN BOP Electric Tasks
+ Auxiliaries
+ Monitoring
+ Tests & Maintenance
Master Control
Master Reset
Diagnostic Reset
Alarm Viewer
Turbine Control StatusHigh Speed Not PermittedTurbine Trip Start Permissive
Flex Hot Start Status Flex Hot Start Permissive
Power Train Clutch Hold Status
Flow Mode Operator Hold
Limiters
Select Master Control Mode
Min Load Permissive
Load Cmd Permissive
IPC Permissive
OK
Not Active
Disengaged
Forward
Not OK
Not OK
On Operator Hold
ON OFF
Select
Shut Down
Close Valves
Accelerating
Min Load
Load Cmd
Load to IPC
OK
OK
OK
Speed Control
SpeedCurrentReferenceTarget
Ref Ramp Rate
270028003000
3000Actual Acceleration2
RPMRPMRPM
RPM/min
RPM/min
Load Control
LoadCurrentTarget
59.589.2
%%
Ramp RateCurrentOperator Rate
2.515
%/min%/min
Ramp Rate StatusSpeed/Load/Temp Hold
Inlet Press Control
IN OUT
IP Ref2700 psi
IP Ref
720.0 psi +
Control Ref128.0 %
Setpoint Tracking
ON OFF
LP Admission Press ControlStart PermissiveNot OKAP Ref74.8 psi
AP Setpoint
74.8 psi +
Flow Limit Ref-10.0 %
Flow Limit Setpoint
74.8 psi +
VibrationH
HP
H
L
IP LP Aux SystemMain Steam
H
L
H
L
164°C
164°C
210PSIG
5 6 7 8 9
5
6
7
8
9
XY
0.80.8
XY
3.33.3
XY
1.01.1
XY
5.86.1
XY
4.54.5
CV 1 MSV 1
A A100% 100%
IV 1 RSV 1
A A100% 30%
IV 2 RSV 2
A A100% 30%
ACV ASV
A A30% 30%
Water Spray Valve
A30%
HP Exhaust
H
L
Cold RH
H
L
164°C
210PSIG
H
L
Hot RH
H
L
164°C
210PSIG
H
L
LP Steam
H
L
164
°C
210PSIG
H
L
LP Exhaust
H
L
164°C
210PSIG
H
L
Lube Oil
H
L
H
L
164°C
210PSIG
210PSIG
Lift Oil
H
L
210PSIG
Hyd Oil
H
L
Steam Seal
H
L
164°C
210PSIG
Power Plant Generation
ActualMaximum
52.855.0
MWMW
Unit 1
ActualMaximum
94.395.0
MWMW
Unit 2
ActualMaximum
119.8121.0
MWMW
Unit 3
Total Daily Generation
Total Net Generation
Total CER
271 MW
1,270 MW
87 Ton
Today Change-0.5+15+1
MW
MW
Ton
Unit PerformanceUnit 1
Unit 2 Unit 3
Reliability
99.0 % 99.0 % 98.9 %
Availability
99.0 % 99.0 % 98.9 %
Efficiency
99.0 % 99.0 % 98.9 %
ForecastGross Generation PM
YTD Gross Generation
YE Gross Generation
Variance
Projected Date Target Reached
Remaining Days to Target
2,184 GWh
1,148 GWh
2,263 GWh
85.52 GWh
27 Dec 2017120 Days
Exception Report
Production Variance Above 10%
Field Steam Generation
Common Unit
Unit 1 Power Plant
Unit 2 Power Plant
Unit 3 Power Plant
WHP Under Separator Press.
Unit 1 Back Pressure
Unit 2 Back Pressure
Unit 3 Back Pressure
Grid Voltage
Today Yesterday2 Wells 3 Wells
Field Common Unit 1 Unit 2 Unit 3
Field Performance OverviewSteam ProducedTotal Capacity
271 MW 630,000 Glbs.
Demand (Forecast)
271 MW
Condensate Injected
45,000 BBLS
Efficiency
76.5 %
Total CER
87 Tons
Last 90 Days
Current
Electricity Generated
271 MW
LegendProduction Well
Injection Well
Observation Well
Plugged & Abandoned Well
Unit II, III
Unit I
Compressor
LL
HH
Inlet Exhaust CDPTemp Press Temp Press Press
LL
HH
LL
HH
LL
HH
LL
HH
230 ºC 230 ºC25PSIG 25PSIG 25PSIG
4401 Westown Parkway, Suite 124West Des Moines, IA 50266 USATelephone: 1.515.267.8700www.optiramp.com
OptiRamp® and the S&C logo are registered trademarks of Statistics & Control, Inc.Copyright © 2018 Statistics & Control, Inc. All rights reserved. Rev. 1 01/18
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For more information about the OptiRamp Solutions, contact one of our representatives. For a complete listing of our worldwide locations, visit our website at www.optiramp.com.