The Value of Systems Integration Johnson Controls, Inc Pulse 2008 Conference.
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Transcript of The Value of Systems Integration Johnson Controls, Inc Pulse 2008 Conference.
The Value of Systems Integration
Johnson Controls, IncPulse 2008 Conference
2
Value of Integration
Defining hidden functional failures or actual alarms
Knowledge of developing operational Issues
Capacity, configuration & installation mgmt.
Identify root cause & effect
Automate - On-condition tasking, facility org.
Remediate issues before they become alarms
Sustaining energy efficiency targets
Actual cost allocations based on data.
3
Today’s Issues
Hidden Issues w/ financial & Ops consequences
Little knowledge of cause and effect
No reliable tie to energy benchmarks
Inconsistent condition validation
Inconsistent operational efficiency
Manual Method of information transfer to the maintenance organization
Limited use of technology for cost allocation.
4
Integration of Information
Metasys Tivoli
Maximo
Integrator
Solution TeamProcessTechnologyPeople
5
Case Study – Value of Integration
Value of system data for cause & effect
Value of condition indicators
Energy as a “Sentinel” indicator
Automated “Conditional” work order generation
Optimization of energy usage
Discovery of “hidden” functional failures.
6
Background Information
Problem – Spot Capacity Issue
60K Sq ft of Raised Floor
2 floors 30K sq. ft. each
Chilled water loop, 60 CRAC Units (Total)
50% of CRAC Units fully configured
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Defining the Scope & Scale of the Issue
40.000 50.000 60.000 62.000 64.000 65.000 66.000 67.000 68.000 68.500 69.000 69.500 70.000 70.500 71.000 71.500 72.000 72.500 73.000 73.500 74.000 74.500 75.000 75.500 76.000 76.500 77.000 78.000 79.000 80.000 above
ABC CompanyComputer Room
Ambient Temperature-3ft. Level
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• BAS• NMS• Manual Data collection
Source:
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Integration of System Data
40.000 50.000 60.000 62.000 64.000 65.000 66.000 67.000 68.000 68.500 69.000 69.500 70.000 70.500 71.000 71.500 72.000 72.500 73.000 73.500 74.000 74.500 75.000 75.500 76.000 76.500 77.000 78.000 79.000 80.000 above
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Integration of:• IT SystemInformation
Source: NMS
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Integration of Configuration Data
40.000 50.000 60.000 62.000 64.000 65.000 66.000 67.000 68.000 68.500 69.000 69.500 70.000 70.500 71.000 71.500 72.000 72.500 73.000 73.500 74.000 74.500 75.000 75.500 76.000 76.500 77.000 78.000 79.000 80.000 above
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Integration of:• Configuration Drawings
Source: CMMS
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Quantify Performance via Energy usage
Measure OperationalEfficiencyagainst baseline
Source: BAS/CMMS
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Energy as a “Sentinel” Indicator
Data Center D/C EE Ratio
(Energy Efficiency Index)
(Support Sys. vs. Critical Load Ratio)
0.556 2.250
2.500Baseline Ratio
Current Ratio
.600
Source: CMMS (Historical)
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Energy as a “Sentinel” Indicator
Data Center D/C EE Ratio
(Energy Efficiency Index)
(Support Sys. vs. Critical Load Ratio)
0.556 2.250
2.500Baseline Ratio
Current Ratio 2.580.600
.608
Source: BAS (Current)
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CMMS - Job Plan Auto Generation
FREQTYP
E TASKING R&R PMPDM
PAM
On Condition Tasks R&R 10
CHECK ADJACENT UNITS FOR STANDARDIZED OPERATIONAL SETTINGS AND SIGNATURE – Affected areas
0.20 0.10
R&R 20
CHECK CONDENSTATE ON ADJACENT UNITS, IF YES, CHECK OPERATION OF VALVE
0.10
0.10
PAM 30LOG OPERATION PARAMETERS DURING THIS TASK 0.10
0.1
R&R 40
CHECK POSITION OF CW VALVE AGAINST CURRENT % COOLING ON PANEL
0.20
0.20
Total 0.70 0.20 0.10 0.00 0.20
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CRAC Unit Operating Signatures
40.000 50.000 60.000 62.000 64.000 65.000 66.000 67.000 68.000 68.500 69.000 69.500 70.000 70.500 71.000 71.500 72.000 72.500 73.000 73.500 74.000 74.500 75.000 75.500 76.000 76.500 77.000 78.000 79.000 80.000 above
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Integration of• IT SystemInformation• Drawings• BAS• Manual Data
Verification of Performance
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CRAC Unit – Poor Operating Signature
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CMMS - Job Plan Execution
FREQTYP
E TASKING R&R PMPDM
PAM
On Condition Tasks R&R 10
CHECK ADJACENT UNITS FOR STANDARDIZED OPERATIONAL SETTINGS AND SIGNATURE – Affected areas
0.20 0.10
R&R 20
CHECK CONDENSTATE ON ADJACENT UNITS, IF YES, CHECK OPERATION OF VALVE
0.10
0.10
PAM 30LOG OPERATION PARAMETERS DURING THIS TASK 0.10
0.1
R&R 40
CHECK POSITION OF CW VALVE AGAINST CURRENT % COOLING ON PANEL
0.20
0.20
Total 0.70 0.20 0.10 0.00 0.20
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CRAC Unit – Good Operating Signature
18
Review - (Signature Before)
40.000 50.000 60.000 62.000 64.000 65.000 66.000 67.000 68.000 68.500 69.000 69.500 70.000 70.500 71.000 71.500 72.000 72.500 73.000 73.500 74.000 74.500 75.000 75.500 76.000 76.500 77.000 78.000 79.000 80.000 above
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Validation of Results - (After)
60.000 61.000 62.000 63.000 64.000 65.000 66.000 67.000 68.000 68.500 69.000 69.500 70.000 70.500 71.000 71.500 72.000 72.500 73.000 73.500 74.000 74.500 75.000 75.500 76.000 76.500 77.000 78.000 79.000 80.000 above
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Validate Resultsof RemediationActivities• IT NMS• BAS
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Case Study Results
Temperature variances mitigated
Gain back of 68 tons of cooling
Decrease of 280 KW of energy consumption
IT server performance: extended MTBF
Process used to adjust maintenance plansOn condition tasking
Continuous verification of performance vs. baseline
Validation effect of maintenance with energy usage
Financial gain - $97.5K/year, 1 location
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Summary – Process Automation
Metasys Tivoli
Maximo
Integrator
Solution TeamProcessTechnologyPeople
22
Summary - Value of Integration
ID of Hidden functional failures – No alarms present
Knowledge of developing operational Issues
Automation of on-condition tasking for facility org.
Identification of root cause & effect
Mgmt of load to available resources (Capacity Mgmt)
Record of asset/system information & trends (CMMS)
Sustaining energy efficiency targets
Optimized operating costs & allocations.
Installation Management
23
Thank You!