Taking your Buildings to the Next LevelAutomation Strategies forEfficiency
Facility ManagementChallenges of the FutureFinancial pressure on to lower facility operatingcostsIncreasing energy costs a...
Have Rising Energy Costs Directly Forced Your SchoolTo Cut Spending In Any Of The Following Areas?Source: “School Energy a...
Has The Economic Downturn Changed Any PlannedFacility Improvements?Source: “School Energy and Environment Survey” (2010)
If You Have Not Gone Forward With Energy Retrofits,What Has Been The Biggest Hurdle?Source: “School Energy and Environment...
Space Heating82%Water Heating8%Other6%Cooking4%K-12 Natural Gas UsageLighting26%Cooling26%Office Equipment20%Other10%Venti...
Where to findEnergy savingsUtility BillingProblemsEquipmentRetrofitsSupplyProcurementAlternate utilityratesBehaviorModific...
ManagementApproachAnalyze &BenchmarkReduceRun-TimeReplaceOld SystemsManagePeak-LoadSelf-GenerationDemandResponseActionTrac...
Effective M&O PracticesIncrease EfficiencyWell-designed M&O program can generatesubstantial energy savings for your distri...
Energy Saving StrategiesScheduled Maintenance – reinstate requiredmaintenance procedures for filters, boilers, etcSimple R...
EquipmentFailureMean Time to ReportProblem IdentifiedAction StartsTechnician AssignedTruck RollsMean Time to RespondMean T...
Level 1 Work Order
Chiller Failure4:12am Mean Time to Report3 hours 18 minutesStaff uses MSB tosubmit requestat 7:30amTechnician Assigned;Get...
Level 2 Critical Alarm Work Order
Chiller Failure4:12am Mean Time to Report2 minutesWork Order Dispatchedat 4:14 amTechnician Wakes Up, getsCoffee; gets dre...
Level 3 CAA & InfoRich Work Order
Chiller Fails4:12am Mean Time to Report2 minutesWork Order Dispatchedat 4:14 amTechnician Wakes Up, getsCoffee; gets dress...
Level 4 Predictive Data Rich Work Order
Chiller Never Fails Reported 3 days agoPMAutomtion WO triggeredWork Order Dispatched2 days agoTechnician Schedules withnor...
Time When Schools Use Energy(Typical of a 24-Hour Period)kW = kilo-watt(one-thousand watts of electricity)Midnight Midnigh...
District-wideSchedulingBuilding AutomationControlsSystemAutomates HVAC & Lightingbased on calendared eventsFacility Schedu...
Benefits SavingsEnergy savings byenhanced mapping ofoccupancy to conditioningEnergy savings of 3% +,typically $9/student/...
How does this compare to howthings are happening now?Individual buildings are scheduled on a mastercalendar– Buildings rem...
SchoolDude’s Solution Suites• FSDirect• FSAutomation• CommunityUse• TripDirect• MaintenanceDirect• MDWireless• PMDirect• I...
SchoolDude.com Client ServicesLifetime Training and Support!Office: 877-883-8337Email: support@schooldude.comQuestions?Con...
Automation Strategies for Efficiency - Savings Summit 2013
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Automation Strategies for Efficiency - Savings Summit 2013

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Opportunities to reduce maintenance breakdowns, increase equipment life and lower energy costs can be found in your building automation systems (BAS). Learn how connecting these systems to technology solutions can help you achieve savings.

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Automation Strategies for Efficiency - Savings Summit 2013

  1. 1. Taking your Buildings to the Next LevelAutomation Strategies forEfficiency
  2. 2. Facility ManagementChallenges of the FutureFinancial pressure on to lower facility operatingcostsIncreasing energy costs and dynamicsIncreasing compliance costsIncreasing facility related liability issues
  3. 3. Have Rising Energy Costs Directly Forced Your SchoolTo Cut Spending In Any Of The Following Areas?Source: “School Energy and Environment Survey” (2010)
  4. 4. Has The Economic Downturn Changed Any PlannedFacility Improvements?Source: “School Energy and Environment Survey” (2010)
  5. 5. If You Have Not Gone Forward With Energy Retrofits,What Has Been The Biggest Hurdle?Source: “School Energy and Environment Survey” (2010)
  6. 6. Space Heating82%Water Heating8%Other6%Cooking4%K-12 Natural Gas UsageLighting26%Cooling26%Office Equipment20%Other10%Ventilation7%Space Heating5%Refrigeration4%Cooking1%Water Heating1%K-12 Electric UsageHow is Energy Used in Schools?
  7. 7. Where to findEnergy savingsUtility BillingProblemsEquipmentRetrofitsSupplyProcurementAlternate utilityratesBehaviorModificationEffectiveM&OMany Opportunities to FindEnergy Savings
  8. 8. ManagementApproachAnalyze &BenchmarkReduceRun-TimeReplaceOld SystemsManagePeak-LoadSelf-GenerationDemandResponseActionTrack Bills/Switch Rates/BenchmarkReduce HoursofSystemsOperationReplaceSystems withEnergy EfficientSystemsTime-of-UseManagement ofCritical LoadsGenerate PowerOn-SiteRespond in Real-time to UtilityRequest forCurtailmentFunctionUnderstandUsage &Demand/Goals Setting/Target FacilitiesReduceConsumptionReduceConsumption/Reduce DemandReduce DemandOffsetConsumptionReduce DemandPurposeManagement/Knowledge BaseAvoided CostsEnergyEfficiencyAvoided CostsRenewables /RedundancyAvoided CostsManagement Strategies
  9. 9. Effective M&O PracticesIncrease EfficiencyWell-designed M&O program can generatesubstantial energy savings for your district, inboth new and older buildingsFederal Energy Management Program (FEMP)Operations and Maintenance Best Practice Guide– “It has been estimated that M&O programstargeting energy efficiency can save 5% to 20%on energy bills without a significant capitalinvestment.”
  10. 10. Energy Saving StrategiesScheduled Maintenance – reinstate requiredmaintenance procedures for filters, boilers, etcSimple Repairs – Low-cost repairs that can becompleted by in-house staffEquipment tune-ups and calibration – can extendthe life of equipmentEquipment Control – limiting equipment operationexclusively to occupied hours, developing properprocedures for after-hours, weekends.
  11. 11. EquipmentFailureMean Time to ReportProblem IdentifiedAction StartsTechnician AssignedTruck RollsMean Time to RespondMean Time to RepairMean TimeBetween FailureProblem SolvedTotal Outage TimeRoot Cause AnalysisBPRFacility ManagementWork Order Model
  12. 12. Level 1 Work Order
  13. 13. Chiller Failure4:12am Mean Time to Report3 hours 18 minutesStaff uses MSB tosubmit requestat 7:30amTechnician Assigned;Gets WOTruck RollsMean Time to Respond22 minutesMean Time to Repair2 hours, 15 minutesMean TimeBetween FailureArrives on site;troubleshoots; sourcesparts; fixes problemTotal Outage Time5 hours, 55 minutesRoot Cause AnalysisBPRFacility ManagementToday’s Work Order Process
  14. 14. Level 2 Critical Alarm Work Order
  15. 15. Chiller Failure4:12am Mean Time to Report2 minutesWork Order Dispatchedat 4:14 amTechnician Wakes Up, getsCoffee; gets dressedTruck RollsMean Time to Respond45 minutesMean Time to Repair2 hours, 15 minutesMean TimeBetween FailureArrives on site;troubleshoots; sourcesparts; fixes problemTotal Outage Time3 hours, 2 minutesSchool cool at 7:14amRoot Cause AnalysisBPRAdvanced Facility ManagementCAA Process2 hours, 53 minutes33% Improvement
  16. 16. Level 3 CAA & InfoRich Work Order
  17. 17. Chiller Fails4:12am Mean Time to Report2 minutesWork Order Dispatchedat 4:14 amTechnician Wakes Up, getsCoffee; gets dressedTruck RollsMean Time to Respond45 minutesMean Time to Repair1 hour, 5 minutesMean TimeBetween FailureArrives on site;troubleshoots; sourcesparts; fixes problemTotal Outage Time1 hour, 52 minutesSchool cool at 6:04amRoot Cause AnalysisBPRAdvanced Facility ManagementInfoRich Work OrderOutage reduced4 hours, 53 minutes68% Improvement
  18. 18. Level 4 Predictive Data Rich Work Order
  19. 19. Chiller Never Fails Reported 3 days agoPMAutomtion WO triggeredWork Order Dispatched2 days agoTechnician Schedules withnormal route and work load;leaves with parts on boardMean Time to Respondnegative 48 hoursMean Time to Repair35 minutesMean TimeBetween FailureConfirms PendingProblem; Repairs beforeFailureNo OutageNo disruptionto OccupantsRoot Cause AnalysisBPRAdvanced Facility ManagementPreemptive Work OrdersNo Outage;Work Reduced5 hours, 20 minutes93% Improvement
  20. 20. Time When Schools Use Energy(Typical of a 24-Hour Period)kW = kilo-watt(one-thousand watts of electricity)Midnight MidnightNoonDiagram of a hypothetical daily load shape
  21. 21. District-wideSchedulingBuilding AutomationControlsSystemAutomates HVAC & Lightingbased on calendared eventsFacility ScheduleConnectionDistrict EventsCalendar■ Reduces school’s time manual scheduling■ Reduces labor time & costs■ Reduces energy costs due to increased efficiency■ Reduces risk of human error■ Increases likelihood of satisfied usersEvent Driven Automation
  22. 22. Benefits SavingsEnergy savings byenhanced mapping ofoccupancy to conditioningEnergy savings of 3% +,typically $9/student/yrOperational savings thruautomated processOperational savingstypically $6/student/yrIncreased cost recoverythru district invoicingAvg. cost recovery $15/student /yrTotal estimated savings of $30 per student per year
  23. 23. How does this compare to howthings are happening now?Individual buildings are scheduled on a mastercalendar– Buildings remain in a occupied status– Manual overrides occur to accommodate after-hour events on some casesScheduling is EVENT driven and automatic – takesout human error and potential changes instart/stop times
  24. 24. SchoolDude’s Solution Suites• FSDirect• FSAutomation• CommunityUse• TripDirect• MaintenanceDirect• MDWireless• PMDirect• InventoryDirect• PlanningDirect•CriticalAlarmAutomation• UtilityDirect• ConserveDirectEnergy ManagementFacility Management Event Management
  25. 25. SchoolDude.com Client ServicesLifetime Training and Support!Office: 877-883-8337Email: support@schooldude.comQuestions?Contact Us!

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