Post on 04-Jun-2018
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PowerLogic EEM
Energy Management Information System (EMIS)
May 2009Michael Gillis
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The global energy dilemma
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The energy and CO2 emission challenge
These trends are here to last unless we act!
World consumption up
45% since 1980, 70%
higher by 2030
CO2up33%sinceindustrialrevolution
,
risingfasterthanever
Resource competition &
political instability keep
prices high
Emerging
markets
>7 ofnewdem
and
Coal use continues to grow in emerging markets
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Leaving the car in the garage will not be enough
Data extracted from WRI: navigating the numbers 2005
Transportation
14%
GHG emission
44%Industry and buildingsenergy usage(includ. Data centres)
Improved efficiency
significantly impactsGHG reduction!
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Industry is the leader in GHG
28%Transportation
31%Industry& Infrastructure
21%Residential
18%Buildings
Source:EERE Building Energy Data book 2006EERE Manufacturing Systems Footprint ,
http://www1.eere.energy.gov/industry/energy_systems/pdfs/mfg_footprint.pdf
>2%Data centres &networks
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Demand Side
More Efficient Use Conservation& Management
Supply Side
More Efficient andCleaner Supply
Energy challenges & opportunities are everywhere
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Demand Side
More Efficient Use Conservation& Management
Supply Side
More Efficient andCleaner Supply
Cleaner supplies will taketime to implement
Current technologies allow usto target 30% savings
Energy challenges & opportunities are everywhere
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Demand Side
More Efficient Use Conservation& Management
Supply Side
More Efficient andCleaner Supply
We must develop technologies
and business models to increaserenewable energies penetration
Mid term approach
Cleaner supplies will taketime to implement
We must focus on Energy
Efficiency to solve our energydilemma
Short term action
Current technologies allow usto target 30% savings
Energy challenges & opportunities are everywhere
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Energy efficiency is a responsibility and the challenge
Energy Conservation
Environmental Management
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Green House Gas (GHG) emissions - a new commodity.
How do you account for the changing relationships between
emission factors,
input parameters,
and the sources consuming the energy.
What is your aggregate CO2e Output
vs. Target
vs. Baseline Year?
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Kyoto Protocol
Part of the United Nations Framework Convention on Climate Change (UNFCCC)
Adopted for use in December 1997 in Kyoto, Japan
The objective is to stabilize greenhouse gas concentrations using 1990 as the base
year for reduction objectivesAs of 2008 183 countries have ratified the protocol:
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Greenhouse Gases (GHGs)
Greenhouse gases covered by the Kyoto Protocol:
Derived:
Carbon Dioxide (CO2)
Methane (CH4)
Nitrous Oxide (N2O)
Directly Measured:
Hydrofluorocarbons (HFCs)Perfluorocarbons (PFCs)
Sulphur Hexafluoride (SF6)
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Energy Efficiency: it's easy, just follow the 4sustainability steps
1.Measure
2.Use efficient devices
3.Automate
4.Monitor and Improve
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1.Measure
4 Monitor and Improve
2 Use efficient devices
3 Automate
Audits and Planning
Energy meters
Power quality meters
The 4 sustainability steps
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2.Use efficient devices
4 Monitor and Improve
1 Measure
3 Automate
Low consumption devices
Insulation material
Power quality
Power reliability
The 4 sustainability steps
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Variable speed drive
Motor control systems
3.Automate
4 Monitor and Improve
1 Measure
The 4 sustainability steps
2 Use efficient devices
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Energy management software
Remote monitoring systems
3 Automate
4.Monitor and Improve
1 Measure
The 4 sustainability steps
2 Use efficient devices
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Energy Management Information System (EMIS)
Promote behavior change
Awareness
Accountability
Identify savings opportunities
Operation & Maintenance (O & M) program support
Energy Conservation Measure (ECM) identification and prioritization
Audit savings to ensure long term persistency
Operation & Maintenance (O & M) program support
Energy Conservation Measure (ECM) identification and prioritization
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PowerLogic EEM: Enterprise-class energy management tools
Energymodeling
Billing and rateengine
Powerfulvisualization
Complete,reliable data
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Reports
Key values of interest
Energy / per product / per unit
Energy usage
Energy demand
Spend ($/)
Greenhouse gas
Different levels of detail
Corporate/global
Operating division
Other levels of organization (Planttype, process, etc)
Individual site, work shift, etc
Sub-metered zones or loads
Different needs
Summary data for management orexternal use
Exception reporting to detect problemareas
Detailed information for decision making
EEM tools will allow users to create our ownreports
Worldwide Regional Sites Zone/Process
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Actively Manage Peak Demand and Energy Use
Optimize demand andpower factormanagement
Optimize start-up
procedures and loadsequencing
Measure and verify theresults of upgrades orprocess changes
Integrate with powermanagement systems
Coordinate with demandresponse, load
curtailment or real-timepricing programs
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Benchmark and Compare Performance
Compare plants, costcenters, processes
Metrics: MWh, cost,CO2e/NOx, and more
Normalize fortemperature, sq. ft,production units
Compare against
industry benchmarks
Identify and isolateefficientsystems/behaviors
Document for greenratings
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Model, Track, and Verify Return on Investment
Model and predictsavings
Assess project risk
Set a baseline andtrack performance KPIsagainst goals
Summarize budgetprojections for
executives
Analyze variances,make adjustments, stayon track
Attribute savings,validate investments
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Allocate Costs and Effect Change of Behavior
Expose energy-relatedcosts to individual users todrive accountability
Allocate costs bydepartment or cost centerbased on actual usage
Determine unit or marginalcost of production
Prepare energy budgetsfor departments orprocesses
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Optimize Budgeting and Procurement
Consolidateconsumption for eachfacility
Use complex utilityrate modeling and
what-if scenarios tocompare rates orsuppliers
Aggregate loads
Forecast future needsand accrue costs
Verify utility billing and
contract compliance
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Reduce Capital and Operations Costs with Forecasts
Maximize use of existinginfra-structure to minimizecapital expenditures
Right size capacity of new
facilities
Correlate operationalparameters and efficiencyto determine stresses
Optimize settings onchillers and compressorsfor best efficiency
Balance generatorefficiency against usage
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Identify Root Causes and Opportunities for Savings
Isolate the drivers ofinefficiencies
Break downconsumption by utility,
time period, load(chillers, boilers,motors, heaters)
Trend and analyzehidden patterns andnon-linear relationships(energy vs. emissions)
Prioritize projects withgreatest ROI potential
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Environmental Sustainability Module
Calculates CO2 out for all fuel typesby facility and for the aggregate
Compare performance vs. baselineyear and monthly targets
Flexible architecture
Apply CO2 emissions factorsfrom utility
Supports slowly changingvariables
Dedicated Admin user interface formanaging emissions factors andtargets
Adheres to the international GHGProtocol framework
MAP BASED NAVIGATION(Next Slide)
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Country level report point
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Configurable links to report content
Click a point to bring up the available reports
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Power Quality Module
Steady state analysis of RMS voltages, current, power, frequency, imbalance,harmonic distortion, sag/swells, transients, phasors, and symmetrical components
Compliance summaries (ie. SARFI, EN50160, IEEE1159) with trending
Plots events against industry-standard or custom tolerance curves (ITI, CBEMA, SEMI-F47), with mapping of events indicating type, classification, age, severity, etc
Use tools to help reduce data and correlate multiple events with a root cause
Summarize events within a time range or other dimension to produce a single representativeevent, then drill down on a selected summary event to reveal the list of supporting events.
Visually delineate events using symbols and colors for phase, type, age or other dimension
Classify events by attributes, add a custom annotations and then filter on that classification
Waveform analysis with zooming, event details, stacking, and RMS overlays
R l ti D t PEEM can be linked to other systems that utilize a WEB enabled user
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Real-time Data - Process interface, for real-time data views with navigation via the browser.
R l ti D t El t i l
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Real-time Data - Electrical
ION Enterprise Real-time electrical one-line screen (Cement Columbia)
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Data convergence delivers energy insights
Energy Performance Green House Gas Power Demand Cost Allocation MES Analysis
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Energy Efficiency initiatives need toanswer
key Questions
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These Questions are..
1 Where to start & what does it give me in return?Consult/Do an audit
Opportunities are all around us. Measure & Analyze
For many EE projects, pay back time is < 2 years
2 Where to focus? Identify potential actions for
Reduction of consumptionOptimization of cost
Improvement of Reliability & Availability
3 What are the enabling solutions?
4 How do I maintain the improvements?Consulting / remote monitoring
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Make the most of your energy