PowerLogic EEM Energy Management Information System (EMIS) May 2009 Michael Gillis

Transcription

1 PowerLogic EEM Energy Management Information System (EMIS) May 2009 Michael Gillis

2 The global energy dilemma Schneider Electric 2

3 The energy and CO 2 emission challenge World consumption up 45% since 1980, 70% higher by 2030 CO2 up 33% since industrial revolution, rising faster than ever Emerging markets > 75% of new demand Resource competition & political instability keep prices high Coal use continues to grow in emerging markets These trends are here to last unless we act! Schneider Electric 3

4 Leaving the car in the garage will not be enough GHG emission Transportation 14% Industry and buildings energy usage (includ. Data centres) 44% Improved efficiency significantly impacts GHG reduction! Data extracted from WRI: navigating the numbers 2005 Schneider Electric 4

5 Source: Industry is the leader in GHG Industry Data centres & Buildings Residential 28% Transportation 31% >2% 18% 21% & Infrastructure networks EERE Building Energy Data book 2006 EERE Manufacturing Systems Footprint, Schneider Electric 5

6 Energy challenges & opportunities are everywhere Supply Side More Efficient and Cleaner Supply Demand Side More Efficient Use Conservation & Management Schneider Electric 6

7 Energy challenges & opportunities are everywhere Supply Side More Efficient and Cleaner Supply Demand Side More Efficient Use Conservation & Management Cleaner supplies will take time to implement Current technologies allow us to target 30% savings Schneider Electric 7

8 Energy challenges & opportunities are everywhere Supply Side More Efficient and Cleaner Supply Demand Side More Efficient Use Conservation & Management Cleaner supplies will take time to implement Current technologies allow us to target 30% savings We must develop technologies and business models to increase renewable energies penetration Mid term approach We must focus on Energy Efficiency to solve our energy dilemma Short term action Schneider Electric 8

9 Energy efficiency is a responsibility and the challenge Energy Conservation Environmental Management Schneider Electric 9

10 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? Schneider Electric 10

11 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 objectives As of countries have ratified the protocol: Schneider Electric 11

12 Greenhouse Gases (GHGs) Greenhouse gases covered by the Kyoto Protocol: Derived: Carbon Dioxide (CO 2 ) Methane (CH 4 ) Nitrous Oxide (N 2 O) Directly Measured: Hydrofluorocarbons (HFCs) Perfluorocarbons (PFCs) Sulphur Hexafluoride (SF 6 ) Schneider Electric 12

13 Energy Efficiency: it's easy, just follow the 4 sustainability steps 1.Measure 2.Use efficient devices 3.Automate 4.Monitor and Improve Schneider Electric 13

14 The 4 sustainability steps 1.Measure Audits and Planning Energy meters 2 Use efficient devices Power quality meters 3 Automate 4 Monitor and Improve Schneider Electric 14

15 The 4 sustainability steps 1 Measure 2.Use efficient devices 3 Automate Low consumption devices Insulation material Power quality Power reliability 4 Monitor and Improve Schneider Electric 15

16 The 4 sustainability steps 1 Measure 2 Use efficient devices 3.Automate Variable speed drive 4 Monitor and Improve Motor control systems Schneider Electric 16

17 The 4 sustainability steps 1 Measure 2 Use efficient devices 3 Automate 4.Monitor and Improve Energy management software Remote monitoring systems Schneider Electric 17

18 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 Schneider Electric 18

19 PowerLogic EEM: Enterprise-class energy management tools Complete, Energy reliable data modeling Powerful visualization Billing and rate engine Schneider Electric 19

20 Reports Key values of interest Worldwide Regional Sites Zone/Process Energy / per product / per unit Different needs Energy usage Summary data for management or Energy demand external use Spend ($/ ) Exception reporting to detect problem areas Greenhouse gas Detailed information for decision making Different levels of detail EEM tools will allow users to create our own Corporate/global reports Operating division Other levels of organization (Plant type, process, etc) Individual site, work shift, etc Sub-metered zones or loads Schneider Electric 20

21 Actively Manage Peak Demand and Energy Use Optimize demand and power factor management Optimize start-up procedures and load sequencing Measure and verify the results of upgrades or process changes Integrate with power management systems Coordinate with demand response, load curtailment or real-time pricing programs Schneider Electric 21

22 Benchmark and Compare Performance Compare plants, cost centers, processes Metrics: MWh, cost, CO2e/NOx, and more Normalize for temperature, sq. ft, production units Compare against industry benchmarks Identify and isolate efficient systems/behaviors Document for green ratings Schneider Electric 22

23 Model, Track, and Verify Return on Investment Model and predict savings Assess project risk Set a baseline and track performance KPIs against goals Summarize budget projections for executives Analyze variances, make adjustments, stay on track Attribute savings, validate investments Schneider Electric 23

24 Allocate Costs and Effect Change of Behavior Expose energy-related costs to individual users to drive accountability Allocate costs by department or cost center based on actual usage Determine unit or marginal cost of production Prepare energy budgets for departments or processes Schneider Electric 24

25 Optimize Budgeting and Procurement Consolidate consumption for each facility Use complex utility rate modeling and what-if scenarios to compare rates or suppliers Aggregate loads Forecast future needs and accrue costs Verify utility billing and contract compliance Schneider Electric 25

26 Reduce Capital and Operations Costs with Forecasts Maximize use of existing infra-structure to minimize capital expenditures Right size capacity of new facilities Correlate operational parameters and efficiency to determine stresses Optimize settings on chillers and compressors for best efficiency Balance generator efficiency against usage Schneider Electric 26

27 Identify Root Causes and Opportunities for Savings Isolate the drivers of inefficiencies Break down consumption by utility, time period, load (chillers, boilers, motors, heaters) Trend and analyze hidden patterns and non-linear relationships (energy vs. emissions) Prioritize projects with greatest ROI potential Schneider Electric 27

28 Environmental Sustainability Module Calculates CO2 out for all fuel types by facility and for the aggregate Compare performance vs. baseline year and monthly targets Flexible architecture Apply CO2 emissions factors from utility Supports slowly changing variables Dedicated Admin user interface for managing emissions factors and targets Adheres to the international GHG Protocol framework MAP BASED NAVIGATION (Next Slide) Schneider Electric 28

29 Emission Reporting Total Emissions Report Emissions Comparison and Variance Report ÎTotal Yearly Emissions vs. Base Year ÎEmissions per source ÎTotal Monthly Emissions vs. Base Year and Target ÎVariance from Target per source ÎTotal Emissions per Commodity ÎVariance from Base Year per source Schneider Electric 29

30 Country level report point Schneider Electric 30

31 Configurable links to report content Click a point to bring up the available reports Schneider Electric 31

32 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 representative event, 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 Schneider Electric 32

33 Real-time Data - Process EEM can be linked to other systems that utilize a WEB enabled user interface, for real-time data views with navigation via the browser. Schneider Electric 33

34 Real-time Data - Electrical ION Enterprise Real-time electrical one-line screen (Cement Columbia) Schneider Electric 34

35 Data convergence delivers energy insights Energy Performance Green House Gas Power Demand Cost Allocation MES Analysis Schneider Electric 35

36 Energy Efficiency initiatives need to answer key Questions Schneider Electric 36

37 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 consumption Optimization of cost Improvement of Reliability & Availability 3 What are the enabling solutions? 4 How do I maintain the improvements? Consulting / remote monitoring Schneider Electric 37

38 Make the most of your energy