PowerLogic ION EEM Energy Management System：EEM PowerLogic离子能量管理系统

PowerLogic ION EEM Energy Management System：EEM PowerLogic离子能量管理系统 Specification # 26 09 13.15 Energy Management Information System (EMIS) Energy Management Information System (EMIS) Specification #260913.15 March 5, 2009 Table of Contents I GENERAL ................................................................................................................................................... 3 A SYSTEM DESCRIPTION ................................................................................................................................ 3 B SUBMITTALS .............................................................................................................................................. 4 C QUALITY .................................................................................................................................................... 4 II PRODUCT ................................................................................................................................................... 4 A SOFTWARE APPLICATION ............................................................................................................................ 4 B SOFTWARE INFRASTRUCTURE ................................................................................................................... 18 III EXECUTION ......................................................................................................................................... 20 A INSTALLATION ......................................................................................................................................... 20 B SYSTEM STARTUP AND TRAINING.............................................................................................................. 20 Specification #260913.15 March 5, 2009 I General The requirements of the Contract, Division 01 60 00, Division 26 09 13, and Division 33 09 00 apply to work in this Section. The goal of this project is to provide an Energy Management Information System (EMIS) software package that will be web-enabled, multi-site and have the following high level capabilities: , Early identification of poor performance , Support for decision making , Actionable reports personalized to the needs of every decision maker , Historical energy efficiency performance auditing , Support for identifying and prioritizing energy savings opportunities , Evidence of improved energy efficiency performance , Support for energy budgeting and contract negotiations , Energy data export to other business and process IT systems A System Description 1. The vendor must guarantee that all software, engineering services, and IT infrastructure are provided as specified in this section. 2. The vendor will provide a commercial off the shelf (COTS) software package. 3. The software application will be designed to provide information throughout an enterprise, whether within a single site/campus or across a network of sites/campuses. 4. The software will be capable of integrating data from multiple systems via access to a database, a data file, or a web service. 5. The software application will be designed as a modular system that allows for different modules to be purchased as required. 6. The software application will be designed to allow users to develop their own reports using “out of the box” tools. 7. The software will be a standard product based on a successful, proven software platform. 8. The EMIS software will be a browser-based application that supports Microsoft Internet Explorer v6.0 and later. All operational, analytical, reporting and appropriate administration functionality will be delivered through the browser interface. 9. The application will be thin client architecture. No 3rd party controls (i.e. ActiveX Controls or Java) will be downloaded to client computers. Specification #260913.15 March 5, 2009 Page | 3 10. The software will have the ability to work simultaneously with data from multiple time zones. All data will be stored in Universal Time (UTC). 11. The software will support customer specific branding requirements such as logos and color schemes. B Submittals The Manufacturer must be able to provide appropriate product collateral and provide a technical demonstration if required. C Quality The Manufacturer must be able to demonstrate a minimum of five years of experience and expertise in the development, project execution, and support of the EMIS software. II Product The following is based on PowerLogic ION EEM software. This software is available as a standard edition plus optional modules. The specifications listed are part of the standard edition except where indicated by blue text. A Software Application A.1 Manufacturer Schneider Electric products have been used as the basis for the design requirements of the EMIS software. Other manufacturer’s products of equivalent quality and operating features may be acceptable, at the engineer’s discretion, if they comply with all requirements specified or indicated in these Contract documents. A.2 Components The EMIS software must provide the following functionality: A.2.1 Dashboards 1. The dashboard must be web based and configurable on a per-user basis. 2. The user-configurable Dashboard must be capable of displaying Real-Time and Historical content. 3. System Administrators will have the option of creating standard Dashboard templates for the purpose of providing default user content. 4. The EMIS software will have the ability to employ a Google-based, geographic map to overlay power quality events based upon the location of generation stations, substations, or large customer accounts. This Dashboard map will support filtering based on transmission and/or distribution voltage levels and relative or fixed date times. Specification #260913.15 March 5, 2009 Page | 4 Users will be able to select a particular metering location and view all of the power quality events that have occurred over the selected time frame. A.2.2 Real-Time Information The EMIS software will have the ability to display web-based, real-time information. The software will have the ability to embed the web pages of the following systems into a dashboard for the purpose of providing a unified web portal: , Power Monitoring & Control (PMAC) software , SCADA software , Distributed Control Software (DCS) , Building Management System (BMS)/Building Automation System (BAS) , Energy Management System (EMS) A.2.3 Historical Information A.2.3.1 Data Analysis & Report Building 1. The software application will have a web based, graphical user interface (GUI) tool for data analysis and report creation: 2. Users will be able to publish reports to a dashboard page. 3. Reports will have the following functionality: o Save o Rename o Delete o Move o Save As 4. Users will be able to share reports with other users or user groups. 5. The underlying data in a report will be downloadable by a user as a .CSV file from the web interface. 6. Users will have the option of graphing any measurement type available in the database. 7. Mathematical calculations will be supported: o Operators: Addition, Subtraction, Multiplication, Division, and Modulus o Aggregates: Summation, Average, Minimum, Maximum, Standard Deviation, and Variance Specification #260913.15 March 5, 2009 Page | 5 o Logical Operators: <, <=, >, >=, =, <> 8. The calculation of normalized values will be supported: Whole Building/Plant o Building/Plant Energy Usage Intensity (ex: BTU/gsf-yr, kWh/gsf-yr) o Building/Plant Energy Cost Intensity (ex: $s/gsf-yr) o Building/Plant Peak Load Intensity (ex: kW dmd/gsf-yr) Cooling System o Cooling System Energy Use Intensity (ex: kWh/gsf-yr) o Cooling System Efficiency (ex: kW/ton) o Chiller Efficiency (ex: kW/ton) o Cooling Tower Efficiency (ex: kw/ton) o Chilled Water Pumping Efficiency (ex: kW/gpm) o Condenser Water Pumping Efficiency (ex: kW/gpm) o Water Side Economizer Utilization Factor (%) o Evaporative Cooling Utilization Factor (%) Heating System o Heating System Efficiency (%) o Heating System Energy Usage Intensity (ex: BTU/gsf-yr) o Boiler Efficiency (%) Ventilation o Airflow Efficiency (ex: W/cfm) o Ventilation Energy Usage Intensity (ex: kWh/gsf-yr) 9. The conversion of measurement units will be supported (ex: kWh -> BTU -> Therms) 10. The following chart types will be supported: Line, Bar, Bubble, Column, Range, Range Column, Spline, Step Line, Stacked Area, Stacked Bar, Stacked Column, and Histogram 11. Charts will be configurable: color, line type, axis titles 12. Charts will support the ability to zoom and pan 13. Fixed start and end times for queries will be supported. 14. Relative time ranges for queries will be supported. The following relative time ranges will be standard: Specification #260913.15 March 5, 2009 Page | 6 o Today, Yesterday o Week to Date, Month to Date, Year To Date o Last Hour, 2 Hours, 4 Hours, 8 Hours, 12 Hours, 16 Hours, and 24 Hours o Last 7 Days, 7 Full Days, Week, 14 Full Days, 2 Weeks, 30 Full Days, Month, Year, thththth20 to 20, 25 to 25 o Next Hour, 2 Hours, 4 Hours, 8 Hours, 12 Hours, 16 Hours, 24 Hours, Rest of Week, and Week 15. The rollup (summarized, minimum, maximum, or average values) and display of interval data will be supported. The default rollup options will be by: hour, day, month and year. 16. The organization of multiple Data Series into specific Data Groups will be supported. All series within a group will share common properties such as: primary or secondary Y-axis, time range, data filters, etc. Multiple data groups can be created to provide a method to overlay differing time ranges, summarization, filtering, etc. 17. Dimensional analysis based on time periods such as weekends vs weekdays, Time of Use (TOU) schedules, and time of day will be supported. Information output will have the option of being filtered based on available time dimensions. 18. A separate, Administration tool will be available to modify and build new time dimensions as required. 19. Software users will have the ability to share reports with other users and/or user groups. Recipients of shared reports will only be able to view those reports in read only mode. A.2.3.2 Custom Report Building 1. The EMIS software will have “out of the box” tools available for building custom reports. These tools will be used by end users to build these reports. 2. Reports will have the option to be saved for publishing to a dashboard page. After saving the report, the user will have the ability to rename, delete, move or save as another report. Users may also share a report with other users or user groups. 3. Reports will have the option of being exported as a PDF or Excel document. 4. Reports will have the option of being scheduled for automatic email distribution on a daily, weekly, or monthly basis. 5. Reports will have the option of being scheduled for automatic file share distribution on a daily, weekly, or monthly basis. 6. Reports will be able to support mixed content: numerical values, text, and graphs. Specification #260913.15 March 5, 2009 Page | 7 7. Report information output and formatting will be flexible enough to meet customer specific business requirements 8. Complex mathematical data grouping calculations will be supported 9. A wide variety of chart types will be supported including, but not limited to: o Line, Bar, Bubble, Column, Range, Range Column, Spline, Step Line, Stacked Area, Scatter Plot, Stacked Bar, Stacked Column, and Histogram 10. Fixed start and end times will be supported. 11. Relative time ranges will be supported. The following relative time ranges will be standard: o Today, Yesterday o Week to Date, Month to Date, Year To Date o Last Hour, 2 Hours, 4 Hours, 8 Hours, 12 Hours, 16 Hours, and 24 Hours o Last 7 Days, 7 Full Days, Week, 14 Full Days, 2 Weeks, 30 Full Days, Month, Year, thththth20 to 20, 25 to 25 o Next Hour, 2 Hours, 4 Hours, 8 Hours, 12 Hours, 16 Hours, 24 Hours, Rest of Week, and Week 12. Reports can be shared with other users or user groups. Recipients of shared reports can only view those reports in read only mode. 13. Users can upload developed reports to the EMIS software via the web interface. A.2.3.3 Financial Reporting 1. The EMIS software will have the ability to convert energy information into financial information using a variety of energy commodity specific cost factors. 2. The EMIS software will have the ability to generate Utility bill estimations for various energy commodities based on Utility specific rates. 3. The EMIS software will support two different Utility rate creation workflows: o The System Administrator will have the ability to create Utility rates for different energy commodities using a GUI. This tool will be a thick client that is only available while logged into the server that is hosting the EMIS software. o The System Administrator will have the ability to create Utility rates for different energy commodities inside a custom bill estimation report. 4. The EMIS software will support the following Utility rate types: o Basic usage charges o Seasonal and time-of-use charges, including holidays Specification #260913.15 March 5, 2009 Page | 8 o Demand ratchet charges o Peak demand charges o Real-time pricing charges o Block and step pricing o Multiple energy commodities o Reactive charges and power factor adjustments o Fixed monthly charges, including charges per meter, per day o Fuel surcharges o Unbundling of charges (distribution, transmission, generation, etc.) o Proration (seasonal, days in billing period) o Multiple data sources (ex: baseline load, actual usage, and system load) 5. Users will be able to generate bill estimates for their particular billing cycle and export the estimated bill to Excel or PDF. 6. The EMIS software will have the ability to cost allocate energy usage and energy costs to cost centers. o A blended rate cost allocation methodology will be supported. Each energy commodity will have a single, blended energy rate stored in the database. The EMIS software will capture changes in the blended energy rate which will allow a user to run historical reports without having to manually adjust the rate. o Users will have the option of adjusting the recorded energy usage by an adjustment factor prior to generating cost allocation reports. This factor will be evenly applied across all cost centers. o The EMIS software will have the ability to provide standard cost allocation reports that can be scheduled for automatic email distribution as Excel or PDF documents: , Cost Center Bill: will show usage and cost by energy commodity. , Cost Summary by Cost Center: will show energy usage and costs grouped by cost center. o Cost Summary by Commodity: will show energy usage and costs grouped by energy commodity type. A.2.3.4 Energy Reporting 1. The EMIS software will have the ability to report on a wide variety of energy measurements. These include, but are not limited to: Specification #260913.15 March 5, 2009 Page | 9 o City water o Domestic water o Wastewater o Chilled water o Heating hot water o Compressed Air o Natural gas o Oil o Butane o Propane o Heating oil o Liquefied natural gas (LNG) o Liquefied petroleum gas (LPG) o Electrical o Coal o Steam A.2.3.5 Energy Modeling 1. The EMIS software will have the ability to create the following ASHRAE Guideline 14- 2002 whole building energy models contained in the ASHRAE Inverse Modeling Toolkit: o Mean o Simple and multi-variable linear regression o 3-paramter multi-variable heating and cooling o 4-paramter multi-variable linear regression o 5-paramter multi-variable linear regression o Heating and cooling variable base degree day models 2. The modeling engine will have a web based user interface available only to System Administrators. 3. The modeling engine user interface will show the statistical validity of models. 4. Energy models will be available to the all report building tools. 5. Default, energy modeling specific reports will be supplied with the module: Specification #260913.15 March 5, 2009 Page | 10 o CUSUM: the Cumulative Summation (CUSUM) report will show a graphical view of the cumulative variation between the actual and modeled data points. o Actual vs Baseline: will show a trend line that depicts the actual and modeled energy values 6. Energy models will provide the necessary information to support the following applications: o Calculating an adjusted energy baseline to verify the impact of a specific energy conservation measure (ECM) o Calculating an adjusted energy baseline to verify the overall performance history of a building/plant o Calculating the true monetary impact of an energy management program A.2.3.6 Environmental Reporting 1. The EMIS software will have the ability to report on the following: o Greenhouse Gases: Carbon Dioxide, Methane, Nitrous Oxide, CFCs o Airborne Pollutants: Sulfur Oxide, Nitrogen Oxide, Carbon Monoxide, Volatile Organic Compounds (VOC), Particulate Matter, Ammonia, Ozone, and Peroxyacetyl Nitrate (PAN) o Weather: Temperature (Celsius or Fahrenheit), Heating Degree Days (HDD), Cooling Degree Days (CDD), and Humidity 2. The EMIS software will have the ability to provide standard GHG Emissions reports for indirect and direct (Scope 1 & 2) emissions as defined by GHGProtocol.org: o COe Output vs. Target vs. Baseline Year: this report will display the aggregate 2 COe output from user selected data sources relative to a target output value 2 and a baseline year. o Comparison COe Output vs. Target: this report will provide a comparison of the 2 COe output of user selected data sources relative to target values. Users will be 2 able to compare the COe output levels of various business entities (business 2 units, regions, buildings, facilities, departments, etc.) in their organization. A.2.3.7 Electrical Operational Reporting 1. The EMIS software will have the ability to report on the following: o Voltage (phase to phase, phase to neutral, unbalance, maximum, minimum, and average) o Amperage (per phase, unbalance, maximum, minimum, and average) o Power Factor (per phase, average, lead, and lag) Specification #260913.15 March 5, 2009 Page | 11 o Frequency (maximum, minimum, and average) A.2.3.8 Power Quality Reporting The EMIS software will allow users to: 1. View waveforms (per phase, voltage and current) 2. View harmonics (voltage and current, individual, odd, even, total, maximum, minimum, and average) 3. Build reports and analyze data by selecting fixed start and end times 4. Build reports and analyze data by selecting relative time ranges: o Today, Yesterday o Week to Date, Month to Date, Year To Date o Last Hour, 2 Hours, 4 Hours, 8 Hours, 12 Hours, 16 Hours, and 24 Hours o Last 7 Days, 7 Full Days, Week, 14 Full Days, 2 Weeks, 30 Full Days, Month, Year, thththth20 to 20, 25 to 25 o Next Hour, 2 Hours, 4 Hours, 8 Hours, 12 Hours, 16 Hours, 24 Hours, Rest of Week, and Week o Last event, 2 events, 5 events, 10 events, and 30 events 5. Build reports and analyze data by selecting a Time Dimension: o Weekday, Weekend o Time of Use (TOU) period o Hour Day o Day of Week o Day of Year o Year o Day of Month o Month o Calendar Quarter 6. Build reports and analyze data by selecting metering points using a hierarchy tree. 7. Build reports and analyze data by selecting an event type: o All events o Particular events such as sags, swells, and transients o Custom duration magnitude queries Specification #260913.15 March 5, 2009 Page | 12 o Queries based on a particular SARFI index o Event Classification o Voltage Phase o Comment 8. Display event information in a variety of formats: o ITIC (CBEMA) or SEMI-F47 Overlay Chart Format: Users will be able to hover over individual events to get more details. o Tabular View o Event Details Table o Event Summary Table: The event count in specific magnitude and duration groupings. o Cumulative Summary Table: The cumulative event count in specific magnitude and duration groupings. o SARFI Table 9. Adjust how event information is displayed by: o Grouping and displaying events by color and symbols o Visualizing events by: , Metering point , Phase , Classification , Age , Event type , Time dimension 10. Assign classification information and comments to events. Aggregate event classifications will propagate to all detailed, sub-events. 11. Analyze aggregated and detailed, sub-events from the same interface. 12. Analyze voltage and current waveforms using a dedicated, specialized viewer: o Voltage and current waveforms for all phases will be viewable at the same time o Waveforms from different sub-events will be viewable in the same chart o An optional phasor diagram and RMS information will be calculated and displayed on the waveform charts Specification #260913.15 March 5, 2009 Page | 13 o The viewer will support pan and zoom functionality o The viewer will be able to calculate and display the peak to peak waveform value o Individual waveform filtering will be supported 13. Use the following default Power Quality report templates: o IEC 61000-4-30 Status: Supports Class A compliance to the 4-30 reporting standard. The user will select a beginning and end data for the report, metering points and one of three intervals types to report on: 3 seconds, 10 minutes, and 3 hours. The user selected interval type determines the report output. o EN50160: Displays a pass/fail for each voltage characteristic defined by the EN50160 standard for the observation period selected. The user will be able to select the time range and metering points prior to running the report. o SARFI: Displays System Average RMS Variation Frequency Index (SARFI) statistics per meter for the selected metering points that have summary voltage events within the requested report time period. The user will be able to select the time range the report runs over as well as the meters that should be reported. o Voltage Disturbance: Displays the magnitude per phase and the duration of sag, swell and transient events for all of the metering points chosen by the user. The user will be able to select the time range the report runs over as well as the meters that should be reported. A.2.4 Software Administration A.2.4.1 User Management 1. The EMIS software will have a web based Administrative Tool that will allow system Administrators to create, edit, and delete system users and user groups. 2. Administrators will have the ability to clone user profiles. The following user profile settings will be cloned: o Node (i.e. reporting point) permissions o Report permissions o Web content permissions o Dashboard configuration A.2.4.2 Data Source Management 1. The EMIS software will have a GUI based data source management tool that allows an Administrator to view, create, delete, and display system data sources and data Specification #260913.15 March 5, 2009 Page | 14 source attributes. The interface will support column filtering, column ordering, and column visibility control. A.2.4.3 Data Sources 1. The EMIS software will have a section for viewing system data sources. This interface will allow Administrators to see the Source Name, Import Enabled/Disabled Flag, Communication Frequency, Last Communication Time, Timezone of the Data Source, and the Data Source Status. A.2.4.4 Display Hierarchies 1. Users will be able to navigate to metering points and select reporting measurements using a hierarchy tree. The hierarchy tree will be user configurable via a GUI based Administration tool. Hierarchies will support the ability to view information by: o Geography o Electrical one-line o Equipment o Energy type o System voltage o Substation designation o Customer name o Business unit o Asset type (i.e. generation, distribution, or transmission) 2. The EMIS software will have a section for creating, editing, and modifying hierarchy trees. The interface will support an unlimited number of hierarchies. 3. Hierarchies will be created by selecting a data source from a list and dragging and dropping the data source into the hierarchy tree. 4. The Administrator will have the ability to rename any point within the hierarchy tree 5. The Administrator will be able to create virtual metering points using the interface. Virtual metering points will be created by adding or subtracting hierarchy nodes using a multiplier. 6. The Administrator will have the ability to create, edit, and delete data source attributes Specification #260913.15 March 5, 2009 Page | 15 A.2.4.5 Measurement Management 1. The EMIS software will have a GUI based measurement management tool that allows an Administrator to edit and delete measurements. 2. The tool will allow measurements to be arranged into a hierarchy tree. The hierarchy will be customizable by the Administrator and contain. A.2.4.6 Data Quality 1. The EMIS software will have a GUI based data quality tool that will allow an Administrator to create, schedule, view, and edit data quality reports. 2. Data quality reports will have the option be set to run on an hourly, daily, weekly or monthly schedule. They will have the ability to be run manually, on demand. The system administrator will be able to view data quality reports that indicate the overall success or failure of a data quality run. From these report the system administrator will be able to drill into the specific validation errors and correct them using a GUI based data editing tool. 3. Any regularly logged parameters configured accordingly in the EMIS system will be processed by the data quality engine. The data quality engine will be flexible enough to apply a different set of data quality algorithms to each parameter in the system. It will also be able to apply the same data quality algorithms to all parameters. 4. The EMIS software will support the following data quality algorithms by default: o Gaps: where data has not been recorded for one or more time intervals. o Duplicates: where two sets of data exist for one or more time intervals. o Zeros: where data values equal 0 where there would normally be non-zero. o Spikes: where the value of a data record is excessively high or low compared to neighboring data records. o Jitter: where the data timestamps are not exactly aligned with the expected time interval. o Range: where data falls above a maximum threshold or below a minimum threshold. o Nulls: where the data is present, but the value is Null (which neither a value of 0 nor a missing record which is a gap). o Constraint Violations: where data violates a set of constraints formed as a Boolean expression. 5. The EMIS software will support the ability to create custom data quality algorithms 6. The EMIS software will support automated data quality actions: Specification #260913.15 March 5, 2009 Page | 16 o Jitter correction will be performed automatically by the system prior to data being inserted into the database. This feature can be turned on/off by the system administrator via a GUI. o Straight line interpolation for accumulated energy readings will be performed automatically, if required, by the system. This feature can be turned on/off by the system administrator via a GUI. 7. The system administrator will be able to fix data quality errors by using the Manual Data Edit tool. This tool will function like an Excel spreadsheet and allow system administrators to quickly copy and paste data from one row to another as well as enter data into the cells. The system administrator will be able to specify a multiplication factor by which to change the data when it is inserted. The changes will be marked with a small symbol within each cell, indicating pending edits/additions to the database. The tool will allow the system administrator to interpolate invalid data, perform single cell data edits, copy and paste data from one range to another, set records to “locked” so that they cannot be edited, override the data state (mark invalid data as valid), and delete records. 8. When the data quality routines execute, or when the manual data editing tool runs, the flags associated with the data will be modified to reflect issues. For example, the state attribute of the data will be set to “Invalid” if the validation routine detects a validation error. 9. Every data quality action that is performed will be logged for the purposes of providing an audit trail. The auditing function will be configurable so that a system administrator can choose which data quality actions will be audited. An audit trail viewer will exist to allow the users to inspect changes that have been made to the data. A.2.4.7 Data Management 1. The EMIS software will have a GUI based tool that gives Administrators the ability to configure data management strategies. These strategies will control the level of data granularity available, how much data is kept online, and what data is archived. Administrators will have the ability to create different strategy groups defined either by measurement type or metering point. The data management strategies will execute automatically based on a pre-defined schedule. 2. The Data Management tool will support the following configuration options: o Archive data that is X months or X years old o Trim data that is X months or X years old o Reduce interval data volume by creating rolled up hourly, daily, or monthly data using up to 3 different mathematical operations at once: Specification #260913.15 March 5, 2009 Page | 17 , Summation , Average , Minimum , Maximum B Software Infrastructure B.1 Windows Operating System Support 1. The EMIS will support the following server operating systems: o Windows Server 2003 o Windows Server 2008 2. Administration tools will be supported by the following workstation operating systems: o Windows XP o Windows Vista B.2 Data Storage 1. The EMIS will support the following database engines: o SQL Server 2005 o SQL Server 2008 2. The EMIS will support a distributed installation architecture where the application and database can be installed on separate servers. 3. The database will have the capability to record all information to 1ms precision 4. The software will support user initiated changes to the database with the following caveats: o Support on-line changes while the data storage/retrieval application is running o Suffer no interruption to its’ operation while changes are being made o Not require a restart once the configuration has been performed B.3 Data Import & Export rd1. The software application will support a technology framework for integrating data from 3 party data sources. This framework will be flexible, re-usable, and capable of manipulating the data upon import/export if required. 2. The data storage/retrieval mechanism will have the ability to automatically or manually import data from and export data to the following data stores: o Databases: SQL Server, DB2, Oracle, Access, Sybase, MySQL Specification #260913.15 March 5, 2009 Page | 18 o Flat Files: .CSV, .XLS, .TXT, .XML, .PQDIF o Web Based Data: .XML data streams 3. The Energy Management Information System software will have the ability to import data from and export data to the following system types using a technology framework that is “out of the box” and field tested: o Power Monitoring & Control (PMAC) software o SCADA software o Distributed Control Software (DCS) o Building Management (BMS)/Building Automation (BAS) software o Energy Management System (EMS) software o Meter Data Collection software: , PrimeRead , MV-90 o Corporate software applications related to production & finance B.4 Security 1. The EMIS software will have the following security features: o Account Lockout: users will be locked out from logging into the system after a set number of failed attempts. The lockout time length is configurable. o Forced Password Resets: the system administrator will be able to force a particular user to change their password. o Strong Passwords: length and character restrictions will be supported. o Password Expiry: a validity period for user passwords will be supported. After the password expires the user will be required to change their password. o Data Source Access: user or user groups will be restricted from seeing data from data sources and/or metering points that they don't have permission to view. This access will be controlled using a hierarchy tree which will be configurable by the system administrator using a GUI Administration Tool. rdo Report Access: report access and 3 party web content permissions will be restricted by user or user groups. o System Roles: user or user groups will be confined to system defined levels of functionality based on specific role assignments. Specification #260913.15 March 5, 2009 Page | 19 III Execution A Installation EMIS software will be factory installed or an approved factory representative. B System Startup and Training 1. On-site startup and training shall be included in the project bid. 2. Training shall include any documentation and hands-on exercises necessary to enable the appropriate personnel to assume full operating responsibility for the EMIS after completion of the training period. 3. The project bid shall include [ ] days project management/engineering start-up and [ ] days training to include [ ] trip(s). 4. The power monitoring vendor shall offer regularly scheduled factory and/or onsite training for customers on all aspects of the EMIS 5. The EMIS manufacturer shall provide a full time telephone technical help center for customers. Specification #260913.15 March 5, 2009 Page | 20