Alstom GRID’s Project Summaries: Demand Response Management Systems 2013 e-terraDRBizNet © - A 2011. ALSTOM, the ALSTOM logo and any alternative version thereof are trademarks and service marks of ALSTOM. The other names mentioned, registered or not, are the property of their respective companies. The technical and other data contained in this document is provided for information only. Neither ALSTOM, its officers and employees accept responsibility for or should be taken as making any representation or warranty (whether express or implied) as to the accuracy or completeness of such data or the achievement of any projected performance criteria where these are indicated. ALSTOM reserves the right to revise or change this data at any time without further notice. 1 | August 2013 Nevada Energy Summary: Nevada Energy (NVE) is a large investor-owned utility based in Las Vegas, Nevada. The company generates, transmits and distributes electric service covering 97% of Nevada, including the Las Vegas Valley. It serves about 2.5 million residents and over 40 million tourists annually with operating revenue of $2.9 billion. NVE has offered various Demand Response (DR) programs over the past decade and currently manages a portfolio of Residential, Commercial, and Industrial DR programs totaling 200+ MW of available DR capacity. Company ID Card: Customer: Nevada Energy Country: United States Installed Capacity: 6050 MW Peak Load: 7407 MW DR Managed Load: 200+ MW Number of DR Programs: 11 - Residential 2 - Commercial 1 - Industrial DR Program Types: Residential A/C, CPP, Dynamic Pricing, Commercial Load, Irrigation # of Customers Served: 2.4 Million Network Model Size: 200+ substations 1300+ Feeders/Circuits Number of Managed DR Devices: 80,000+ Device Types: Cooper/Yukon, Carrier, CSE, Building IQ, EcoFactor Company Overview: Nevada Energy (NVE) is an investor-owned electric utility located in Las Vegas, NV, with a service territory covering over 46,000 square miles maintaining and operating one of the largest electrical distribution systems in the country and is integral to one of America’s most popular tourist destinations. NVE’s electric distribution service reliability ranked among the best 25% of electric utilities nationwide in 2010, and was the best in the nation in 2009. With a peak demand of 7407 MW and a peak generating capacity of only 6050 MW it is clear to see why NVE has created a large Demand Response portfolio of programs, technologies, and customer types. Background: In 2004 NVE launched its first formal Residential demand response program with a one-way paging system used to temporarily switch off the air conditioning unit compressors on hot summer days when the distribution network was reaching critical capacity. This approach was hard on the air conditioner equipment and not well received by the utility’s customers. Over the years, NVE launch new DR programs with the next generation of technology without abandoning the legacy DR infrastructure and technology used in the prior years. By 2010 NVE had four different types of Load Management Systems (LMS) in operation: one from Corporate 2 | August 2013 Systems Engineering (CSE), one from Cooper/Cannon, one from Carrier, one from Comverge and was selecting a fifth, from Control4, which was scheduled to go into production the following year. Challenges: To operate multiple, independent load management systems required training across all five systems. Additionally, there was no global view or forecast of the available DR by system or by zone or substation, and no single system to register participants. The DR events had to be created in the five separate systems and there was no way to measure performance across the five systems. The utility needed to know how much usage was reduced when DR events were invoked to validate forecasted estimates and to be able to offer performance based compensation. To add to the challenges, each of the five systems used proprietary communications protocols and proprietary device technology, thus minimizing the utility’s flexibility to select new devices without buying yet another load management control system. e-terraDRBizNet was selected in June 2010 as the Demand Response Management System (DRMS) that would provide the command and control capabilities to manage the entire fleet of DR programs and technologies for NVE. Project Overview: Type: Solution: Demand Response Management System (DRMS) Product: e-terraDRBizNet 3.0 – “Retail DRMS” Main Scope: Provide a comprehensive end-to-end DRMS to be the command and control system that manages all activities and data related to Demand Response for NVE. The DRMS is the: Single point of DR Program Management and Operations Single point of registration for all DR programs including Residential, Commercial & Industrial programs Single view of availability of DR resources across the network model down to the feeder view Single Command and Control event management system Single point of integration to back office systems as well as to legacy and new DR devices Calculation engine to measure customer performance to calculate settlements Single system of record for all data and transactions related to DR programs and events Primary DR Uses/Drivers: e-terraDRBizNet 3.0 is designed to enable advanced load management requirements for Retail electric distribution operators. The Retail version has a robust suite of functionality built upon a modular architecture that can be adapted to address the unique needs of each customer. For NVE, we delivered the entire suite of functionality including: Program Management: allows for simple and rapid creation of Retail customer programs that can be offered to its customer base. Supports Residential, Commercial, and Industrial-type DR programs. Marketing Campaign Management: tracks and reports on the effectiveness of sales and marketing campaigns to see which campaigns are most effective in driving enrollment. The module also tracks why people leave the DR programs, thus allowing the utility to make the necessary adjustments and refinements to these programs. Customer Registration: tracks customer locations and manages the processes for enrollment in programs and limits enrollment when prohibited by program rules. Device Installation and Workforce Management: is a comprehensive installation scheduling and workforce management (WFM) module to manage device installations and install crews/companies schedules. Device Management: tracks available devices and associates them with customers when installed. Manages and monitors device availability with the field devices, so that users know what devices are online and available for dispatch. Enables grouping of individual devices into resource groups so that they can be dispatched as a group to make management and dispatch operations easier and more manageable. Forecasting: provides available DR forecasting that accommodates program constraints such as device availability, weather, and profile including decay and snapback, as well as real-time feedback of opt outs, and confidence levels of forecast capabilities. e-terraDRBizNet can forecast available DR according to location/zone/DLAP and/or network model including the substation, feeder bank, and feeder/circuit. Optimization: includes DR resource optimization with multiple objective functions such as reducing peak load during high cost energy periods, or maximizing profit based upon market forecasted prices. NVE views Demand Response as an integral part of its demand side management program efforts and uses DR for many purposes within NVE across multiple internal organizations and drivers. The key business uses of DR are as follows: 1. Operations: Reducing targeted load during peak periods at substations that are overloaded to avoid blackouts. 2. Trading Desk: Reducing system load 15 to 30 minutes as non-spin generation comes on line. 3. Trading Desk: Reducing system peak load to minimize purchasing real time energy at high prices. 4. Engineering Planning: Deferring capital expenditures for substation upgrades by targeting where DR should be implemented. 3 | August 2013 Event Management: provides operators with a way to construct event dispatch schedules, which could range from simple single resource group quick dispatches, to multi-leg events for longer events. These dispatch methods can be saved as templates and easily recalled and launched by just adding a start time and end time or event duration. Notification Management: notifies devices using supported protocols such as Open Automated Demand Response (OpenADR) and/or people of event dispatch schedules through email. Local Control and Event Overrides: supports customer overrides when participating in an event while capturing and tracking the number of overrides per customer. Meter Data Integration: provides two methods to upload meter data for performance calculations – standard Application Programming Interface (API) and CSV Files (Excel spreadsheet). Measurement and Verification: follows NAESB standard baseline methodologies to calculate performance per customer event which currently support all of PJM, Midwest ISO (MISO) and California ISO (CAISO) Wholesale CBL methods. Alstom Grid was instrumental in getting these baseline methods accepted by NAESB as industry standards. Dashboard/Reporting: provides a dashboard for charts and reports of program operating data such as Marketing Campaign performance, device installation work order summary, installation status, device population status, service request summary, customer defection, forecast of available DR per program, amount of DR called to date by program and others. Portal Access: provides customer portal APIs that can be integrated with a utility’s existing customer-facing solution giving access to DR data and allowing customers to update authorized information. Integration: Provided the APIs and integration design and support to a third party integrator to move DR related data to and from NVE’s back office systems including: Customer Information System, Meter Data Management System, weather forecasting, load forecasting, legacy load management systems, customer portal, new load management systems, settlements and billing systems. functionality requirements. Alstom also configured the DRMS and provided custom software development and support as needed. IBM Global Services managed the overall systems integration work for the NVE systems. Innovation: Many innovations have been introduced as part of this project: Several new modules were created during this project making Alstom’s DRMS the most comprehensive single system to manage the entire lifecycle and operations of Demand Response programs. All modules work seamlessly together and have been developed by Alstom expressly for DR with extensions available to support Renewable Distributed Energy Resources such as batteries, solar inverters, and wind resources. The Retail DRMS can be configured to use all or only a subset of modules to meet the requirements of a more limited scope customer. This modularity allows the Retail DRMS platform to scale down to operate as an advanced LMS for pilots or small DR programs and seamlessly upgrade to full DRMS functionality by turning on additional modules as needed, when needed. Alstom’s Retail DRMS can be used to manage anywhere from 1MW to over 1GW of Demand Response capacity. End Result: NVE’s DRMS now manages: 14 active DR Programs, 11 Residential, 2 Commercial and 1 Industrial program 80,000 residential, and C&I devices Over 200 MW of available DR Across over 200 substations and 1300 feeders Managing 5 device technology types Environmental Benefits: Below is NVE’s estimated annual environmental benefit from its Demand Response programs for 2013. Environmental Benefits: Demand Response Energy Peak Sulfur Savings Year KW Dioxide (kWH) Impacts (lbs) 11,170,000 223,000 14,409 Project Methodology: Alstom provided the domain expertise to manage the DRMS requirements gathering, software configuration, implementation, support of integration to back office systems, and DRMS testing. Alstom also provided the Business Analysts to review the NVE programs, processes, data flows, integrations, user roles, and key 4 | October 2013 Company Contact: Mark Triplett Managing Director, DRMS Global Business Development mark.triplett@alstom.com Mobile: 01-916-247-5171 Carbon Dioxide (lbs) 13,322,474 China Light & Power Summary: China Light & Power (CLP) is a large vertically integrated utility with over 6900 MW of generation and has 14,200 kilometres of transmission and high voltage distribution lines in a network involving 13,750 substations. CLP primarily serves the Hong Kong area and parts of southern China. As part of their Zero Carbon Generation initiative, CLP launched an Automate Demand Response (AutoDR) pilot program to learn more about DR, AutoDR, and customer impacts and behaviors operating DR Programs. CLP had not implemented formal Demand Response programs in the past, but has made a strategic initiative to implement 50MW of DR by 2015. Company ID Card: Customer: CLP Country: Hong Kong Installed Capacity: 6908 GW Peak Load: 6769+ GW Number of DR Programs: 1 C&I Program DR Program Types: 1 C&I AutoDR Program # of Customers Served: 2.4 Million Network Model Size: 17,300 Substations Number of Managed DR Devices: <20 Device Types: GridLink (OpenADR) Company Overview: CLP is a large vertically integrated utility with over 6900 MW of generation and has 14,200 kilometres of transmission and high voltage distribution lines in a network involving 13,750 substations. CLP primarily serves the Hong Kong area and parts of southern China, but has generation operations in India and Australia as well. CLP serves 2.4 million customers, which includes 80% of Hong Kong’s population. CLP operates one of the most reliable networks in the world. A typical CLP customer would have experienced an average of only 2.6 minutes of unplanned power interruptions each year between 2010 and 2012. Background: As part of their Zero Carbon Generation initiative, CLP was interested in learning more about the value, operations, and control of Automatic Demand Response (AutoDR) technologies, implemented in commercial buildings, enabling reduction/shift of electricity load from buildings through their existing building management systems (BMS). This pilot project was developed to demonstrate an end-to-end solution for CLP’s Commercial and Industrial (C&I) customers to automate load shed in response to a DR event. It is expected that a total of 1.5MW demand reduction per DR event in the summer (June – October) of 2013 is achieved. CLP’s near term goal is have a portfolio of 50MW of DR by 2017 and 100MW of DR by 2023. 5 | October 2013 Challenges: CLP had not had formal DR Programs in the past, therefore CLP: Did not have trained personnel in DR Did not have DR marketing experience Did not have device technology experience Did not have building energy audit experience Did not have DR device installation capabilities In addition, CLP had a very tight timeline to implement the program and technology since they wanted to test the DR Program, DRMS, and device technology during the summer months and gain customer feedback during the hot season and not wait until the following year. As a result, there was just 12 weeks from contract signature to the pilot go-live. This resulted in more challenges that included: Limited time to recruit DR customers Not enough time to implement the DRMS in the CLP data center Compact schedule to train local Alstom resources for building energy audits and device installations Compact schedule to perform building energy audits and determine how much DR load was available and controllable Compact schedule to perform the device installations, provisioning, and testing Compact schedule to configure and stand up the DRMS to meet the needs of the CLP ADR Program and resulting performance metrics and settlement calculations Compact schedule to train CLP DRMS Operators, perform the ADR system site acceptance testing, and move the system into production Project Overview: Type: Product: Demand Response Management System (DRMS) e-terraDRBizNet 3.0 – “DRMS Lite” Main Scope: CLP views Demand Response as an integral part of its near term and long term initiative of developing Zero Carbon Generation alternatives. This initiative is driven by pollution standards and the difficulty and time it takes in building new fossil fuel or nuclear generation. Electricity demand continues to grow in the greater Hong Kong area and meeting the needs of this growth remains a major challenge. Provide a turn-key end-to-end AutoDR solution to be the command and control system that manages all activities and data related to Demand Response for CLP, and have the system operational in less than 12 weeks. The AutoDR solution scope included: Supporting CLP in the creation of Marketing messaging and collateral to recruit commercial and industrial ADR customers Performing building energy audits to determine the available load reduction capability Installing AutoDR devices that are OpenADR compliant Hosting a secure DRMS as the command and control system for the AutoDR Program with the ability to: o Manage the AutoDR program o Enroll customers o Provision and communicate with AutoDR devices o Create DR events o Send Notifications o Measure DR performance o Calculate payment to customers Training CLP personnel on DR and DRMS operations Training CLP personnel to test the system end to end Supporting a security intrusion test from a third party security intrusion company Primary DR Uses/Drivers: 6 | October 2013 Solution: e-terraDRBizNet 3.0 is the Retail version of the Alstom Grid DRMS suite of products. The Retail version has many modules and can be configured to use only the core set, or the entire suite of modules and capabilities. For CLP we delivered a subset of the total available Retail modules, and as such, the version deployed is referred to as “DRMS Lite”. The functionality included: Program Management: allows for simple and rapid creation of Retail customer programs that can be offered to its customer base. Supports Residential, Commercial, and Industrial type DR programs. Customer Registration: tracks customer locations and manages the processes for enrollment in programs and limits enrollment when prohibited by program rules. Device Management: tracks available devices and associates them with customers when installed. Manages and monitors device availability with the field devices, so that users know what devices are online and available for dispatch. Enables grouping of individual devices into resource groups so that they can be dispatched as a group to make management and dispatch operations easier and more manageable. Forecasting: provides available DR forecasting that accommodates program constraints such as device availability, weather, and profile including decay and snapback, as well as real-time feedback of opt outs, and confidence levels of forecast capabilities. e-terraDRBizNet can forecast available DR according to location/zone/DLAP and/or network model including the substation, feeder bank, and feeder/circuit. Event Management: provides operators with a way to construct event dispatch schedules, which could range from simple single resource group quick dispatches, to multi-leg events for longer events. These dispatch methods can be saved as templates and easily recalled and launched by just adding a start time and end time or event duration. Notification Management: notifies devices using supported protocols such as Open Automated Demand Response (OpenADR) and/or people of event dispatch schedules through email. Local Control and Event Overrides: supports customer overrides when participating in an event while capturing and tracking the number of overrides per customer. Meter Data Integration: provides two methods to upload meter data for performance calculations – standard Application Programming Interface (API) and Excel spreadsheet. Measurement and Verification: follows NAESB standard baseline methodologies to calculate performance per customer event which currently support all of PJM, Midwest ISO (MISO) and California ISO (CAISO) Wholesale CBL methods. Alstom Grid was instrumental in getting these baseline methods accepted by NAESB as industry standards. Dashboard/Reporting: provides a dashboard for charts and reports of program operating data such as device population status, forecast of available DR, amount of DR called to date by program and others. Project Methodology: Alstom provided a turn-key system and as such provided the Project Management to manage the end-to-end system requirements gathering, energy audits, device installation, DRMS software configuration and hosting, system testing, and customer training. Alstom also provided the Business Analysts to review the CLP desired C&I program, processes, data flows, integrations, user roles, and key functionality requirements. Alstom also provide the Energy Audits, device installation services, the “GridLink” devices, and marketing support services. Alstom also configured the DRMS and pro- 7 | October 2013 vided custom software development and support as needed. Innovation: A twelve (12) week delivery from contract execution date to go-live was our fastest deployment of a DR solution to date. As a result, we did have to create a few new reusable tools and processes to ensure an efficient and effective delivery method. They included such things as: Standardized Energy Audit methodology and data collection methods. Rapid DRMS Configuration requirements gathering method. Rapid DRMS system configuration of DRMS Lite versions A DRMS Lite version that includes the Performance and Settlements modules, which can be a starting point for future pilots or small projects that would require these modules. Note: The Retail DRMS can be configured to use all or only a subset of modules to meet the requirements of a more limited scope customer. This modularity allows the Retail DRMS platform to scale down to a simple DRMS for pilots or small DR programs and without upgrading, just simple configuration, the system can be extended to turn on the additional modules as needed, when needed. So Alstom’s Retail DRMS can be used to manage 1MW of DR as shown in this CLP case study, or up to 1GW of DR or more. End Result: Within a week of receiving the award, the Alstom team had experts on the ground doing energy audits at one of CLP’s facilities and a local five-star Hong Kong hotel to support its fast-track ten-week delivery schedule. The project did go-live on schedule where CLP is now managing large air conditioning units (up to 400 ton A/C units), water cooled chilling towers (up to 1000 ton units), air handling units, commercial boilers for bulk laundry (up to 375KW units), and industrial devices across a variety of types of business, which include a large hotel, a shopping center, a health club, a school, a set of office buildings, and a printing company. Company Contact: Mark Triplett Managing Director, DRMS Global Business Development mark.triplett@alstom.com Mobile: 01-916-247-5171 PJM Summary: PJM Interconnection is a Regional Transmission Organization (RTO) that coordinates the movement of wholesale electricity in 13 north eastern States in the US and the Washington D.C. area. The PJM region has a peak load of 158,000 MW and has been operating active wholesale Demand Response programs for over a decade. FERC has mandated that Demand Response (DR) resources be treated in the energy market equal to a traditional generator, and PJM has been the most progressive supporter of the FERC rulings in this area including opening the Capacity market to DR resources. As a result, PJM has the most active DR programs in the world with a total DR capacity reaching over 14,000 MW. Since 2010, PJM has been using Alstom’s Wholesale DRMS ‘e-terraDRBizNet’ to manage its DR programs and resources. “The increase in demand resources follows the introduction of two new demand resource products in addition to the existing product—one available throughout the year and another available for an extended summer period,” said Andrew Ott, PJM senior vice president – Markets. “There was more than a 50 percent increase in the amount of demand resources that cleared this year over last year.” PJM Press Release, Valley Forge, Pa. – May 13, 2011 Company ID Card: Customer: PJM Country: United States Installed Capacity: 180,000 MW Peak Load: 158,000 MW Number of DR Programs: 6 – Economic 1 – Emergency Capacity DR Program Types: Day Ahead Scheduling Reserve, Sync Reserve, Regulation, Emergency Capacity # of Customers Served: 58 Million Network Model Size: ~15,000 Buses Market Participants: 700+ Available DR Capacity 14,000 MW Company Overview: PJM Interconnection is a Regional Transmission Organization (RTO) that coordinates the movement of wholesale electricity in all or parts of Delaware, Illinois, Indiana, Kentucky, Maryland, Michigan, New Jersey, North Carolina, Ohio, Pennsylvania, Tennessee, Virginia, West Virginia and the District of Columbia. Acting as a neutral, independent party, PJM operates a competitive wholesale electricity market and manages the high-voltage electricity grid to ensure reliability for more than 60 million people. During 2012, generation owners announced plans to retire an unprecedented amount of capacity. If all of the plans materialize, more than 14,000 megawatts of coalfired generation will be removed from service by the end of 2015 – enough to produce as much electricity as used in the state of Indiana for a year. PJM’s DR Capacity resources were critical in enabling the coal fire generation plants to be retired. In addition, two large transmission upgrade projects with a combined cost of over $3.2 billion were scraped siting DR capacity was adequate to support peak load. Background: 8 | October 2013 In 2002 PJM launched its first Wholesale demand response program as a competitive resource to economic energy. The results were impressive even in its first year with over 6,000 MWh of DR clearing the market. This additional virtual generation supply was naturally expected to help reduce overall energy prices and relieve network congestion during critical peak periods, but the volume had to increase to have a real measurable effect. Over the next 5 years the participation of DR in the economic markets grew 100X to over 600,000 MWh clearing the market at an average of just over $74 per MWh. PJM managed the DR resource locations, registration, event management, meter data for measurement and verification of performance and calculation of the resulting settlement billing determinants – all using an inhouse PJM IT build DR system. The PJM system worked adequately for the first five years, but the system was not flexible or scalable enough to grow and change as PJM needed it to if it were to continue on the same growth trajectory. Challenges: PJM’s system and current processes could not scale. Many internal processes were manual, and there were no external web services API to automate the Curtailment Service Provider (CSP) interactions with PJM. More specifically, PJM’s DR system: 9 | October 2013 Was cumbersome and inflexible when creating a new program for the market. Did not have an automated process for new location registrations, which involved multiple third parties Did not have an automated dispute resolution process Could not scale to manage tens of thousands of wholesale locations or allow locations to be aggregated into larger ‘aggregated resources’ There was not a single system of record for all things related to DR, such as program creation, registrations, disputes, events, meter data, and performance calculations Did not provide a flexible framework to manage ever changing and more complex customer baseline load (CBL) calculations Did not provide web-services APIs to automate functionality for customers with high volumes of DR resources and transactions Project Overview: Type: Primary DR Uses/Drivers: Demand Response Management System (DRMS) PJM and the Federal Energy Regulatory Commission (FERC) view Demand Response as an integral set of virtual supply side resources, known as Virtual Power Plants (VPPs), that can compete and be deployed to provide energy and capacity services alongside traditional generation assets. Product: e-terraDRBizNet 2.0 – “Wholesale DRMS” Main Scope: Provide a comprehensive end-to-end DRMS to be the command and control system that manages all activities and data related to Demand Response for PJM. The DRMS was required to: Provide ease of Program management and creation of new programs and program types. Automate the new location registration approval process, which facilitated a parallel process securing the approvals of Load Serving Entity (LSE/Retailer) and the Electric Distribution Company (EDC) Provide dispute resolution management if a location/resource was denied participation during the approval process Scale to manage tens of thousands of wholesale locations and allow locations to be aggregated into larger ‘aggregated resources’ Be the system of record for all things related to DR including being the system of record for managing all meter data including updates Provide web-services APIs to automate the GUI functionality for customers with high volumes of DR resources and transactions Integrate with PJM’s Market Management System, Settlements, Weather Data systems, and Automated Dispatch System. Single Command and Control event management system Single point of integration to back office systems as well as to legacy and new DR devices Calculation engine to measure customer performance to calculate settlements Single system of record for all data and transactions related to DR programs and events From an economic energy perspective, DR resources can be bid into the Day-Ahead and Real Time economic energy markets providing additional supply and thus helping keep the price of energy low. DR resources can also compete in providing Ancillary Services, again adding virtual supply and putting competitive volume and pressure on traditional generation resources. From a forward Capacity Market perspective, DR also plays a significant role in ensuring that future loads are met with the necessary generation and transmission capacity to meet the growing demand. Solution: e-terraDRBizNet 2.0 is designed to enable advanced wholesale level load management requirements for Regional Transmission Operators. The Wholesale version has a robust suite of functionality built upon a modular architecture that can be adapted to address the unique needs of each customer. For PJM, we delivered the entire suite of functionality including: 10 | October 2013 Program Management: allows for the creation of Wholesale DR programs supporting a host of Economic Energy, Ancillary Services, and Emergency Capacity programs. Resource Management: manages information about customer locations such as commercial buildings, small industrial complexes, big box stores, or large directly controlled customers. These locations can be entered via a web enabled screen or by utilizing e-terraDRBizNet’s web services technology for an automated process. Registration Management: Registrations are the enrollment of DR resources into programs along with the related program participation parameters (such as the committed load and M&V method). e-terraDRBizNet also supports and manages the aggregation of smaller DR resources within a single registration. Event Management: provides comprehensive functionality to capture, manage, and report on DR events. Events can be of any type – emergen- cy, load management, DA cleared schedules, RT dispatches, regulation, outages, etc – and the information can be integrated in real-time or batch. Notification Management: is mechanism for realtime DR communications between the system operator, the utilities, and demand response aggregators (CSPs). It handles downstream communications, such as advance notices, real-time price signaling, and event alerts. It also handles upstream (response) communications, to support availability inquiries, opt-in/out confirmations, and participation levels. Meter Data Management: While e-terraDRBizNet is not a Meter Data Management (MDM) system, it can work with these systems as suppliers of interval meter data. It supports either direct integration into available MDM system(s), automated loading via web-services, or manual loading via Excel spreadsheets. At PJM the system needed to support the latter two methods. Measurement and Verification: follows NAESB standard baseline methodologies to calculate performance per customer event which currently support all of PJM, Midwest ISO (MISO) and California ISO (CAISO) Wholesale CBL methods. Alstom Grid was instrumental in getting these baseline methods accepted by NAESB as industry standards. Regulatory Reporting: Beyond the reporting facilities provided, DRBizNet enables regulatory reporting by capturing the required resource attributes and program registrations during data entry. This includes location information (city, state, zip, zones, etc), business segment (residential, industrial, school, data center, etc), state and meter qualification dates, reduction methods (HVAC, lighting, manufacturing, onsite generation, etc), and fuel types (coal, gas, solar, oil, etc). Workflow Management: e-terraDRBizNet’s embedded Business Process Management (BPM) engine can be configured to handle complex multiparty registration workflows. It enforces the program specific business rules for participant routing, communications, tasks, approvals, timeouts, default actions, escalations, disputes, and auditing. Job Management: Besides managing process workflows, e-terraDRBizNet also manages a variety of automated system jobs. Jobs can be a database stored-procedure, a set of Java routines, or an OS script. They can be configured to run repeatedly (essentially real-time) or on a periodic batch basis (hourly, nightly, etc). To help monitor and manage these jobs, e-terraDRBizNet provides a job manager that is accessible through the GUI by business power users (i.e. market operators) to schedule, pause, re-run, and check the execution status. This feature dramatically reduc- 11 | October 2013 es the support costs of e-terraDRBizNet by giving the market operators more control over lower level system functions to directly address business, system, and data exceptions. Project Methodology: Alstom provided the project expertise to manage the DRMS requirements gathering, software configuration, customizations, implementation, support of integration to back office systems, and DRMS testing. Alstom also provided the Business Analysts to review the PJM programs, processes, data flows, integrations, user roles, and key functionality requirements. Alstom also worked with PJM’s IT group to support systems integrations. Innovation: The Wholesale version of e-terraDRBizNet is the first and only Commercial Off The Shelf (COTS) Wholesale Demand Response Management System in the world. It has been deployed at PJM, Midwest Independent System Operator (MISO), the California Independent System Operator (CAISO), and Transpower New Zealand, the transmission operator for the country. End Result: PJM’s now manages the world’s largest set of Demand Resources with tens of thousands of aggregated wholesale resources, representing over 14,000 MW of Demand Response, with over 200 participating CSPs, and over 1000 registered users of the system. With over a decade of DR experience and the largest DR market in the world, PJM is considered the undisputed leader in Demand Response at the wholesale level. From a DRMS Project perspective, the PJM DRMS project won the Demand Response/Energy Efficiency Project of the Year for 2009 and was presented to Alstom (UISOL at the time) at DistribuTECH 2010. From a financial and market benefit perspective, the two following articles highlight just a couple of extraordinary savings examples that PJM, its market participants, and ultimately the consumers in the northeastern US states have saved as a result of PJM’s robust DR programs. Company Contact: Mark Triplett Managing Director, DRMS Global Business Development mark.triplett@alstom.com Mobile: 01-916-247-5171 12 | October 2013