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PAP17 Quick View

PAP17 Quick View. Marty Burns for PAP17. PAP17 / ASHRAE/NEMA SPC201P Overview. How PAP17 fits into the SGIP Customer Semantic Constellation Information flows to the facility The SPC201P Component Model. Relationship of ASHRAE SPC 201 to PAPs and Information Models.

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PAP17 Quick View

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  1. PAP17 Quick View Marty Burns for PAP17

  2. PAP17 / ASHRAE/NEMA SPC201P Overview • How PAP17 fits into the SGIP Customer Semantic Constellation • Information flows to the facility • The SPC201P Component Model

  3. Relationship of ASHRAE SPC 201 to PAPs and Information Models Semantic models of the PAPs ASHRAE SPC 201 New models ASHRAE SPC 201 Use Cases for this activity include: on-site generation, demand response, electrical storage, peak demand management, forward power usage estimation, load shedding capability estimation, end load monitoring (sub metering), power quality of service monitoring, utilization of historical energy consumption data, and, responsive energy control.

  4. Information Entering and Leaving FSGIM WXXM Weather FSGIM National Weather Service ESPI ESPI EUI 3rd Party Green Button SEP 2.0 Metering, Pricing, Billing Utility Green Button 61850 DER Generation and Storage Aggregator OASIS OpenADR Events W/ WS-CAL, EMIX

  5. How do you model Device Energy Management? Imagine modeling all devices behind the ESI as either an energy manager, energy meter, energy generator, or energy load. Examples might be: EMS = Energy Manager Smart Appliance = Energy Manager + Load Battery = Generator + Load Premise sub-meter (Kill-A-Watt, TED,..) = Meter

  6. Composition of Devices from Components

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