Device Data Logging PDF

Device Data Logging EcoStruxureTM Power Monitoring Expert Digital Power Global Training Confidential Property of Schneider Electric Internal Chapter Objective: By the end of this chapter, you will be able to understand: 1. Logging functionality of...

Device Data Logging EcoStruxureTM Power Monitoring Expert Digital Power Global Training Confidential Property of Schneider Electric Internal Chapter Objective: By the end of this chapter, you will be able to understand: 1. Logging functionality of the Meter, Data Logger and in PME Software. 2. How to change your logging requirements for a PowerLogic Device in PME. Internal  Agenda 01 02 03 04 Logging Onboard Logging Data Logger PC-based Log Requirements Configuration Configuration Configuration 05 Key Points to Remember Logging Requirements Historical Logs in Power Monitoring Expert 1. PME requires accurate historical logs for the devices and equipment in the system. 2. This allows the software to display historical trends of data in charts, reports and interactive dashboards. Dashboard application, showing summarized historical data in informative gadgets Confidential Property of Schneider Electric | Page 5 Internal Where are the Historical Logs? Onboard Logging Panel Server PC-based (software) Logging Some PowerLogic power meters Collect and log data from entry Logs data directly on PME server and devices save historical logs and basic devices. internally. Inserted to PME via ETL Confidential Property of Schneider Electric | Page 6 Internal Logging in PowerLogic Devices Critical data (PQ, revenue, etc.) should be logged closest to its source (onboard logging) Advanced PowerLogic devices typically have Basic and entry devices typically do not have onboard memory to log historical data. onboard memory and require either a Data Logger, Energy Server or PME to log the ION8650 ION7650 ION9000 historical data. PM5000 PM3000 iEM3000 ION7400 PM8000 Confidential Property of Schneider Electric | Page 7 Internal Recommended Measurements In typical day-to-day energy management applications, only a small subset of measurements are typically required or needed. This list is recommended, but should be modified based on customer requirements: Apparent Energy Real Power Total Voltage B Apparent Power Total Power Factor Total Voltage C Peak Demand Real Power Current A Voltage L-N Average Demand Real Power Current B Voltage A-B Reactive Energy Into the Load Current C Voltage B-C Reactive Power Total Current Average Voltage C-A Real Energy Into the Load Voltage A Voltage L-L Average Confidential Property of Schneider Electric | Page 8 Internal Onboard Logging Configuration Onboard Log Configuration PowerLogic Devices 1. PowerLogic devices are pre-configured at the factory to log some recommended measurements. 2. Any data log changes required for these devices should be done using ION Setup. Onboard logging configuration for a PM5560 using ION Setup Confidential Property of Schneider Electric | Page 10 Internal Data Logger Configuration Data Logger Configuration Panel Server The Panel Servers have pre-configured device driver templates that include some logging of basic parameters, such as Active Energy Into the Load (kWh). Confidential Property of Schneider Electric | Page 12 Internal PC-based Log Configuration Software Logging Use Software Logging to add or edit software-based data logging for Modbus device types. This is intended for device types that do not have onboard data logging capabilities. Add software logging to a device type with onboard data logging to log additional measurements that are not logged by the device. Open it from Management Console > Tools > System > Software Logging Confidential Property of Schneider Electric | Page 14 Internal PC-based Log Configuration PC-based historical logs for devices can be enabled in PME 1. For Modbus Factory Device Types, use the Software Logging. Existing device drivers can have their PC-based logging profiles changed, depending on requirements. 2. For an individual device, use the Virtual Processor (VIP) Allows for highly-configurable logging requirements. Can also be assigned to Logical Devices for better visibility in the system. 3. For the Modbus Custom Device types created with the Device Type Editor, use Configure Software Logging from Tools menu. Only numeric output registers can be calculated and logged. Confidential Property of Schneider Electric | Page 15 Internal Exercise – 17 Configure PC-based logs for the PM3250 Duration: 10 mins Page: 41 of Student Workbook See below measurements: Average Voltage Line-to-line Voltage Phases AB Average Voltage Line-to-neutral Voltage Phases BC Current Phase Average Voltage Phases CA Power Factor Signed Voltage Phases AN Reactive Power Total Voltage Phases BN Voltage Phases CN Confidential Property of Schneider Electric | Page 16 Blended Logging Some devices have limited onboard memory, so Onboard Logging for important measurements they use a combination of both onboard Energies logging and PC-based logging PC-based Logging for less important measurements Currents Voltages Power Demand WAGES Confidential Property of Schneider Electric | Page 17 Internal RECAP Internal  Key Points to Remember Historical logs for Power Monitoring Expert may PC-based logging can be enabled in one of two be generated in one of three ways: ways: Onboard Logging For all devices of a specific type Data Logger or Energy Server For an individual device PC-based Logging In normal use, only a small subset of Device logging is enabled in the devices. measurements are typically required or needed: Energy (apparent, reactive and real), Demand, Powers, Power Factor, Currents, Voltages Confidential Property of Schneider Electric | Page 19 Internal © 2020 Schneider Electric. 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