1 / 17

Applications of DER Advanced Functions and Settings

Applications of DER Advanced Functions and Settings. Devin Van Zandt, EPRI June 26, 2019 ITWG Meeting. Quick Snapshot. IEEE 1547-2018 applies to ALL DER, not just inverters Solar PV is dominating in most regions, but standard applies to all

rblair
Download Presentation

Applications of DER Advanced Functions and Settings

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Applications of DER Advanced Functions and Settings Devin Van Zandt, EPRI June 26, 2019 ITWG Meeting

  2. Quick Snapshot • IEEE 1547-2018 applies to ALL DER, not just inverters • Solar PV is dominating in most regions, but standard applies to all • Some IEEE-1547 requirements will be difficult for synchronous machines to meet • CA R21 and Hawaii R14 Inverters are available today and could be used • IEEE 1547-2018 DER tested to 1547.1 will be available late 2021/early 2022 • IEEE 1547-2018 ride-through capabilities are very important for bulk system as penetration levels increase • EPRI has been very involved in both T&D impacts of DER and advanced functions

  3. Advanced Function Actually Required in Field Today* *This is not a comprehensive list and reflects limited data collection (especially internationally)

  4. Comparison of Default Volt-var Settings for Several Standards

  5. Idaho Power • Utility-scale Solar PV connected to distribution system with M&C • Utilize tailored Volt-var to balance reactive power absorption with LTC/Reg operations • Apply several pre-defined settings and perform simulation (OpenDSS) to examine system impacts • Min/Max Voltage and Maximum ΔV • Reactive power at POI, Substation and coordination with Caps • LTC/Reg Operations • Idaho Power can adjust Volt-var setpoints proactively • May adjust based upon scheduled maintenance

  6. Idaho Power - Lesson Learned • Some inverters ignore Volt/VAR curves at “high” voltage • GSU transformer tap setting is important • Dead-band plays an important role in reactive power absorption • Slope plays an important role in number of LTC operations • Coordinate Volt/VAR settings with LTC controller • LTC reverse settings should be studied • Coordinate Volt/VAR curves with Automated Capacitor Control

  7. Some Survey Responses

  8. Survey Results • Small sample size from some EPRI members in 2018 • No statistical significance to results • Provides some idea of current state and future • Plan to perform new survey as part of NYSERDA PON 3770

  9. Questions/Comments?

  10. Back-up

  11. NYSERDA PON 3770 - Smart Inverter Settings Guidance for High Performing Smart Grid Applications Research Questions • What do IEEE 1547-2018 inverter settings mean to me? • How effective are inverter functions for specific applications? • What are the key considerations related to choosing functions and settings? • What is the method to choose the best settings and functions for my applications? Scope/Approach • Examine past simulation work related to inverter settings • Technical considerations for selection of functions and settings • Identify key factors and Settings Performance • Produce a methodology for efficiently choosing the best settings Expected Outcome • Application guidelines and a method/tool for determining settings for a variety of applications • Improved understanding of impacts to maximize technical, policy, and business goals Generalized Inverter Function and Settings Guidance

More Related