ERO Enterprise Effectiveness Survey Update Kristin Iwanechko, - - PowerPoint PPT Presentation

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ERO Enterprise Effectiveness Survey Update Kristin Iwanechko, - - PowerPoint PPT Presentation

ERO Enterprise Effectiveness Survey Update Kristin Iwanechko, Associate Director, Regional and Stakeholder Relations Member Representatives Committee Meeting November 5, 2019 Background Survey issued July 2018 Report of results and


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ERO Enterprise Effectiveness Survey Update

Kristin Iwanechko, Associate Director, Regional and Stakeholder Relations Member Representatives Committee Meeting November 5, 2019

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  • Survey issued July 2018
  • Report of results and action plans finalized in May 2019
  • Identified areas for focus grouped into four categories
  • ERO Enterprise Principles
  • Reliability Standards Development
  • Compliance Monitoring and Enforcement
  • E-ISAC

Background

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  • Increase communications with industry on ongoing activities

ensuring efficiencies and minimizing duplication (e.g., Align, availability data systems, stakeholder engagement efforts)

  • Leverage NERC and Regional Entity staff expertise and deploy

centers of excellence around certain practice areas

  • Build mutual trust through activities outlined in Compliance

Monitoring and Enforcement action plans

  • Continue small entity outreach (assist visits, workshops, one-on-
  • ne meetings)
  • Work with trade organizations to develop more targeted
  • utreach programs

ERO Enterprise Principles

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  • Address risk to reliability in a cost-effective manner
  • Continue soliciting input through periodic reviews (PR), the standards

grading metric, and public comment periods during standard drafting

  • Engage the Standards Committee to evaluate ways to incorporate

comprehensive compliance and enforcement cost-impact measures into the PR template or team analysis

  • Continue Standards Efficiency Review
  • Requirements are clearly stated
  • Continue PRs and standards grading metric
  • Practical to implement
  • Continue outreach and training webinars
  • Continue PRs

Reliability Standards Development

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Compliance Monitoring

  • Efficiency in data gathering, workflow, and analysis tools
  • Align tool roll-out
  • CIP Evidence Request tool version 3 release
  • Implementation of risk-based compliance monitoring
  • Continued evolution and alignment of Compliance Oversight Plan

summaries and the CMEP Implementation Plan

  • Outreach and education
  • Outreach on Implementation Guidance process through a webinar and

upcoming workshops

  • Continue small group advisory sessions on Supply Chain standards
  • Continue outreach and awareness on the program alignment process

Compliance Monitoring and Enforcement

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Compliance Enforcement

  • Further streamline minimal risk noncompliance
  • Evaluate the following program elements for potential modification:
  • Self-logging
  • Necessary information to support a minimal risk determination
  • Compliance Exceptions
  • Align tool release (streamline submitting mitigation activities)
  • Established a guideline for sampling of verification of mitigation

completion

Compliance Monitoring and Enforcement (continued)

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  • Provide more actionable information, recognizing different

degrees of required details or assistance

  • Continue external messaging regarding relationships and

controls around information sharing to improve trust

  • Continue to implement functionality improvements to the

portal

  • Conduct separate, E-ISAC member-only surveys in the off-years
  • f the ERO Enterprise Effectiveness Survey

E-I SAC

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  • Evaluating approach to survey for effectiveness and efficiency
  • Work with Compliance and Certification Committee and Member

Executive Committee

  • Simplified approach to be presented to MRC in February 2020

Next Survey

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Reliability and Security Technical Committee

Jennifer Sterling, MRC Vice Chair MRC Meeting November 5, 2019

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  • Replace OC, PC, and CIPC with the Reliability and Security

Technical Committee (RSTC)

  • Retain existing subcommittees, working groups, and task forces
  • Will evaluate work products of subcommittees, working groups,

and task forces and eliminate or combine those without recurring responsibilities Potential Committee Structures – Option 2

NERC Board

Operating Committee OC Subcommittees, Working Groups, Task Forces Planning Committee Critical Infrastructure Protection Committee PC Subcommittees, Working Groups, Task Forces CIPC Subcommittees, Working Groups, Task Forces

NERC Board

OC Subcommittees, Working Groups, Task Forces Reliability and Security Technical Committee PC Subcommittees, Working Groups, Task Forces CIPC Subcommittees, Working Groups, Task Forces
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  • The SET Nominating Committee will recommend initial chair and

vice chair for appointment by the Board (November meeting). Both are for two-year terms

  • The SET changed the Participation Model to two members per
  • sector. Sectors will elect or appoint their representatives. For

the annual election, any unfilled seats will become At Large until the term expires

  • NERC will then hold Sector elections if needed followed by At

Large Nominating process with Nominating Subcomittee as shown in proposal document (above)

  • Board to approve slate of RSTC members February 2020

Revisions to Proposal

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  • Initial terms for Sector and At Large members will be

approximately half of the members for two-year terms and half for a three-year term

  • After initial terms, all terms are two-year staggered terms with

approximately half of Sector and At Large terms expiring annually

  • The Executive Committee will be elected by the RSTC

membership at the first RSTC meeting

  • The SET clarified the goal of having representatives based in

each RE’s area and each Interconnection

  • The on-going RSTC Nominating Subcommittee will be appointed

from the RSTC membership Revisions to Proposal

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Participation Model - Revised

  • Proposed Sector-based and At-Large representation
  • Additional Non-Voting Members

Name Voting Members Sectors 1-10, and 12 22 At Large 10 Chair and Vice Chair 2 Total 34 Non-Voting Member Number of Members NERC Secretary 1 U.S. Federal Government 2 Canadian Federal Government 1 Provincial Government 1 Total 5

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Transition Plan Highlights

  • Past meeting agenda/notes packages posted on SET web page
  • https://www.nerc.com/comm/Pages/Stakeholder-Engagement-Team.aspx
  • November 5, 2019 – Board considers Proposal, Charter, and

Transition Plan; if approved, appoints chair and vice chair

  • November 6, 2019 – Open Sector nomination period
  • December 6, 2019 – Sector nomination period ends. NERC Staff

will conduct Sector elections, if necessary, by December 20, 2019

  • December 9, 2019–January 3, 2020 – Open At Large nomination
  • period. NERC Staff/SET analyzes Sector reps for gaps to be filled

by At Large members

  • January 6-15, 2020 – Nominating Subcomittee to develop slate of

At Large nominees for presentation to the Board

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Transition Plan Highlights

  • February 6, 2020 – Board appoints RSTC members (Sector and At

Large). Terms will expire in June of alternating years following the initial terms with the initial term being two or three years, and thereafter two year terms

  • February 7–May 29, 2020 – RSTC develops transition plan and

work plans for RSTC and subcommittees

  • March 3-4, 2020 – Hold OC, PC, and CIPC meetings as scheduled.

The RSTC will meet March 4, 2020 for the inaugural RSTC meeting

  • June 2020 – OC, PC, and CIPC will meet for final work plan

approvals and to complete any other approvals. The RSTC will hold initial regular meeting with subcommittee reports and other agenda items

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Future Work

  • Board appointed Chair and Vice Chair will review October, 2019

Policy Input for potential implementation plan enhancements

  • Chair and Vice Chair will begin coordination with OC, PC and CIPC

leadership on transition plan details

  • More detailed Work Plan development will begin
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ERO Enterprise Long-Term Strategy Update

Jim Robb, President and CEO Member Representatives Committee Meeting November 5, 2019

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WHY

ARE WE

HERE?

Why We Exist

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The ERO Enterprise Golden Circle

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Strategic Focus Areas 1. Expand risk-based focus in all Standards, Compliance Monitoring, and Enforcement programs 2. Assess and catalyze steps to mitigate known and emerging risks to reliability and security 3. Build a strong, E-ISAC-based security capability 4. Strengthen engagement and collaboration across the reliability and security ecosystem in North America 5. Capture effectiveness, efficiency, and continuous improvement opportunities

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Stakeholder Comments

  • Major comment themes:
  • Distinguish between near-term and longer-term tasks
  • Leverage capabilities already available from other agencies and partners
  • Create stronger linkages to the Reliability Issues Steering Committee (RISC)

report

  • Clarify how the technical committee restructure supports collaboration
  • Address cost benefit analysis in the standards development process
  • Clarify what activities would require investigating a funding mechanism
  • Clarify the ERO Enterprise’s role with respect to bulk power system

resilience

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Next Steps

  • Revise long-term strategy based on comments received and

additional inputs from ERO Enterprise leadership

  • Socialize long-term strategy with Regional Entity boards for

input and support

  • Present to NERC Board of Trustees for approval during its

December 14, 2019, conference call

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Supply Chain Risk Assessment

Howard Gugel, Vice President of Engineering and Standards Member Representatives Committee Meeting November 5, 2019

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  • Support effective and efficient implementation (e.g. CIP V5

transition)

  • Supply chain risk study
  • Communicate supply chain risks to industry
  • Forum and Association white papers
  • Plan to evaluate effectiveness of supply chain standards

Board Resolution

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  • Include in Supply Chain Standards
  • Electronic access controls for medium and high impact Bulk Electric

System (BES) Cyber Systems

  • Physical access controls for medium and high impact BES Cyber Systems
  • Do not include in Supply Chain Standards
  • Electronic access monitoring and logging
  • Physical access monitoring and logging
  • Protected Cyber Assets
  • Collect more data on low impact BES Cyber Systems
  • Develop guidelines with CIPC Supply Chain Working Group
  • Application to lows
  • Evaluation of Protected Cyber Assets

Recommendations from Study

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  • Issued on August 19
  • Responses due October 3
  • Applicable to entities in CIP-002-5.1a
  • Focused on low impact BES

Data Request I ssued

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BES Cyber Assets

*

* ERC = External Routable Connectivity

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BES Cyber Assets

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BES Cyber Assets with Medium and High

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BES Cyber Assets with Lows Only

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BES Cyber Assets with Medium and High

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BES Cyber Assets with Lows Only

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BES Cyber Assets with Medium and High

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BES Cyber Assets with Lows Only

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  • Most low impact assets reside in organizations with higher

impact assets

  • Most low impact assets are lower risk
  • Significant percentage of generation resources allow third party

access

  • Significant percentage of “low only” transmission stations and

substations allow third party access Observations

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ERCOT Summer 2019 Update

DeAnn Walker Chairman Public Utility Commission of Texas Bill Magness President & CEO ERCOT November 5, 2019

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The interconnected electrical system serving most of Texas, with limited external connections

  • 90% of Texas electric

load; 75% of Texas land

  • 74,666 MW peak,

August 12, 2019

  • More than 46,500 miles of

transmission lines

  • 650+ generation units

(excluding PUNs)

ERCOT connections to other grids are limited to ~1,250 MW of direct current (DC) ties, which allow control over flow of electricity

The ERCOT Interconnection

Western Interconnection Includes El Paso and Far West Texas Eastern Interconnection Includes portions of East Texas and the Panhandle region 600 MW with SPP 30 MW with CENACE at Eagle Pass 100 MW with CENACE at Laredo 300 MW with CENACE at McAllen 220 MW with SPP ERCOT Interconnection
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Unique Aspects of the ERCOT Interconnection

  • ERCOT is a fully intrastate system and market subject to federal policy for

reliability (through NERC) and state policy for market design and resource adequacy.

  • Unlike other interconnections and ISO/RTOs: a single regulator, with policy set

by the Texas Legislature; implemented and enforced by the Public Utility Commission of Texas (PUCT).

  • In addition to ERCOT in the Texas RE region, the PUCT has state jurisdiction
  • ver utilities in the MRO, SERC, and WECC NERC regions and assessment
  • areas. The PUCT works with REs and ISO-RTOs to coordinate issues of

common interest among the regions in Texas.

  • Jurisdictional issues have been heavily litigated and are now subject to a set of

settled rules. For a colorful history, see: Richard D. Cudahy, “The Second Battle of the Alamo: The Midnight Connection,” Natural Resources & Environment (American Bar Association) (Summer 1995).

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Market Structure in ERCOT

  • Generating units are owned by

merchant competitors companies (except for municipal and cooperative units

  • Compete in ERCOT market to

serve load

  • An open market
  • verseen by PUCT.
  • Transmission and

distribution lines and related facilities are owned and

  • perated by regulated

utilities.

  • Utilities are full

regulated by PUCT.

  • Transmission costs

recovered on “postage stamp” basis

  • Retailers compete to serve

consumers’ electric load in ~75% of state (except 25% in municipal and cooperative utility areas)

  • Active retail competition
  • 92% have switched
  • ~15% switches in a year
  • Nearly 100% smart meters

The ERCOT market operates based on a structure established by 1999 Texas legislation:

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Resource Adequacy in the ERCOT Market

  • There is no mandatory reserve margin that must be maintained.

– Reserve margins may fluctuate significantly based on market entry and exit – PUCT and ERCOT are studying methods of measuring reserve margins that take into account market dynamics

  • Economic price signals are essential to maintaining reliability.

– ERCOT’s energy-only market includes a $9,000 MWh offer cap, along with an Operating Reserve Demand Curve (ORDC) triggered by scarcity conditions

– The economic consequences of scarcity pricing provide extremely strong incentives for generator performance – Price-responsive demand is key to the optimal functioning of the market

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Market Design: Energy-Only Nodal Market

  • All generators submit offers for generation
  • utput. ERCOT commits generation units
  • nly if necessary for reliability
  • Voluntary Day-Ahead Market (DAM);

Ancillary Services procured in DAM and co-

  • ptimized with energy
  • Real-Time Market clears every five

minutes, using generation with the lowest offers to serve the load

  • Reliability tools for emergency conditions:

– Supply and demand-side reserves – Reliability-Must-Run contracts for retirements that threaten system reliability

.

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Texas Consumes More Electricity Than Any State

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Consistent Load Growth in ERCOT (2008-2018)

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Current Demand Records

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Peak Demand Record: 74,666 megawatts (MW)*

  • Monday, August 12, 2019, 4-5 p.m.

Weekend Peak Demand Record: 71,915 MW*

  • Sunday, August 11, 2019, 5-6 p.m.

Winter Peak Demand Record:

65,915 MW

  • Wednesday, Jan. 17, 2018, 7-8 a.m.

Monthly Peak Demand Records

January: 65,915 MW (Jan. 17, 2018) February: 57,265 MW (Feb. 10, 2011) March: 60,756 MW (March 5, 2019) April: 53,486 MW (April 28,2017) May: 67,265 MW (May 29, 2018) June: 69,123 MW (June 27, 2018) July: 73,473 MW (July 19, 2018) August: 74,666 MW (Aug. 12, 2019)* September: 68,817 MW (Sept. 6, 2019)* October: 65,066 MW (Oct. 2, 2019) November: 56,317 MW (Nov. 14, 2018) December: 57,932 MW (Dec. 19, 2016)

*New records are preliminary, subject to change in final settlement
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SLIDE 49 PUBLIC 20,000 40,000 60,000 80,000 100,000 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 Nuclear Coal Other Gas CC Gas Steam Gas CT/IC Wind Solar

ERCOT Installed Capacity (1999-2018)

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Wind and solar values are based on nameplate capacity (not adjusted for peak capacity contribution) 4.8% 51.6% 0.3% 35.4% 12.1% 21.4%
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The Summer 2019 Seasonal Assessment of Resource Adequacy (SARA) Values vs. Actuals at Peak Demand

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Largest absolute difference

2019 Actual Peak Demand (8/12/19) Final 2019 Summer SARA* Difference

Total Resources, MW 80,098 78,930 1,168 Thermal and Hydro 64,401 65,526 (1,125) Private Use Networks, Net to Grid 3,203 3,437 (234) Switchable Generation Resources 2,837 2,726 111 Wind Capacity Contribution 7,447 4,898 2,549 Solar Capacity Contribution 1,394 1,405 (11) Non-Synchronous Ties 816 938 (122) Peak Demand, MW 74,666 74,853 (187) Reserve Capacity, MW 5,432 4,077 1,355 Total Outages, MW 3,972 4,226 (254) Capacity Available for Operating Reserves, MW 1,460 (149) 1,609

**

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Source: Final 2019 Summer SARA *The totals for the Final 2019 Summer SARA column combine multiple rows into a single row in some cases. (E.g., already in-service Thermal and Hydro Resources with planned Thermal and Hydro Resources). **The outage information in this table was extracted on Sept. 16, 2019.
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Closer Look at Peak Demand Day of Aug. 12

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2 4 6 8 10 12 14 16 18 10 20 30 40 50 60 70 80 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 Wind Output (GW) Power (GW) Delivery Hour Nuclear Coal Gas Traditional Simple Cycle Combined Cycle Wind Solar Diesel Hydro Renewables Total Dispatch Wind Output

ERCOT “Peak” Hours
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Timing of Peak Load and Peak Net Load (Load - IRR)

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12:00 13:00 14:00 15:00 16:00 17:00 18:00 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 June July August Hour Max Load Time Max Net Load Time
  • During summer 2019, the peak net load frequently occurred prior to peak load.
  • Net peak load occurred prior to 4 p.m. nearly 2/3 of the days in August.
Time is rounded to nearest 5-minute interval
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Load, Wind, and Outage Differences – 8/12-8/13

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Outages Shown are non-IRR Outages 1,000 2,000 3,000 4,000 5,000 6,000 7,000 8,000 9,000 10,000 65,000 66,000 67,000 68,000 69,000 70,000 71,000 72,000 73,000 74,000 75,000 8/12/2019 8/13/2019 8/14/2019 8/15/2019 8/16/2019 Wind and Outages (MW) Load (MW) Load Wind Outages

At Time of Lowest Reserves

14:51 15:14 17:47 15:20 15:18
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Load, Wind, and Outage Differences – 8/12-8/15

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1,000 2,000 3,000 4,000 5,000 6,000 7,000 8,000 9,000 10,000 65,000 66,000 67,000 68,000 69,000 70,000 71,000 72,000 73,000 74,000 75,000 8/12/2019 8/13/2019 8/14/2019 8/15/2019 8/16/2019 Wind and Outages (MW) Load (MW) Load Wind Outages

At time of lowest reserves

15:20 14:51 15:14 15:18 17:47 Outages shown are non-IRR outages
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Load Patterns – 13:00-20:00 on 8/12-8/16

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8/12 (Peak) 8/13 (EEA) 8/14 8/15 (EEA) 8/16 64000 66000 68000 70000 72000 74000 76000 12 13 14 15 16 17 18 19 MW Hour 8/12 (Peak) 8/13 (EEA) 8/14 8/15 (EEA) 8/16
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  • Aug. 15 Emergency Response Service (ERS)

Deployment

17 Deployment Instruction Recall Instruction Start Sustained Response Period

  • Fleet-wide, ERS deployment exceeded the obligation.
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Peak Week: Wholesale Prices and Load (2 to 6 p.m.)

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64000 66000 68000 70000 72000 74000 76000 $- $1,000 $2,000 $3,000 $4,000 $5,000 $6,000 $7,000 $8,000 $9,000 $10,000 8/12/2019 14:00:13 8/12/2019 14:25:08 8/12/2019 14:45:09 8/12/2019 15:10:12 8/12/2019 15:35:13 8/12/2019 16:00:16 8/12/2019 16:17:19 8/12/2019 16:40:12 8/12/2019 17:05:13 8/12/2019 17:30:12 8/12/2019 17:55:13 8/13/2019 14:20:12 8/13/2019 14:40:12 8/13/2019 15:05:11 8/13/2019 15:30:14 8/13/2019 15:55:13 8/13/2019 16:20:14 8/13/2019 16:45:15 8/13/2019 17:10:14 8/13/2019 17:35:14 8/14/2019 14:00:15 8/14/2019 14:25:11 8/14/2019 14:50:10 8/14/2019 15:15:09 8/14/2019 15:40:14 8/14/2019 16:05:12 8/14/2019 16:30:14 8/14/2019 16:55:13 8/14/2019 17:20:12 8/14/2019 17:40:11 8/15/2019 14:05:09 8/15/2019 14:30:10 8/15/2019 14:50:12 8/15/2019 15:10:11 8/15/2019 15:30:15 8/15/2019 15:55:14 8/15/2019 16:20:13 8/15/2019 16:37:11 8/15/2019 16:55:13 8/15/2019 17:20:13 8/15/2019 17:45:12 8/16/2019 14:10:12 8/16/2019 14:35:12 8/16/2019 15:00:16 8/16/2019 15:25:12 8/16/2019 15:50:14 8/16/2019 16:15:12 8/16/2019 16:40:11 8/16/2019 17:05:12 8/16/2019 17:30:13 8/16/2019 17:55:13 Wholesale Market Price Load EEA Level 1
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Operating Notices Issued in June – September 2019

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  • 19 Operating Condition Notices (OCNs) for reserve capacity shortage
  • 29 Advisories due to Physical Responsive Capability (PRC) less than 3,000 MW
  • 2 Watches due to PRC less than 2,500 MW
  • 2 EEA Level 1 events
  • 3 conservation requests

– 2 request during August EEAs and 1 for Operating Days 9/5 and 9/6

  • 3 TCEQ Notice of Enforcement Discretion

– 2 system-wide notices, for Operating Days 8/13-8/21 and Operating Days for 9/5-9/6 – 1 notice for Permian Basin units for Operating Days beginning 9/25

6/01 6/03 6/05 6/07 6/09 6/11 6/13 6/15 6/17 6/19 6/21 6/23 6/25 6/27 6/29 7/01 7/03 7/05 7/07 7/09 7/11 7/13 7/15 7/17 7/19 7/21 7/23 7/25 7/27 7/29 7/31 8/02 8/04 8/06 8/08 8/10 8/12 8/14 8/16 8/18 8/20 8/22 8/24 8/26 8/28 8/30 9/01 9/03 9/05 9/07 9/09 9/11 9/13 9/15 9/17 9/19 9/21 9/23 9/25 9/27 9/29

Operating Notices in June - September

Conservation PRC < 2500 OCN PRC < 3000 TCEQ EEA1EEA1
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Key Observations for Summer 2019

  • Early summer was mild, but August was very hot and

September was well above normal. Based on mean temperature, June – September 2019 ranks as the 4th hottest summer on record in Texas.

  • Tightest conditions frequently occurred earlier than time of

peak demand (the peak net load).

  • Resource performance continues to outpace historical

patterns.

  • Overall, the market outcomes supported reliability needs.

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Recent FERC Activity

Andy Dodge Director, Office of Electric Reliability Federal Energy Regulatory Commission November 5, 2019

The views expressed in this presentation are my own and do not represent those of the Commission or any individual Commissioner
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Staff Report on Lessons Learned from Commission-Led CIP Reliability Audits

  • Commission staff issued report on October 4, 2019
  • Findings in report are based on non-public CIP audits of registered

entities that completed in fiscal year 2019

  • Report offers recommendations to registered entities to improve their

compliance with CIP Reliability Standards as well as their overall cybersecurity posture

  • Consider all generation assets, regardless of ownership, when categorizing

bulk electric system cyber systems associated with transmission facilities;

  • Ensure that all employees and third-party contractors complete the

required training and that the training records are properly maintained

  • Verify employees’ recurring authorizations for using removable media; and
  • Review all firewalls to ensure there are no obsolete or overly permissive

firewall access control rules in use

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FERC/NERC Staff White Paper on CIP Standards Notices of Penalties

  • White Paper issued August 27, 2019 in AD19-18-000
  • Since 2018, FERC has received an unprecedented number of FOIA requests for nonpublic

information in NOPs for violations of CIP standards

  • In order to provide transparency and public access to information on violations of CIP

Reliability Standards while protecting sensitive information, White Paper proposes that:

  • NERC submit each notice with a public cover letter disclosing name of violator, which standards

were violated, and amount of penalties assessed

  • Each notice contains non-public attachments detailing nature of violation, mitigation activity

and potential vulnerabilities to cyber system

  • Attachments would also include a request for designation of information as CEII
  • FERC seeks comment on White Paper, including:
  • Potential security benefits and risks associated with proposed NOP format
  • Difficulties or concerns associated with implementation
  • Level of transparency changes would provide
  • Comments on White Paper due October 28, 2019

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Technical Conference on Managing Transmission Line Ratings

  • Staff-led conference in AD19-15 held September 10-11, 2019 at FERC

headquarters

  • Panels addressed issues related to transmission line ratings, with a focus on

dynamic line ratings (DLRs) and ambient-adjusted line ratings (AARs), exploring which transmission line rating and related practices might constitute best practices, and what, if any, Commission action in these areas might be appropriate

  • Panelists shared their experience with DLR/AAR, noting:
  • R&D in DLR systems technology has advanced significantly
  • DLR systems technology is rarely used by TOs
  • Most line ratings are either static or seasonal calculations
  • Most support using AARs, but there is no agreement on how to develop them

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SLIDE 64

Observations from Transmission Line Ratings Tech Conference

  • Potential benefits of DLRs/AARs include:
  • Increased capacity to benefit integration of renewables
  • Congestion reduction and fewer curtailments
  • Improved TO flexibility and power system situational awareness
  • Increased transparency of line ratings for all users of the power system
  • Potential challenges to DLRs/AARs include:
  • Possible reduction in available capacity during summer and winter seasons
  • Winter-when ambient temperatures exceed 32 degrees F
  • Summer-when ambient temperatures exceed 104 degrees F
  • Ambient condition forecasting is vital to DLR systems and transmission line AARs
  • AARs may not apply to all transmission lines
  • Post-Technical Conference comments due November 1; reply comments due

November 16

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SLIDE 65

Grid-Enhancing Technologies Workshop

  • Staff-led, two-day workshop in AD19-19 to be held November 5-6, 2019 at FERC

headquarters

  • Staff believes that a definition of Grid-Enhancing Technologies (GETs) should be technology-

neutral and should account for both hardware and software that increases the capacity of the transmission system, apart from a new transmission line or substation

  • Panels will address:
  • Grid-enhancing technologies (GETs) that increase the capacity, efficiency or reliability of

transmission facilities

  • How GETs are currently used in transmission planning and operations
  • The challenges to deployment and implementation of GETs
  • Regulatory approaches and actions the Commission can take to facilitate adoption of GETs
  • Technologies addressed will include: power flow control and transmission switching

equipment, storage technologies, and advanced line rating methodologies

  • Workshop will be webcast and open for the public to attend
  • Attendees can register on ferc.gov
  • Written comments can be submitted after the workshop

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SLIDE 66

Compliance Filings on Storage Rule

  • First orders on compliance for Order No. 841 issued October 17, 2019
  • Commission approved Order No. 841 compliance filings for SPP and PJM, finding that

PJM and SPP generally complied with the rule by:

  • Enabling electric storage resources to provide all services they are capable of providing
  • Allowing electric storage resources to be compensated for those resources for those

services in the same manner as other resources

  • Recognizing the unique physical and operational characteristics of electric storage

resources

  • FERC largely accepted filings but provided additional directives for further action due

within 60 days

  • FERC also initiated section 206 proceedings to address the specific issue of minimum

run-time requirements for resource adequacy and capacity, with filings due no later than 45 days after publication in Federal Register

  • FERC, grid operators and stakeholders must review, revise and implement all Order
  • No. 841 compliance filings by December 3, 2019

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SLIDE 67
  • Thank you!
  • Questions?

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