2017 Entity Annual Report
Chair: Debra Lew
Vice-Chair: Robert Zavadil
Secretary: Durgesh Manjure
Technical Committee Program Chair: Andrew Leon
Web Master: Miaolei Shao
The role of WSPCC is to 1) coordinate wind and solar activities within PES and ensure that critical issues are addressed while minimizing overlap, and 2) to coordinate PES work with relevant industry groups such as AWEA, UVIG, NREL, NERC, and CIGRE.
Wind and solar power continues to grow at a rapid pace in the utility industry and commensurate with that growth, activities in this area have also grown quickly. In 2017, WSPCC coordinated across 22 different committees, subcommittees, working groups or task forces on various aspects of wind and solar, as shown in Table 1.
During the 2016 meeting, the need for updated best practice documents on wind and solar integration was discussed. In 2017, WSPCC worked with Charlie Smith of UVIG, the guest editor of the IEEE PES Magazine, to have the following articles written by 50 co-authors in the Nov/Dec 2017 issue:
- It’s Indisputable: Five Facts About Planning and Operating Modern Power Systems
- Maintaining Balance: The Increasing Role of Energy Storage for Renewable Integration
- Uncertainty Forecasting in a Nutshell: Prediction Models Designed to Prevent Significant Errors
- The Power of Small: The Effects of Distributed Energy Resources on System Reliability
- Paving the Way: A Future Without Inertia is Closer Than You Think
- Electricity Markets and Renewables: A Survey of Potential Design Changes and Their Consequences
- Wide-Area Planning of Electric Infrastructure: Assessing Investment Options for Low-Carbon Futures
Table 1 – Summary of Existing Wind and Solar Subcommittees, Working Groups, and Task Forces in PES Technical Committees in 2016.
During the 2017 PES General Meeting in Chicago, there were 92 wind and solar-related sessions. The 2016 PES General Meeting in Boston also included 20 wind and solar-related committee meetings. These include 3 by AMPS, 1 by EMC, 7 by EDPG, 3 by PSDP, 4 by PSOPE, 1 by T&D, and 1 by WSPCC.
Benefits to Industry and PES Members from the Committee Work
In its role as a coordinating committee, WSPCC provides the following benefits to the industry and PES members.
At the 2017, WSPCC meeting, forecasting and meteorology were identified as gaps in PES activities. This is important for wind and solar forecasting for day-ahead and real-time operations, as well as the impact of behind-the-meter solar on load forecasting. It was determined that this topic belonged under the PSOPE Power Systems Operations Subcommittee and a panel session is jointly being sponsored with WSPCC on forecasting and meteorology.
In 2017, Debra Lew of WSPCC, in conjunction with Chris Searles from the Energy Storage and Stationary Battery Committee, continued their liaison function from PES to Standards Coordinating Committee (SCC21), which oversees the IEEE 1547 interconnection and 2030 smart grid standards. Debra and Chris are also both on SCC21’s Energy Storage Task Force (ESTF). As part of the coordination effort, when SCC21 initiated balloting for P1013 Recommended Practice for Sizing Lead-Acid Batteries for Stand-Alone PV Systems and P1562 Guide for Array and Battery Sizing in Stand-Alone PV Systems, WSPCC provided linkages to relevant working groups in EDPG for PES engagement in these standards.
In July, WSPCC helped to identify a potential conflict between P1547 and EMC Generator Subcommittee C50.13. The overlap in scope was small – synchronous machines greater than 10 MVA and interconnected at less than 34 kV. The frequency ride-through conflict was 0.2Hz difference with P1547 being more stringent. There was also a possible conflict in negative sequence withstand. P1547 staff met with EMC staff to try to take EMC input into account but not all conflicts could be resolved. Note that the Standards Association says it is not prohibited for standards to conflict with each other.
Benefits to Volunteer Participants from the Committee Work
As a coordinating committee, WSPCC does not write standards or conduct technical work. Rather, it coordinates wind and solar activities among PES Technical Committees. WSPCC is a resource for members who want to get more involved with wind and solar. WSPCC can help direct members who are seeking deeper involvement in specific technical areas.
Coordination with Other Entities (PES Committees, CIGRE, standards, etc.)
WSPCC maintains liaisons with other organizations that work on wind and solar power. These reports are included in WSPCC’s annual meeting minutes. Reports from the 2016 Boston meeting included:
- UVIG – Charlie Smith
- AWEA – Michael Goggin or John Dunlop
- CIGRE Wind and Solar Activities – Charlie Smith
- NERC – John Moura
- IEA Wind Task 25 – Charlie Smith, Mark O’Malley
- NREL – Paul Denholm, Yingchen Zhang
- International Wind activities – Antje Orths
- IEC SC 8A – Charlie Smith
New Technologies of Interest to the Committee
WSPCC and the Utility Variable Generation Integration Group began discussions of a 100% Renewables initiative. The goal is to define end-states for the various aspects of power system planning and operations. It may not be possible to reach these end-states with a step by step approach, and in some areas a paradigm shift may be needed to reach these end-states. These areas would include:
- Resource planning
- Transmission planning
- Energy systems integration
- Zero inertia
- Weak grids
- Load participation
- Operational reliability
Significant Plans for the Next Period
We expect that coordination with SCC21 and implementation of the revised 1547 will be a big part of 2018 activities.
Energy systems integration is becoming more important as 1) we integrate higher levels of wind and solar and need more flexibility from the system, 2) more jurisdictions start looking towards deep decarbonization and want to utilize electrification of other energy sectors as a way to accomplish this, and 3) technology advancement (electric vehicles, smart grid, for example) enables integration of various energy sectors. WSPCC will work with other relevant organizations to consider how to approach energy systems integration.