The activities of UVIG User Groups and Working Groups are currently organized around the five major themes described below. They encompass topics ranging from the needs of current power systems to enabling future power systems with a much larger share of annual energy coming from wind and solar energy. Future power system will see an increasing number of hours when the full system requirements can be met by wind and solar resources, recognizing that they are now mainstream resources and require adjustments throughout the planning and operating cycles of our power systems. As penetrations of wind and solar increase, UVIG recognize the growing importance of the coupling with other parts of the energy system (e.g. transport, heat etc.).
User Groups are communities of users within UVIG organized around a common interest or set of activities, and these user groups may develop ongoing dedicated meetings of their user community.
Working Groups are driven by member interests with support from UVIG staff, and members may propose new Working Groups, or new Task Forces within a Working Group, to the UVIG board as an ongoing activity or for a temporary defined purpose. Examples of Working Group activities include:
- Produce a webinar or tutorial on a timely topic of interest, including Best Practices and Lessons Learned
- Produce a bulletin or white paper for the membership on a timely topic of interest, including Best Practices and Lessons Learned
- Select and plan a topical workshop
- Organize a special session for the spring or fall workshop or Working Group meeting on a timely topic of interest
- Provide SMEs to address current industry concerns of legislative, regulatory or government bodies
- Provide SMEs to participate in specific technical or standards activity of interest (NERC, IEEE, IEC SC 8A, AWEA)
User Groups and Working Groups are member-only activities, and they may operate under a confidentiality agreement to produce work products which are for members only. Alternatively, the User Groups or Working Groups may produce a work for the benefit of a larger audience. At the present time, there are one User Group and four Working Groups, as described below.
Wind and Solar Plant Operations and Maintenance (O&M) User Group – Bjorn Hedges, NAES
The O&M User Group represents a large and vibrant community of owners and operators of wind and solar power plants. The topic of the O&M User Group is asset management of wind and solar power plants. This is a large and active user group that meets for several days each spring and fall.
Distributed Energy Resources (DER) Working Group – Chair, Debbie Lew, GE
Topics covered by the DER Working Group include distributed PV, energy storage, demand management, electric transportation, distribution system design and operation, microgrids, and transactive energy.
Reliability Working Group – Chair, Nick Miller, GE
Topics covered by the Reliability Working Group include load modeling, dynamic system modeling, grid codes and interconnection requirements, system disturbances, weak grids, zero inertia power systems, and electrical system standards.
System Planning Working Group – Chair, Aaron Bloom, NREL
Topics covered by this working group include generation and transmission planning studies; both technical and economic aspects of integration studies of electrical, thermal, gas and transportation systems; capacity adequacy and flexibility; and alternative sources of system flexibility services.
System Operation and Market Design Working Group – Chair, Aidan Tuohy, EPRI
Topics covered by this working group include system operation and operating practices, market design and operation, and operational forecasting.
Research and Education Working Group – Chair, Mark O’Malley, NREL
Topics covered by this working group are biased towards the longer term and include the incorporation of a high share of renewable energy in the future energy supply, and the understanding and analysis of the interactions among energy systems (electric, fuel, thermal) and other infrastructures (transportation, water, communication and data systems). The educational needs for the present and future challenges are also covered.