1. NERC-WECC Coordination
MVWG meeting, San Diego
March 2016

2. WECC LMTF Approach Old Approach New Approach Phase 1 (done) Phase 2
Implement AC stalling
Implement a bunch of other improvements also
New Approach
Phase 1: implement structural improvements (test through beta implementations, i.e. CMPLDW1a, CMPLDW1b, CMPLDW1c etc.)
Efficient data representation
Improved tripping
Distributed generation
Robust initialization
Phase 2: enable AC stalling (need to better understand phenomenon, make take a while)

3. Future Vision 1-2 years 2-5 years 5-10 years 10+ years
Consistent, robust rules for initialization (phase 1 and phase 2)
Efficient data management
Improved Protection Modeling
Load Model Data tool development
Benchmarking between software programs (phase 1 and 2)
2-5 years
Electronically Coupled Load
Component Model Flexibility (Plug and Play Capability)
Improved Air Conditioner Models
Updates to Distributed Solar Generation and Energy Storage Models
Model Validation studies
5-10 years
Collecting and Coordinating load model data
Adopt CLM for steady state studies
10+ years
Promote CLM as standard load model for bulk grid studies (IEEE wide)
Collecting and coordinating load model data (i.e. getting climate zones and feeder types right, getting DG right, getting protection and control parameters right)

4. WECC LMTF Priorities Priority 1: Robust initialization rules
Priority 2: Improved Protection Modeling
Priority 3: Efficient Data Management
Priority 4: Benchmarking between programs
Priority 5: Distributed Generation

5. NERC LMTF task list
WECC MVWG participation. Certain tasks WECC LMTF will take the lead on here. Other tasks NERC will focus on

6. Coordination NERC LMTF meets 2-3 times per year
NERC LMTF will coincide with WECC LMTF meeting once per year
WECC will take lead on certain topics