david pinney ([email protected]) 7 november 2013 open modeling framework
TRANSCRIPT
CVR Model
Powerflow Model
Battery Models
Consumer Behavior Model
Financial Models
Demand Growth Model
Transformer Models
Wind Model
Solar ModelC02 Emissions Model
Climate Model
CVR Model
Diesel D.G. Model
OPENMODELINGFRAMEWORK
Launched in July 2013
Initial Coops Active
OMF — CVR Peak Demand Reduction
2. CVR peak power shaving converted to capacity cost savings and total cost impact.
3. Control algorithm comparison.
1. Conservation Voltage Reduction (CVR) control scheme simulated over 3 months.
1: Comparison of 3 systems over 4 days.
2: Reverse powerflow predicted.
3: Full climate simulation.
OMF — Reporting Output on Solar Simulation
1: Overvoltage predicted in rooftop solar configuration.
OMF — Solar Simulation Continued
Framework in 12 kLOC
Compute Cluster and Job Management
Database Management
Feeder Import and Editing
Ten Visualizations
SAM and Gridlab Model Abstraction Layers
Source Control, Testing, Demo, Servers, Tools, Documentation
Mapping: mega-scale
Reporting: rev-based monetization,
reliability metrics
Platform: queueing, auto-scaling,
distributed study execution, relational datastore, better job
monitoring
Solvers: OpenDSS for harmonic analysis
CVR
Lines, Transformers
DR, MarketsDG SFS,
Advanced Controls
Storage Consumer Technology Comms
GUI: better workflow, bug fixes, voltage map
Avoiding: MDM, Facility Inspection, Power Theft,
Vegetation Management, Cyber Security, Inventory
Management, Green Button, Oil Testing, Bill
Presentment
Data Import: Cyme, glm, improved Milsoft
Future: Optimization, Gridlab Performance, Real Time Interface,
Hardware in the Loop
Transmission
SimulationGoals
Supporting Software
Tasks
Needs and Tasks
Testing: comprehensive
coverage
Grid Analytics Association