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Demand dispatch for renewable energy integration in Prosumer Smart Grids
Uyikumhe Damisa
,
Nnamdi I. Nwulu
Electrical and Electronic Engineering Science
University of Johannesburg
Research output
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Chapter in Book/Report/Conference proceeding
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Chapter
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peer-review
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Dive into the research topics of 'Demand dispatch for renewable energy integration in Prosumer Smart Grids'. Together they form a unique fingerprint.
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Keyphrases
Smart Grid
100%
Renewable Energy Integration
100%
Prosumer
100%
Demand Dispatch
100%
Power Balance
33%
Adverse Effects
16%
Mathematical Model
16%
Operating Cost
16%
Renewable Energy Technologies
16%
Direct Control
16%
Outer Approximation
16%
Multi-dimensional Modeling
16%
Intermittent Renewable Energy
16%
Supply Balance
16%
Power System Stability
16%
Constrained Optimization Problem
16%
Dispatch Strategy
16%
Coordinated Dispatch
16%
Modeling System
16%
High Penetration
16%
Difficult to Manage
16%
Demand-side Resources
16%
Demand Balance
16%
Grid-connected System
16%
Operational Dynamics
16%
Modern Power Grid
16%
Engineering
Energy Integration
100%
Prosumer
100%
Smart Grid
100%
Renewable Energy
100%
Power Balance
50%
Mathematical Modeling
25%
Power Grid
25%
Renewable Conversion
25%
Outer Approximation
25%
Constrained Optimization Problem
25%
Operating Cost
25%
Mathematical Model
25%
Variable renewable energy
25%
Power system stability
25%
Adverse Effect
25%
Computer Science
Energy Integration
100%
Smart Grid
100%
Approximation (Algorithm)
33%
Optimization Problem
33%
Constrained Optimization
33%
Resource Demand
33%
Modern Power Grid
33%
Energy Generation
33%
Operating Cost
33%
Systems Stability
33%
Mathematical Modeling
33%
Interactivity
33%