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Peak power reduction in hybrid energy systems with limited load forecasts
Yash V. Pant
, Truong X. Nghiem
, Rahul Mangharam
Research output
:
Chapter in Book/Report/Conference proceeding
›
Conference contribution
5
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Scopus citations
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Keyphrases
Peak Power Reduction
100%
Hybrid Energy System
100%
Load Forecast
100%
Peak Power
75%
Electric Vehicle
75%
Energy Storage
50%
Computational Power
50%
Electric Grid
25%
Battery Power
25%
System Lifetime
25%
Energy Forms
25%
Control Scheme
25%
Additional Resources
25%
Optimal Control
25%
Execution Time
25%
Model Predictive Control
25%
System Reliability
25%
Time Reduction
25%
Load Forecasting
25%
Load Dynamics
25%
Battery-type Supercapacitor
25%
Efficient Operation
25%
Less Computation
25%
Online Computation
25%
Effective Reduction
25%
Power Threshold
25%
Power Draw
25%
Real Driving Cycles
25%
Peak Power Consumption
25%
Instantaneous Load
25%
Engineering
Load Forecast
100%
Peak Power
100%
Hybrid Energy System
100%
Electric Vehicle
60%
Energy Storage
40%
Battery (Electrochemical Energy Engineering)
40%
Electric Power Utilization
20%
Sufficient Condition
20%
Battery Power
20%
Control Scheme
20%
Supercapacitor
20%
Optimal Control
20%
Execution Time
20%
Predictive Control Model
20%
Level Control
20%
Power Draw
20%
System Reliability
20%
Dynamic Loads
20%
Generation Component
20%